[{"content":"HIGH RESOLUTION INFRARED THERMAL IMAGING CAMERA\nHigh-precision resolution, 640×480/1024×768 detector, can up to a superpixel 1280×960/2048×1536 Intelligent diagnosis, realize intelligent shooting and diagnosis according to preset inspection tasks. 5-inch high-definition touch LCD screen, and 180° rotatable lens. With a compass, laser ranging, GPS, Bluetooth, Wi-Fi transmission. ","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/thermal-imager-dl-801-2-m/","title":"Thermal Imager DL-801/2-M"},{"content":"Agitabitur signa lympha; non lacunae, mox cum tumulis quoque triste dictis. Ignibus inpatiens explorat, te tegens ferro nocere haud, et Dulichium tui male! Quo sed fuit flexit et hic die solido, gloria?\nLocus evicit loquuntur Tyrrhena omnes, obstipui pugnabant temptavit Phoco vati dabant deus. Memorata haberet sepulcrales gentisque dum sic, in flumina templa! Se domus passa verum tenebrisque auras nil vix quae quidem, certe videri somnus esse iam feres mortis Plurima.\n","permalink":"https://amperis.com/en/work/fall-plaza/","title":"Fall Plaza"},{"content":"We have a wide range of products, including ohmmeters, analysers, thermographic cameras, battery dischargers and chargers, and a long etcetera.\n","permalink":"https://amperis.com/en/services/broad-range/","title":"Wide range of products"},{"content":"The Amperis battery regenerator successfully removes sulphation, removing lead sulphate, restoring battery capacity and extending the life of old, sulphated batteries. The regenerator can also be used for annual maintenance. The great advantage of the Amperis Battery Regenerator System is the ability to dissolve the hardened sulfate in the battery terminals and restore it as active material. To remove the hardened sulphate the equipment applies a high frequency ripple current.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/amperis-battery-regenerator/","title":" Amperis Battery Regenerator "},{"content":"","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/battery-charger-bac/","title":" Battery Charger BAC"},{"content":"","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/","title":" Battery Chargers and Rectifiers"},{"content":" Checks the integrity of vacuum interrupters quickly, reliably and easily User-settable voltage: 5kV to 85kV in 1kV steps Precise, regulated, low ripple output User-settable pass/fail limit: 100/200/300μA Follows the ANSI/IEEE standardised DC test methods Instant set-up: storage and use of cables from the integrated carrying/operating case Version with battery available (VIPO-85B) View Catalogue","permalink":"https://amperis.com/en/products/switch-testing/vipo-85/","title":"85kV Vaccum Interrupter Tester ( Vaccum Checker )"},{"content":"Acoustic camera with improved performance, such as sampling rate, display, user interface and more.\nThe new ultrasound camera is equipped with GIS and cloud-based AI analysis capabilities to increase the user\u0026rsquo;s working efficiency, as well as increased measurement sensitivity thanks to its 112 microphones that enable gas leak detection, discharge signal measurement, abnormal noise and high-frequency noise measurement.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/acoustic-camera/","title":"Acoustic Camera"},{"content":"The new AK-10 three-phase relay test equipment from Amperis features AC and DC Voltage Source ; AC Current Source ; AC/DC Auxiliary Power Source ; 8 possible configurations.\nRelay Test Equipment in a single design\nWindows CE \u0026amp; mouse \u0026amp; keyboard\r4\" TFT LCD\rSeparate PC Ethernet port\rBuilt-in amplifier\r13 output channels: 6x20 (3x40A) / 7x130\rHigh power: 6x420 VA, at 0...20A:\r3 x 520 VA, at 0... 40A\r1 x 1000 VA, at 0... 120A\rHigh precision:\r14% reading + 0.06% guaranteed range at 0...300 V\r14% reading + 0.06% guaranteed range at 0...30 A\rAmplitude, frequency and phase angle can be adjusted respectively, independently and continuously.\rAK10 Series Relay Test Equipment\n","permalink":"https://amperis.com/en/products/relay-testing/3-phase-relay-testing-ak-10/","title":"AK-10 Three-Phase Relay Test Equipment"},{"content":"The AMPI-520 digital meter is designed to measure impedance in short-circuit loops without tripping the differential protection, it also measures the protection tare, earth resistance, continuity and phase sequence check.\nIt also measures alternating voltage, current, frequency and power.\nThe meter performs Short Circuit Loop Measurement, Testing of Differential, General and Selective Protections for Differential Current, Insulation Resistance Measurement, Up to 3GΩ, Voltages: 250 V, 500 V, 1000 V, Earth Resistance Measurement, Bidirectional Continuity Test on PE Cables, Phase Sequence\n","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/mpi520/","title":"AMPI-520 Multifunction Electrical Installation Meter"},{"content":"AMRU-10 is a simple meter that allows to perform measurements by the technical method, as well as the measurement of the resistance of the grounding by the bipolar method. The device is characterized by its ease of operation, high resistance to disturbances and high accuracy.\nAMRU-10 is a simple to use meter intended for earth resistance measurements. It is a basic device that allows checking the quality of the earthing circuit from the result obtained from the measurement. Its ergonomic shape, robust and compact housing, as well as its large and readable display make this device an ideal solution for use in the field and in most working environments. The device stands out for its simple operation and intuitive handling. It is the best choice for electrical installation contractors, technicians and specialists dedicated to grounding measurements.\n","permalink":"https://amperis.com/en/products/tellurometers/amru-10/","title":"AMRU-10 Telurometer"},{"content":"Battery Charger BAC Series\nLightweight – only 10 kg / 22 Ibs Instrument max power – up to 2,7 Kw Voltage range up to 300 V DC Current range up to 50 A DC Measurement resolution – current 0,1 A, voltage 0,1 V Two charging modes available: IU - constant current + constant voltage, UU - constant voltage + constant voltage, with current limit Adjustable alarm and shutdown parameters for preventing excessive charge Powerful and Portable Battery Charger Description Following a power outage, various power engineering objects such as power plants should be kept operating on batteries. It is necessary batteries to be charged in order to compensate its energy loss and keep their voltage within the predefined limits. BAC series devices are a portable battery charger used for charging LeadAcid, Ni-Cd and Li-ion batteries. BAC series devices are intended to support the main charger in order to charge battery much faster or to quickly recharge a battery following a discharge test. Using two charging modes it provides the possibility of maintaining and recharging the batteries either with a constant current or a constant voltage. BAC Series contains two models, depending of maximum charging current by different voltage levels:\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/battery-charger-bac/bac-25a-50l/","title":"BAC 25A-50L XXX"},{"content":"The most advanced technology for battery formation, conditioning, test and desulphation.\nThe MMF is a universal battery charger, digitally controlled and programmable.\nIt can operate with batteries of any type, from individual cells to complete packs, and it can be programmed to support applications of any type (Formation, Conditioning, Recovery, Desulphation and Regeneration).\nIt is based on a new hybrid power conversion technology, featuring an unprecedented combination of very high efficiency, unity power factor (PFC), universal capabilities and precise charge control.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/mmf/","title":"Battery charger Amperis MMF"},{"content":"The BLU-D series of battery capacity testers is the latest solution for comprehensive battery capacity measurement. This universal instrument is applicable to any battery chain (lead-acid, lithium-ion, nickel-cadmium or others) with voltages up to 1020 V DC. The BLU-D series simplifies battery testing in multiple ways. The instrument allows monitoring of discharge parameters (graphical and numerical) on a 7-inch touch screen. Parameters such as battery voltage, capacity, test current/power/resistance and elapsed time can be monitored in real time. Additionally, the instrument allows measuring and monitoring of cell parameters (voltage/intercell voltage/temperature) with the BVS system, making it a complete self-contained discharge testing system. In addition to capacity testing, the BLU-D series can be used to fully and effectively discharge a battery down to 0 V. This total discharge is applied to Li cells at the end of their useful life, such as initial step of the recycling process.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/batter-charging-unit-blud/","title":"Battery Charging Unit BLU-D Series"},{"content":"Battery Discharge Container System (BDCS) is a specialized solution for the safe and efficient discharge of battery packs prior to recycling. Designed to operate within a secure 10-foot container, the BDCS enables outdoor discharge operations, ensuring both safety and ease of use. It integrates BLU-C series battery load units, providing a reliable method to extract residual energy from battery packs as a critical step in the recycling process.\nCentral Control System: Equipped with a programmable logic controller (PLC), the BDCS coordinates inputs from multiple sensors—including thermal cameras, a gas detection sensor, and an emergency stop button—to ensure safe and efficient operation. Visual and audio alarms alert operators to any issues, and the system will halt discharge if necessary.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/battery-discharge-container-system/","title":"Battery Discharge Container System"},{"content":"Batteries – Typical Applications\rElectric generating stations and substations for protection and control of switches and relays\rTelecom systems to support phone services, especially emergency services\rIndustrial applications for protection and control\rBack up of computers, especially financial data and information\rAutomotive Industry\rStandards defining different battery models testing\nBattery Monitoring standard\nNickel-Cadmium (internal resistance test not recommended)\nValve-regulated Lead Acid (VRLA)\nVented Lead Acid batteries (VLA)\nLithium\nBattery Test Types\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/","title":"Battery maintenance and charging"},{"content":"\rLightweight - from 12.8 kg (28.2 lbs)\rPowerful - discharge power up to 28.4 kW\rVoltage measurement range: 0.9 - 800 V DC\rDischarge current - up to 350 A DC\rEasily expandable for larger banks using BXL extra load units\rSingle cell lead acid discharge test, based on Ni and Li-ion\rAdjustable alarm and shutdown parameters to prevent excessive discharge\rAllows you to test the batteries while they are in service\rDetailed test analysis using DV-B Win software\rTest restart feature in case of power supply interruption\rDescription Batteries are a crucial part of the overall reliability of a substation. During power failure, many electrical objects/systems, such as power plants and generator excitation systems, must continue to operate on batteries. The inability of a battery string to provide sufficient voltage/power supply to the protection circuits can have catastrophic consequences for the substation equipment. Therefore, it is necessary that batteries are regularly inspected to monitor their condition and maximize their life. The essential and most reliable test to assess the condition of a battery is the capacity measurement test. The best way to measure the capacity of a battery is to perform a discharge test.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/bluseries/","title":"BLU Battery Disharger"},{"content":"CAT SERIES ESTÁNDAR\nSimple and easy to operate Robust design for field use Accurate measurement in high voltage environment Timing and motion measurement Voltage and current measurement Detailed analysis of test results using DV-Win software Description The CAT Standard series circuit breaker analyzers \u0026amp; timers are stand-alone or a PC-controlled digital instruments for circuit breakers condition assessments. The timing channels record closing and opening of the arcing, resistor, and auxiliary contacts. CAT Standard series records graphs of both, trip and close coil currents and displacements of the HV and MV circuit breaker moving parts. The main contact channels can also measure the resistance value of the pre-insertion resistors (if present in the circuit breaker). Test results can be downloaded to a USB memory stick or saved to internal memory. The CAT Standard series internal memory can store up to 500 test results (numerical and graphical data). Test results can also be printed on the 80 mm (3.15 inch) thermal printer (optional accessory) in tabular and graphical form. CAT Standard series provides an easy selection of different operational modes:\n","permalink":"https://amperis.com/en/products/switch-testing/switch-testing/circuit-breaker-analyzer/","title":"Circuit breaker analyzer"},{"content":"COIL ANALYZERS SAT40A II SERIES\nLightweight – only 11 kg / 24.3 lbs Powerful AC \u0026amp; DC motor outputs – up to 40 A Separate opening and closing coil outputs: 10 V – 300 V DC, 10 V – 250 V AC Coil current and resistance measurement Minimum trip voltage test (fully automatic) Temperature sensor input DV Win software Description\nThe Coil Analyzer SAT40A II series is a powerful tool for testing circuit breakers where a substation battery is not available. It is unique device in the market due to its dual purpose: - It can be used as a stable power supply for coils and spring-charging motors (both DC and AC power supply voltage) during commissioning and maintenance testing. - It is powerful analysis tool for assessing conditions of circuit breaker auxiliary circuit and coils. The Coil Analyzer SAT40A II series has separate DC and AC coil outputs for power supply of opening and closing coils. The output voltage is selectable in the ranges from 10 V to 300 V DC or from 10 V to 250 V AC. The Coils outputs can withstand up to 15 A current. The DC and AC motor outputs can generate from 10 V to 300 V DC and 250 V AC voltage. The motor outputs can withstand starting (inrush) currents up to 40 A. These outputs can also be used as continuous power supply outputs.\n","permalink":"https://amperis.com/en/products/switch-testing/coil-testing/coil-analyzers/","title":"Coil analyzers sat40a II series"},{"content":"The CoroCAM 6D corona effect camera is a robust, lightweight and easy to operate camera with an ultraviolet imaging system. It stands out for its innovative design and improved sensitivity, which allows for higher quality inspections. Sensitivity has been improved thanks to the blind solar filter packages and the low noise, high sensitivity detector.\nThe NBS mode (for night or indoor use) eliminates the SB filter and allows more UV light to reach the detector by increasing the camera sensitivity.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/corocam-6d/","title":"CoroCAM 6D"},{"content":"CoroCAM UVS - Corona Camera specialized in UAV, With optional thermal module.\nThe CoroCAM UVS is a UAV-designed combination of the successful CoroCAM Solar Blind corona sensor and an HD visible camera in a lightweight package capable of fitting onto smaller gimbals.\nIn addition, the CoroCAM UVS can be equipped with a thermal module Optional LWIR to enable thermal inspection.\nThe resulting system offers excellent UV sensitivity, a wide field of view for close-up inspections and good resolving power.\nConfiguration via bluetooth, with video recordings and fixed to an onboard μSD card, HDMI or composite output downlink and remote control command input via CANBUS/PWM/RS232/Ethernet.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/corocam-uvs/","title":"CoroCAM UVS - Corona Camera specialized in UAV, With optional thermal module."},{"content":"\rTable of Contents\nDownload Corona\rCorona discharge detection\rImage intensifiers\rCCD operation\rImage Processing - Display\rCorona discharge detection\rApproach\rField of view (FOV)\rOptical zoom\rDigital zoom\rVideo display\rDisplay Zoom - Down Sampling\rSensitivity\rFactors affecting the intensity of the discharge and the amount of UV generated:\rWhat does the detection interpret?\rDischarge intensity\rDownload Corona\rCorona is a type of partial discharge in which electrons are emitted into the air.\rThe mechanism of electron emission belongs to the realm of physics.\rThe whole process begins when cosmic rays ionize the molecules in the air surrounding the high-voltage equipment by deflecting an electron from its orbit.\rView the effect of ionization\rThe free electron released in the process is repelled by the electric field surrounding the hardware during its negative phase.\rAnd attracted during the positive phase.\rIf the repulsive force pushes the electron to a sufficiently high velocity, then it will cause more than one electron to be released during a collision with another air molecule.\rWhen two or more electrons are released by collision, an avalanche is formed.\rThe avalanche will continue until the electric field has decreased in strength to the point where it does not accelerate the electron to a velocity fast enough to release an electron during a collision.\rIn this phase, the collision causes the excitation of the molecule.\rThe molecule wants to return to its neutral state.\rTo do so, it emits the excess energy in the form of photons of light.\rThe frequency of the photons is the same as that of the photons.\rThe frequency of the photons depends on the atoms and the bond types of the excited molecule.\rIn the case of N2 (the main component of the air around us), the frequencies of light emitted are mainly in the UV range, with only 5% above 400 nm, which is considered the lower end of visible blue.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/","title":"Corona Effect Cameras"},{"content":"SF6 GAS AND REFRIGERANT LEAK DETECTOR AND PORTABLE MONITOR\nFind profit-crushing leaks in no time.\nAmperis leak gas detector combines the excellent leak detection and the cloud hunting capability of a large portable monitor all in one hand-held unit. Quickly locate the area containing the leak using the large, easy-to-read LCD display, and then pinpoint the leak with one instrument! It´s the next big thing in refrigerant leak detection.\nADVANTAGES :\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-leak-detectors/d-tek-sf6-leak-detector/","title":"D-TEK SF6 LEAK DETECTOR"},{"content":"The Automatic Dielectric Constant, Tan Delta and Resistivity Test Equipment (model ADTR-2K) is an instrument designed to measure three important parameters of transformer oil.\nMeasurement of the tangent of the dielectric loss angle, dielectric constant and specific volumetric electrical resistance of transformer oil\rCylindrical measuring vessel, three-electrode type\rComplete measurement automation according to DSTU 6581-75, IEC-60247-2004, ASTM-.D924-03, AS-1767.1-1999, BS-148-1998, JISC2101-1999, ASTM-D1169-02, IEC 61620\rDielectric constant and tan delta\rTest voltage: 200 - 2400 volts in steps of 1 volt at line frequency.\rAccuracy: 1600pF\rCapacitance: output 0-200\rBest resolution: ± 0.1% of reading ± 0.1pF 0.01pF\rDielectric constant: 1 to 20 when using a typical oil test cell\rResolution: (C=~70pF)± 0.1% (C=~70pF)\rDissipation factor: 0.001\r(DF) Accuracy: 0-1,000\rBest resolution: ±1% of reading +0.00002\rDielectric loss: 0.00001\rAccuracy: 0-10.00 watts\rBest resolution: ± 1% of reading ± (10 - 5 ) 0.01 milliwatts (10 - 5 watts)\rResistance - Resistivity\rTest voltage: 100-1000 volts DC in 1 volt\rAccuracy: step ± 1% of setting.\rResistance range: 10^6 to 10^12 Ohm.\rResolution: 3 digits.\rAccuracy: ± 2% of reading at (bottom).\rResistivity: increasing to ± 10% at the high end 10^9 to 10^15 ohm-cm with a typical 1000cm test cell.\rResolution: 3 digits.\rAccuracy: ±2% of reading at (lower end), increasing to ±10% at high end.\rMeasurements\rManual measurements: Separate and continuous measurements of C and DF or resistivity can be made at a selected voltage.\rAutomatic measurements: The test equipment will perform a set of resistivity and C\u0026amp;DF measurements automatically and display the results.\rDisplay: 240 by 128 dot LCD panel with backlight.\rKeyboard: 20-key keyboard that provides numerical and software function input.\rTemperature from 20 to 110 ºC.\rTemperature setting accuracy ±2 ºC.\r","permalink":"https://amperis.com/en/products/transformers-testing/test-transformers-resistivity-oil/","title":"Dielectric constant, tan delta and transformer oil resistivity test equipment ADTR-2k "},{"content":"Product Summary\nTesting of personal protective equipment:\nGloves - class 00, 0, 1, 2, 3, 4 ; Boots - class 0, 1, 2, 3, 4.. Sleeves - class 0, 1, 2, 3, 4. Testing of insulating equipment (With additional accessories):\nBlankets, mats, covers - class 0, 1, 2, 3, 4; Insulated tools and other electric equipment. Up to 40 kV AC; Phase and voltage indicator - up to 40kV. Allows Testing under ASTM D120, F496 and IEC 60903 Standards.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-40-tester/","title":"Dielectric Glove, Sleeve and Boots Tester MSP-40"},{"content":"Product Summary\nTesting of personal protective equipment:\nGloves - class 00, 0, 1, 2, 3 \u0026 4; Boots - class 0, 1, 2, 3 \u0026 4. Blankets, mats, covers - class 0, 1, 2, 3 \u0026 4; Insulated tools and other electric equipment. Up to 100 kV AC; Hot sticks - 100kV every 300mm, up to 2.5m length; Phase and voltage indicator - up to 52kV. Allows Testing under ASTM D120, F496 and IEC 60903 Standards.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-100-tester/","title":"Dielectric Glove, Sleeve, Blanket, Hot Sticks and Tools Tester MSP-100"},{"content":"Product Summary\nTesting of personal protective equipment:\nGloves - class 00, 0, 1, 2, 3 \u0026 4; Boots - class 0, 1, 2, 3 \u0026 4. Blankets, mats, covers - class 0, 1, 2, 3 \u0026 4; Insulated tools and other electric equipment. Up to 100 kV AC; Hot sticks - 100kV every 300mm, up to 2.5m length; Phase and voltage indicator - up to 110kV. Drying cabinet for gloves, boots, sleeves SzS-20.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-100s-tester/","title":"Dielectric Glove, Sleeve, Blanket, Hot Sticks and Tools Tester MSP-100S"},{"content":"Product Summary\nTesting according to EN 60832: 2010, ASTM F711, IEEE 978. Simultaneous testing of four rods. The use of two transformers of 50 kV, connected in antiphase, to obtain 100 kV per 300 mm of the rod length, allows to significantly reduce the size and weight of the equipment, as well as to reduce the level of carona and ozone formation in the air. The equipment can be mounted in a car or trailer of suitable size. Additionally, dielectric covers can be tested using stands CTS-1, CTS-2 and CTS-3. Product Description\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-100r-tester/","title":"Dielectric Rods Tester MSP-100R"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/","title":"Dielectric Tests"},{"content":"Product Summary\nTesting of personal protective equipment:\nGloves - class 00, 0, 1, 2, 3 \u0026 4; Boots - class 0, 1, 2, 3 \u0026 4. Blankets, mats, covers - class 0, 1, 2, 3 \u0026 4; Insulated tools and other electric equipment. Up to 100 kV AC; Hot sticks - 100kV every 300mm, up to 2.5m length; Phase and voltage indicator - up to 110kV. Drying cabinet for gloves, boots, sleeves SzS-20.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-100sf-testing-laboratory/","title":"Electrical Protective Equipment Testing Laboratory MSP-100SF."},{"content":" Cooled detector, 320 × 256, precise imaging, With passive infrared imaging technology, electrical equipment can be detected remotely without power failure. Ordinary and multi-level high-sensitivity detection modes can detect small gas leakages and infrared temperature measurements. Ex IC nC op is IIC T4 Gc explosion-proof certification and can be used in all kinds of explosive gas occasions. Dozens of volatile organic compounds (VOCs) including methane, ethane, propane ","permalink":"https://amperis.com/en/products/other-measurements/gas-leak-detection-thermal/","title":"Gas Leak Detection Thermal Imager AMPERIS TC721"},{"content":"Description\nTWR-H is a handheld, battery operated, fully automatic test set specially designed for turns ratio, phase shift, excitation current and winding resistance measurements of transformers. It can also perform demagnetization of these transformers. Transformer turns ratio is determined by applying AC voltage across high voltage winding, accurately measuring AC voltage across the corresponding unloaded transformer winding, and then displaying the ratio of these voltages. User can enter a transformer’s nameplate voltages, so that turns ratio deviation can be calculated. This feature eliminates any error otherwise caused by an operator’s manual calculation. TWR-H compares measured turns ratio with the nameplate ratio and prints out the % of error for each test. Transformer winding resistance is determined by injecting DC current through a winding, accurately measuring DC voltage across the winding, and then calculating resistance as the ratio of voltage and current. The device generates true DC ripple-free currents. Both the injection of the current and the discharge of energy from transformer magnetic circuit are automatically regulated.\n","permalink":"https://amperis.com/en/products/transformers-testing/transformer-ratio-meters/winding-resistance-tester/","title":"Handheld Turns Ratio \u0026 Winding Resistance Tester TWR-H"},{"content":"Product Summary\nTesting of personal protective equipment:\ngloves 00, 0, 1, 2, 3 \u0026 4 class; boots 0, 1, 2, 3 \u0026 4 class; blankets, mats, covers 0, 1, 2, 3 \u0026 4 class; insulated tools and other electrically equipment. Up to 40 kV AC. Allows Testing to ASTM D120, F496 and IEC 60903 Standards.\nThree year warranty Product Description\nThe high voltage stand MSP-50 is designed for:\nTesting of personal protective equipment:\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-40-stand/","title":"High voltage stand MSP-40"},{"content":"The HPS-HV is a family of DC fast charging stations optimized for Lithium-Ion batteries, and capable of supporting batteries of any type, chemistry, voltage, and size, in virtually any application and operating environment.\nThe architecture of the power conversion system, based on third generation IGBT-Hybrid technology, combines performance, energy efficiency and robustness, and it makes these systems easily customiza-ble.\nWith standard power ranges from 10 kW to 60 kW, output voltages up to 800 VDC, and a highly flexible connectivity package, HPS-HV can support fleets of industrial, commercial and passenger EVs of any\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/hps-series-high-voltage-dc-fast-charging-stations/","title":"HPS SERIES : High Voltage DC Fast Charging Stations"},{"content":"IBAR determines the health of stationary batteries by measuring internal resistance and voltage, as well as cell connection resistance values. The measurements obtained by IBAR, together with cell temperature and specific gravity data can provide a detailed analysis and assessment of the overall condition of the batteries.\nReadings are taken in two seconds, using the included pin probes.\nIBAR allows the user to quickly and easily define upper and lower measurement thresholds or tolerance ranges. During the test process, the measured values are automatically compared with the predefined threshold limits, producing a PASS, FAIL or WARNING indication. All test data is automatically stored in the device's internal memory for later analysis. The DV-Win software allows the user to quickly and easily import data to compare results and perform detailed trend analysis, as well as generate reports in different formats, such as . pdf, . doc and . rtf.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-testers/ibar-battery-tester/","title":"IBAR Series Battery Tester"},{"content":"Product Description\nTest according standards IEC 61111 and ASTM D1048 Maximum dimension of mats – 1200×1200 mm; Maximum tested voltage AC (50 Hz) – 40 kV; Replacement electrodes of various sizes for testing various types of blankets, mats, covers. Dimensions – 1300×1900×1000 mm\nWeight (without electrodes) – 120 kg\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/imt-40-stand/","title":"IMT-40: INSULATING MATS TESTING STAND"},{"content":"Insulation resistance measurement - 40TΩ: * 50 - 1000 V, in 25 V steps, * 1000 - 10000 V, in 50 V steps ; Memory, bluetooth keyboard option, heating location ; Measurement of AC and DC voltage and capacity ; Measurement of leakage current and function with digital filter ; Measurement of continuity of protection and equipotential connections ; Adjustable alarm limits.\nMost important features of the equipment:\nInsulation resistance measurement 40TΩ:\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/10kv/amic-10k1/","title":"Insulation Resistance Meter AMIC-10k1"},{"content":"Features\nThe partial discharge indicator PDI. Diagnosis of insulation systems based on standard measurements of IR, DAR, PI, SV, RT, DD Allows to test the electrical durability of the tested object - indication of breaking voltage. The high resistance to electromagnetic interference ensures uninterrupted operation in power plants and near high-voltage transmission lines up to 1200 kV AC and 500 kV DC. The smooth voltage rise over time function (RT - Ramp Test) allows partial discharges to be indicated in the installation and their partial location to be determined. An efficient inverter with a power of approx. 150 W will intensify the potential damage point to facilitate the location of the fault using the following methods: Visual method (if cables are visible along their entire length) Reflective methods, seismic-acoustic wave detector, or with sampling to indicate the direction of the fault (the conductor must be buried in the ground with direct contact to earth). Compatible with external software. Applications\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/15kv/amic-15k1/","title":"Insulation Resistance Meter AMIC-15k1"},{"content":"Insulation Resistance Meter AMIC-2505\nMeasurement of insulation resistance: 500,1000 and 2500V (2TΩ) ; 2 and 3 wire method ; Measurement of DC and AC voltages at 0...600V ; Measurement of leakage currents\nThese are the most important features of the equipment:\nMeasurement of the insulation resistance: Test voltage range: 500, 1000 and 2500 V Continuous display of insulation resistance or leakage current Automatic discharge of device capacity after insulation resistance measurement Acoustic signal every five seconds providing indication of time spent Test time measurement T1, T2 and T3 to measure 1 or 2 insulation absorption coefficients for 3 adjustable time intervals 15, 60 and 600 seconds Display of actual measuring voltage during measurement Protection against measurement of living objects Insulation resistance measurement by the 2 and 3-wire method Leakage current measurement Measurement of DC and AC voltages in the range of 0...600V Battery powered Measurement according to EN 61557 Measurement of DC and AC voltage\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/25kv/amic-2505/","title":"Insulation Resistance Meter AMIC-2505"},{"content":"Insulation resistance measurement - 15TΩ: * 50 - 1000 V, in 10 V steps, * 1000 - 5000 V, in 25 V steps ; Memory of 999 results and transmission to PC ; Measurement of AC and DC voltage and capacity ; Measurement of leakage current ;Function with digital filter\nThese are the most important features of the equipment:\nMeasurement of the insulation resistance:\nRange test voltage: *50 - 1000 V, in 10 V steps *1000 - 5000 V, in 25V steps Continuous display of insulation resistance or leakage current Automatic discharge of the capacity of the object being measured Acoustic warnings with 5-second intervals for easy use of the timer The memory of the values of the measurement voltage and the times T1 , T2 and T3 for the measurement of the absorption coefficients of the range 1 . 600 seconds, Timer with adjustable measurement time up to 99' 59''. Polarization Index (PI) and Dielectric Absorption Measurement (DAR) Display of actual measuring voltage during measurement Test current with 1.2 mA and 3 mA (Europe) Insulation resistance measurement with step voltage SV Calculation of the Dielectric Discharge (DD) Protection against measurement of objects with live voltage Measurements with test leads up to 20 m Digital filter function for measurements in high noise pollution environments (10s, 30s, 60s) Leakage current measurement during insulation resistance test Capacitance measurement during RISO measurement Measurement at the beginning of the DC and/or AC voltage in the range of 0...600V Internal memory with 990 banks (11880 records) with data transmission capacity wireless to PC (optional USB-OR module) or via USB cable Auxiliary power supply 90 - 265V or 12V battery pack, low battery range and integrated quick charger Keyboard and screen backlighting ","permalink":"https://amperis.com/en/products/insulation-resistance-meters/5kv/amic-5005/","title":"Insulation Resistance Meter AMIC-5005"},{"content":"The IRDL700 thermographic cameras offer exceptional image quality and temperature measurement. They are economical, robust and easy to use. Tools of a true professional, very useful in many applications such as processing centers, petrochemical plants, scientific research, metallurgical industry, building inspections, etc..\nIRDL700 - Very High Image Quality\nTemperature ranges up to 2,000°C Uncooled microbolometer Option of remotely connected screens Features IRDL700 Characteristics of the detector Detector type ","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/irdl700/","title":"IRDL700 Thermographic Camera"},{"content":"The AMIC-10 digital insulation resistance meter is used for direct measurements of the insulation resistance of electrical equipment working with voltage up to 1 kV. In addition, this meter makes it possible to measure compensation and protective connections, low-voltage resistance measurements and DC and AC voltage measurements.\nMost important features of the equipment:\nMeasurement of the insulation resistance: Test voltage range: 50, 100, 250, 500 or 1000 V Continuous display of insulation resistance or leakage current, Automatic discharge of device capacity after insulation resistance measurement Acoustic signal every five seconds providing indication of time spent Display of actual measuring voltage during measurement Protection against measurement of living objects Three-wire measurement Measurement of the continuity of protective and equipotential conductors according to EN 61557 with \u0026gt;200mA current. Low voltage circuit continuity and resistance measurement Circuit resistance measurement (\u0026lt;1999Ω) with \u0026lt;15mA current Quick audible signal if circuit resistance is below 30. Capacitance measurement during RISO measurement Measurement of DC and AC voltages in the range of 0...600V Power supply: 4 AA batteries or rechargeable batteries, low battery indicator Measurement of the continuity of protective and equipotential conductors ","permalink":"https://amperis.com/en/products/insulation-resistance-meters/1kv/amic-10/","title":"Isolation resistance meter AMIC-10"},{"content":"TAND220A Dielectric Oil Delta Tangent Meter\nThe measuring instrument type TAND220A complies with the international standard IEC 61620.\nThe instrument is based on the so-called \"low-amplitude, low-frequency alternating current square wave method\" and allows accurate measurements of conductivity and relative permittivity. Conductivity measurement in the range of 0.01 pS/m to 20,000 pS/m allows the use of this instrument for quality control of high resistivity liquids even at room temperature.\nThe TAND220A works with a low test voltage and also with a low test current so that it does not represent a danger for the operators.\n","permalink":"https://amperis.com/en/products/transformers-testing/tangent-meter-dielectric-oil/","title":"Loss tangent meter in dielectric oil TAND220A"},{"content":"RMO-G SERIES MICROMETER\nThe RMO-G series micrometers are designed with the latest technology to generate a DC ripple-free current with automatically regulated test ramps, no magnetic transients and very efficient filtration.\nThe equipment can store 500 measurements and includes the DV-WIN software that allows to perform the test from the PC and obtain the results of that test directly in the PC through USB, bluetooth or RS232 (these last 2 optional). In addition, the test results are saved in Excel to print a report.\n","permalink":"https://amperis.com/en/products/switch-testing/microhmmeters/rmo-g/","title":"Microhmmeter RMO-G"},{"content":"Suitable for drones, industrial temperature measurement, security control, outdoor pointing and other applications with high volume and power consumption requirements.\nIR-SF641\rIR-SF641R\rDetector\rDetector type\rVOx uncooled\rResolution\r640×512\rPixel pitch\r12μm\rNETD\r≤30mK\rPicture frequency\r50 Hz\rSpectral range\r8∼14μm\rLens\rFixed focal lens thermalized\r9mm、 13mm、 25mm、\r9mm、 13mm、 25mm\r35mm、 50mm、 75mm\rThermal imaging operations\rBrightness/gain adjustment\rManual brightness / gain; Auto brightness/manual gain; Auto brightness / gain\rImage enhancement\rDDE digital detail enhancement\rPolarity switch\rHelp\rDigital zoom\r1.0~8.0X\rCalibration\rManual calibration, automatic calibration at power on\rNoise reduction\rYes\rInterface\rInterface content\rPower supply, analog video, 16\rbits, reserved user I/O\rAnalog video output\r1 channel PAL or 1 channel NTSC\rControl\rUART (TTL 3,3 V)\rElectrical system\rExternal power supply\rDC5V\r* Ex IC nC op: explosion proof certification which version is IIC T4 Gc NETD equals values: ≤0.015°C@30°C (VOC) volatile organic compounds\n","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/mini-infrared-mod/","title":"Mini-Infrared Module IR-SF641"},{"content":"Product Summary\nMobile laboratory MSP-100SFT is designed for testing of electrical safety PPE (Dielectric Gloves; Boots; Blankets; Mats; Hot Sticks; Dielectric Tools; Voltage and Phase indicators). All standard rubber items can be tested, even class 4.\nAll equipment is mounted on a trailer, which allows testing in field conditions at remote sites.\nProduct Description\nMobile laboratory MSP-100SF is designed to test the electric safety of PPE (Dielectric Gloves; Boots; Blankets; Mats; Hot Sticks; Dielectric Tools; Voltage and Phase indicators). All standard rubber items can be tested, even class 4. All equipment is mounted on trailer, which allows testing in field conditions, at remote sites.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/dielectric-tests/msp-100sft-mobile-laboratory/","title":"MSP-100SFT Mobile on-site Laboratory"},{"content":"From the Industrial Giants, Fortune 100 companies to municipal utilities, an energy management and power monitoring program is critical to their success. The Nexus® 1252, the most advanced monitoring product, provides the global picture of power quality and usage from any metered point within a distribution network, enabling users to make power-related decisions quickly and effectively.\nMonitoring and Billing with Reliable Information\nHigh Accuracy Billing Meter 06% Accuracy in Energy (% of Reading) DNP 3.0 Level 2 Plus Advanced Power Quality Recording Touch-Screen Graphics Power Quality Reports By Software AI Reports Ethernet Connectivity (100BASET) Integrated with Rapid Response™ Field upgradeable (V-Switch™) Technology designed specifically for Electricity Companies and Industry. Real-time Power Quality Monitoring and Analysis for rapid event detection Peak Demand Management and Energy Efficiency Reliable access to all information via Ethernet or Modem (with Dial out/ Dial in) Standardized Power Quality Analysis with EN50160 and IEC61000-4-30 techniques The ideal solution for transformer and switchgear monitoring High Performance Billing Features Extensive Load Profile Capacity System Event Recording: The meter records any event that threatens the unauthorized operation of the meter such as Re Beginnings Changes to the Programming Access Changes Time and Date Adjustment Meter On/Off Firmware Changes Line Loss Compensation and Transformation for Iron and Copper Integration and Accumulation of Energy through digital inputs, for different loads or consumables such as Gas and Water 20-year Calendar of Bidirectional Consumption and Demand, with Tariff Adjustment Recording and Integration of Max / Min values with time stamp for all variables Coincidental Readings: Identification of necessary Capacitive Stages, Peak Inefficiencies, etc. Inviolable access key configurable by user Predictive Demand: Using the rate of change, the meter predicts the level of demand for the next interval, ideal for Peak Demand Cutting. Compatible with MV90 Software Accu Self-Calibration Measurement Technology - Measure™\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-nexus/nexus-1252/","title":"NEXUS 1252 Powerline Analyzer"},{"content":"OT-90 test devices are designed to check the dielectric strength of insulating fluids. They are perfect for checking mineral and synthetic oils. Such devices are applied in laboratories of companies dealing with the manufacture, operation or service of transformers, oil circuit breakers, transformers and capacitors.\nOil tests up to 90 kV\rPossibility of measuring both mineral and synthetic oils;\rTests according to the user's own program: test voltage value, voltage rise rate, test time and/or mixing time programmable;\rSafety interlock to prevent inadvertent power connection when the lid is open;\rTesting according to IEC60156 standard;\rErgonomic design that facilitates the correct performance of tests;\rAutomatic calculation of the average values of the measurements and the standard deviation;\rPossibility of remote control from a computer, storage of results and printing of reports.\rTechnical data\rVoltage ranges on test electrodes from 10 to 90 kV;\rNormally, the device is equipped with spherical test electrodes with a diameter of 25.0mm;\rRadio connector for communication with a computer;\rVoltage rise rate: 2kV/s;\rPrecision of voltage measurements: 3%;\rMixing time: programmable.\rWorking condition:\n","permalink":"https://amperis.com/en/products/transformers-testing/test-tension-break-oil/","title":"Oil Breakdown Voltage Tester OT-90"},{"content":"Zirconia oxygen sensors are common solutions for providing fast and accurate gas analysis over the low ppm oxygen range. They are particularly suitable for monitoring inert atmospheres and aggressive industrial applications within manufacturing processes.\nConfiguration of the analyser allows for the instrument to be panel mounted with the gas fittings at either the front or rear. Other variations of the analyser include a three-channel multiplex version, which allows for three gas streams to be sampled from separate points. Gases can be analysed in sequence or at intervals set from the front keypad controls or software.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/rapidox-sf6/","title":"Oxygen Analyzer Rapidox 1100Z"},{"content":"The APD-ANNUNCIATOR is a remote partial discharge detection equipment inside any energized cabinet. The probe is installed in the unit under test, instantly reporting its status. This equipment gives a great benefit because it avoids long term damage to the switching equipment.\nThe great advantage of this equipment is its unique design that optimizes the results allowing simultaneous detection: TEV and directional detection of acoustic tests.\nThe APD-ANUNNCIATOR module is equipped with a High Frequency Partial Discharge detection circuit for rapid TEV testing. Through the validation algorithms used by the equipment, the number of Partial Discharges is determined and the appropriate alarm level can be selected. Many modules of this PD measurement and analysis equipment can be used in cascade allowing PD detection in many cabinets at the same time.\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/apd-annunciator/","title":"Partial discharge detector APD-ANNUNCIATOR"},{"content":"Ohmmeter / PDRM-10A Ohmmeter for resistance measurement from 0,01µΩ to 200 Ω.\nThe PDRM-10 A ohmmeter, with a range of 0.01µΩ to 200 Ω is currently the most accurate and highest resolution ohmmeter on the market, and at only 860 g it is also the lightest and most compact. All this has made it the standard low resistance ohmmeter in many electrical companies, industries and assembly companies. It has a resolution of 0.01µΩ.\n","permalink":"https://amperis.com/en/products/ohmmeters/pdrm-10a/","title":"PDRM-10A Ohmmeter"},{"content":"Recording and diagnosis in all conditions\nCharacteristics:\n4 current inputs, physical current measurement on the neutral conductor. Recording of up to 1100 parameters, including average, maximum, minimum and instantaneous values Built-in heater, stable operation at low temperatures down to -20ºC. Internal rechargeable battery, meter autonomy (min. 6 hours) Ingress protection IP65, possibility of working in rain, snow and high humidity. Measured parameters:\nVoltages L1, L2, L3, N (4 inputs) - average, minimum, maximum and instantaneous values, range up to 760 V, possibility to work with voltage transformers. Currents L1, L2, L3, N (4 inputs) - average, minimum, maximum and instantaneous values, current measurement with range up to 6 kA (depending on the clamp used), possibility to work with current transformers. Peak factor for current (CFI) and voltage (CFU). Frequency in the range of 40 Hz to 70 Hz Active (P), reactive (Q), distortion (D) and apparent (S) power and determination of the character of the reactive power (capacitive, inductive) Power logging: Budeanu method, IEEE 1459. Active (EP), reactive (EQ) and apparent (ES) energy. Power Factor cosφ, tgφ Harmonics up to 40° in voltage and current Total THD harmonic distortion for voltage and current. Short term flicker severity rating (PST) and long term flicker severity rating (PLT). Voltage (IEC 61000-4-30 class S) and current asymmetry Real-time event detection including waveform recording and RMS half-period graphs. All parameters are recorded in accordance with Class S according to IEC 61000-4-30. Wide range of networks for analysis:\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-apqm/apqm700/","title":"Power Quality Analyzer APQM-700"},{"content":"SHARK 100 Multifunctional Network Analyzer\nGeneral features\nMeter with Billing Certificate Class 0.2% for demand and energy measurement. Meets ANSI C12.20 (0.2%) and IEC 687 (0.2%) accuracy class standard Multi-functional measurements including Voltage, Current, Power, Frequency, Energy, etc. Optional KYZ pulse. Power quality measurements (%THD and Limits with Alarm) V-Switch® Technology - Upgradeable in the field without removing the installed equipment .56\" 3-line bright red LED display Load % bar for Analog Meter perception. RS485 Modbus and DNP 3.0 - 57.6K Baud protocols. IrDA port for remote reading with PDA Ultra compact, easy to install. Fits into ANSI and DIN slots. Available in \"Transducer only\" version. Industry leading technology\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-shark/shark-100/","title":"Powerline Analyzer SHARK 100"},{"content":"","permalink":"https://amperis.com/en/products/prices/battery-maintenance-and-charging/battery-chargers-and-rectifiers/battery-charger-BAC/","title":"Prices Battery Charger BAC"},{"content":"","permalink":"https://amperis.com/en/products/prices/battery-maintenance-and-charging/battery-chargers-and-rectifiers/","title":"Prices Battery Chargers and Rectifiers"},{"content":"","permalink":"https://amperis.com/en/products/prices/battery-maintenance-and-charging/","title":"Prices Battery maintenance and charging"},{"content":"","permalink":"https://amperis.com/en/products/prices/cameras/corona-effect-cameras/","title":"Prices Corona Effect Cameras"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/detectores-fugas-sf6/","title":"Prices Detectores de Fugas SF6"},{"content":"","permalink":"https://amperis.com/en/products/prices/electric-panel-multimeters/serie-nexus/","title":"Prices Serie NEXUS"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/sf6-leak-detectors/","title":"Prices SF6 Leak Detectors"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/switch-testing/","title":"Prices Switch testing equipment"},{"content":"","permalink":"https://amperis.com/en/products/prices/transformers-testing/winding-ohmmeters/","title":"Prices Transformer winding resistance meters"},{"content":"The McON Air Compact flow measurement system is a single or multi-channel solution that works according to a patented correlation principle. The system measures the passing time of singular signal patterns generated by the particles contained in the gas. Because the principle is time-based, the system is accurate and drift-free throughout its lifetime.\nAdvantages and benefits Reliable measurement of powdery gases Temperature range up to 1000 °C / 1800 °F Drift-free - no calibration or rinsing required Virtually maintenance-free High operating range up to 1:25 No calibration factors - direct measurement of run time System installation with weld fitting without affecting system availability Efficient emission control: More accurate measurement of the total stack flow rate ","permalink":"https://amperis.com/en/products/other-measurements/reliable-gas-flow-measurement/","title":"Reliable gas flow measurement"},{"content":"The McON Air Compact flow measurement system is a single or multi-channel solution that works according to a patented correlation principle. The system measures the passing time of singular signal patterns generated by the particles contained in the gas. Because the principle is time-based, the system is accurate and drift-free throughout its lifetime.\nAdvantages and benefits Reliable measurement of powdery gases Temperature range up to 1000 °C / 1800 °F Drift-free - no calibration or rinsing required Virtually maintenance-free High operating range up to 1:25 No calibration factors - direct measurement of run time System installation with weld fitting without affecting system availability Efficient emission control: More accurate measurement of the total stack flow rate ","permalink":"https://amperis.com/en/products/reliable-gas-flow-measurement/","title":"Reliable gas flow measurement"},{"content":"","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-nexus/","title":"Serie NEXUS"},{"content":"SF6 Gas detection thermographic camera TC706\nThe TC706 displays and signals SF6 gas leaks, without the need to de-energize high-voltage equipment or stop operation. The portable camera also highly improves operator safety by detecting emissions at safe distances and helping to protect the environment by detecting the leakage of environmentally harmful gases into the atmosphere.\nSF6 is used in the electrical industry as insulation and coolant in substation switchgear.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-leak-detectors/gas-detection-tc706/","title":"SF6 Gas detection thermographic camera TC706"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-leak-detectors/","title":"SF6 Leak Detectors"},{"content":"SF6 recovery equipment AGRU-4\nThis SF6 recovery unit is specially designed to serve small volume SF6 equipment. With this unit you can perform all the processes necessary for SF6 maintenance. The equipment is designed to recover, temporarily store, condition and provide SF6 gas. The equipment is designed for field use in insulated metal-clad switches, bus ducts and individual switches. The AGRU-4 SF6 Gas Handling Equipment is fully assembled on two heavy duty wheels, which are sufficiently reinforced to minimize vibrations. The trolley is completed with an eyebolt, hose with hook and power cable.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/sf6-agru4x/","title":"SF6 recovery equipment AGRU-4"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/switch-testing/","title":"Switch testing equipment"},{"content":"IR DLD-T camera for temperature detection\nTemperature measurement mode 6 real-time moving points, 6 moving areas and 3-line temperature measurement (maximum temperature, minimum temperature capture, average temperature measurement) Real-time 10 moving points, 10 moving 3-line temperature measurement (maximum temperature, minimum temperature capture, average temperature measurement), and support plotting of irregular squares.\nUncooled 640×480/384*288\rFocal plane uncooled thermal microdetector.\rFixed focal length thermalized lens, unaffected by high or low temperature environments\rSupports 1 hardware alarm input channel and 1 alarm output\rSupports Modbus RTU/TCP temperature output\rIP66 outdoor enclosure for lightning and surge protection\rProtect against lightning and surges\rCompatible with ONVIF Profile-S/G\rSupports POE power supply\r","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/temperature-measurement-camera/","title":"Temperature measurement Camera IR DLD-T "},{"content":"Double spectrum IR-DLD-TS camera. Significantly improves temperature measurement performance.\nMode: 10 real-time moving points, 10 moving areas, 3 online temperature measurements (highest and lowest temperature capture, average temperature measurement) and support for irregular box drawing.\nThermal camera 640×512 / 384×288 / 256×192\rVisible light 1920*1080\rSupports near infrared fill light 30 meters\rSupports alarm light, buzzer alarm connection\rSupports picture-in-picture, dual light fusion and other picture modes\rSupports 1-channel hardware alarm input and 1-channel alarm output\rSupport Modbus RTU/TCP temperature output\rOutdoor IP66 protection level, lightning and surge protection\rONVIF compatible: ONVIF Profile-S/G compatible\rSupports POE power supply\r","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/thermal-camera-dual-spectrum/","title":"Thermal camera Dual-spectrum IR-DLD-TS"},{"content":"\nTRT Three Phase Transformer Ratio Meter Standard Series\nTRT is based on state-of-the-art technology, using the most advanced technique available today. The test equipment can be used to test both single-phase and three-phase transformers, both with and without tap changer in accordance with the requirements of IEC 60076-1.\nFor a three-phase measurement, the test set is connected to all three phases of a transformer. If specific vector diagrams are selected for different types of transformers, the TRT will perform a specific test for each type of transformer (i.e. single-phase Delta-to-Star, Star-to-Delta, Delta-to-Delta, Star-to-Star, Delta-to-Zig-Zag, etc.) without the need to change the test connection cables. In addition, you can test with the true three-phase test voltage, allowing you to test any type of transformer. After the test, it shows a ratio of turns, phase change and excitation current, all obtained with three-phase, single-phase and/or true testing.\n","permalink":"https://amperis.com/en/products/transformers-testing/transformer-ratio-meters/standar-series/","title":"Three Phase Transformer Ratio Meter Standard Series"},{"content":"","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/","title":"Transformer winding resistance meters"},{"content":"TWA STANDARD SERIES\nThe TWA standard series instruments are designed to measure the resistance of six coils and simultaneously analyze the three-phase tap changer on load of the primary and secondary transformer coils (provided by model TWA40). This is done in a single cable configuration, with test currents up to 40A. Each transformer configuration has a special measurement algorithm that is optimized for rapid stabilization of test results. The TWA instruments generate a true DC current without ripple. Both current injection and magnetic circuit energy discharge are automatically regulated.\n","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/twa-standar-series/","title":"TWA Standard Series"},{"content":"The XD is an automatic battery discharger, analyser and cycler, designed to test the efficiency of industrial batteries of any type, voltage and capacity.\nThe unique architecture of the power conversion system combines unmatched performance and robustness, and makes these systems easily customisable. XD can support all battery laboratory applications: training, testing, cycling, desulphation, regeneration.\nBy combining the unit with an XMV universal charger, a fully automatic battery cycling configuration can be easily implemented.\nThe XMV is the perfect choice for battery manufacturing facilities, test and recovery laboratories and repair shops.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/cycler-batteries-xd/","title":"Universal Battery Discharger / Analyzer / Cycler"},{"content":"Universal multivoltage battery charger and conditioner.\nThe XMV is a programmable multivoltage battery charger with universal functions.\nIt supports batteries of any type, chemical composition, voltage or size, from single cells to large packs. The unique power conversion system architecture combines performance, energy efficiency and robustness, and makes these systems easily customizable. With standard power ranges from 12 kW to 40 kW and a highly flexible connectivity package, the XMV is compatible with all battery lab applications:\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/multi-voltage-battery-charger/","title":"Universal Multi-Voltage Battery Charger and Conditioner XMV Series"},{"content":" Ergonomic for comfortable operation Record and report findings efficiently Superior gas visualization and quantification Detector material-MCT Optional lens Infrared and gas detection, dual function ","permalink":"https://amperis.com/en/products/other-measurements/voc-gas-thermal-imager/","title":"VOC Gas Thermal Imager"},{"content":"The quality of our work has been audited by SGS, which has earned us the ISO-9001:2015 Certificate.\n","permalink":"https://amperis.com/en/services/iso-certificate/","title":"ISO-9001:2015 Certificate"},{"content":"Agitabitur signa lympha; non lacunae, mox cum tumulis quoque triste dictis. Ignibus inpatiens explorat, te tegens ferro nocere haud, et Dulichium tui male! Quo sed fuit flexit et hic die solido, gloria?\nLocus evicit loquuntur Tyrrhena omnes, obstipui pugnabant temptavit Phoco vati dabant deus. Memorata haberet sepulcrales gentisque dum sic, in flumina templa! Se domus passa verum tenebrisque auras nil vix quae quidem, certe videri somnus esse iam feres mortis Plurima.\n","permalink":"https://amperis.com/en/work/modern-hospital/","title":"Modern Hospital"},{"content":"TRT Advanced Series\nThe TRT is based on state-of-the-art technology and uses the most advanced technique available today. The test equipment can be used to test both single-phase and three-phase transformers, both with and without tap changer in accordance with the requirements of IEC 60076-1.\nFor a three-phase measurement, the test set is connected to all three phases of a transformer. If specific vector diagrams are selected for different types of transformers, the TRT will perform a specific test for each type of transformer (i.e. single phase delta to star, star to delta, delta to delta, star to star, delta to zigzag, etc.) without the need to change the test connection cables. In addition, you can test with the three-phase test voltage, allowing you to test any type of transformer. After the test, the instrument displays a ratio of turns, phase shift and excitation current obtained with single and / or three phase test voltages.\n","permalink":"https://amperis.com/en/products/transformers-testing/transformer-ratio-meters/advanced-series/","title":"Advanced Series"},{"content":"AC voltage source with 4 channels, current source and aux with 6 channels. DC source can be used simultaneously\nAmplitude, frequency and phase angle can be adjusted respectively, independently and continuously; Control via PC via Ethernet RJ45 interface\nDSP and FPGA technology integrated with our own patent for high performance amplifier technology\nAble to analyze all types of relays (current, voltage, frequency, power, impedance, harmonics, distance, ...)\nAble to have the advanced function of GPS triggering, Oscillation, Frequency Protection. Repeat Transcient with comtrade file; IEC61850 solution (optional).\n","permalink":"https://amperis.com/en/products/relay-testing/3-phase-relay-testing-ak-30/","title":"AK-30 Three-Phase Relay Test Equipment"},{"content":"The AMIC-30 insulation tester is a small portable meter designed to measure insulation resistance in electrical and telecommunications installations, cables, motors, transformers and other equipment. The test voltage can be programmed in steps from 10 V to 1000 V. The instrument can measure both insulation resistance over a wide range (0,1kΩ...100GΩ), and insulation leakage current, capacitance and other parameters. All test results can be stored in the internal memory and sent to a computer via the included wireless USB receiver. The meters are supplied with rechargeable Ni-Cd batteries.\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/1kv/amic-30/","title":"AMIC-30 Megohmmeter Insulation Tester"},{"content":"Testing the operation and performance of truck loaders has been a constant problem for the technical services of these equipments. To be able to perform this test they must have at least one battery. This is a problem if the technician has to test the chargers while the trucks are in service.\nFurthermore, using a battery makes it impossible to test the full charge curve quickly, and it is complicated to adjust the discharge options and check all functions under different working conditions. The equipment is an electronic device, designed to test battery chargers of any voltage and power. It simulates the behaviour of a battery during the charging process and allows the technician the possibility to check the performance of any charger in a fast, safe and accurate way. The equipment eliminates the need to connect a battery to the charger in order to test it; it is simple and flexible. It can also be used to discharge batteries (over 24V) and for other purposes. On the front panel of the equipment you can find the following items:-Digital Voltmeter-Analogic Amperemeter-Test Voltage Selector (12-24-36-48-72-80 V)-Voltage Fine Tuning Potentiometer -Current Selection Potentiometer (0-200A)\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/acbx/","title":"AMPERIS ACBX Battery Simulator"},{"content":"The equipment is an automatic battery analyser and discharger designed to test the efficiency of industrial batteries of any type, voltage and capacity.\nThis equipment can be programmed to discharge the battery at a precisely controlled constant current, adjustable from zero to the maximum value of the model while keeping the battery voltage under control.\nWhile the discharge is taking place the control panel measures the total capacity (ampere-hours) discharged from the battery. While the battery voltage reaches the minimum programmed value or when the maximum duration of the test is reached, the Discharger switches off automatically but the measured parameters remain available to the user.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/battery-discharger-amperis/","title":"Amperis Battery Discharger"},{"content":"It has the following characteristics:\nShort circuit loop measurement: Impedance measurement with 23 A (44 A phase-to-phase), short circuit resistance RZW =10Ω Measuring range: 95...440V, frequency 45...65 Hz Short circuit loop measurement with resolution 0,01 Ω , without tripping the differential protections (I∆n ≥30mA) Automatic short-circuit calculation, phase-neutral and phase-phase voltage detection UNI-Schuko plug connection for automatic measurement, AGT adapter for measurements in three-phase networks Testing of differential, general and selective protection for 10, 30, 100, 300, 500 and 1000 mA differential current Measurement of the insulation resistance: With application of the test voltages: 250 V, 500 V, 1000 V, 2500 V Average range up to 10GΩ UNI-Schuko plug connection for insulation measurement Automatic download after measurement Automatic measurement of all resistances on 3, 4 or 5-wire cables using the optional AUTO-ISO adapter Acoustic signals at 5 s intervals to obtain the insulation characteristic curve Surge safety protection Measurement of earth resistance Bidirectional continuity test on PE cables using 200 mA Self-calibration of test cables. Phase sequence check Battery charge indication Auto shut-off function USB Interface Phase sequence: Phase sequence display: advance, delay Supply voltage range UL-L : 100...440V (45...65Hz) Display of phase-to-phase voltages Low voltage and insulation continuity test ","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/mpi525/","title":"AMPI-525 Multifunction Meter for Electrical Installations"},{"content":"Reliable class A measurements\nFeatures\nIt can be powered from the L phase. It is intended for use in virtually all types of networks from 64 V to 760 V directly, with special consideration for measurements on low-voltage poles, due to its ease of connection. It has an independent power supply and is therefore particularly suitable for measurements outside of voltage transformers. It can also be adapted for measurements on DC voltage systems. Real-time remote configuration and data transfer (GPRS) using a built-in GSM modem Anti-theft function: SMS notification in case of change of position - built-in GPS receiver Real-time synchronized clock using GPS protocol. Measured parameters\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-apqm/apqm702-703/","title":"APQM-702/APQM-703 Power Quality Analyzers"},{"content":"The Amperis MMF-ASR battery rectifier has the most efficient technology available today.\nIt has a robust and reliable design for industrial applications, with the advantage of easy access and on-site maintenance.\nIt is a universal charger valid for all types of batteries (multi-voltage, multi-capacity and multi-chemical): ventilated lead-acid, VRLA (valve-regulated lead-acid) or nickel-cadmium. It can also be used as a power source without batteries.\nThe great advantage is that you have a complete set of standard load curves programmed in the factory with the possibility of creating and saving customised load curves. The MMF-ASR control boards are based on state-of-the-art microprocessors. The charger/restifier is based on standardized SCR and IGBT power converter technologies.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-chargers-and-rectifiers/mmf-asr/","title":"Battery Charger / Rectifier MMF-ASR"},{"content":"","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/","title":"Battery Dischargers"},{"content":"The CA6630 battery tester / meter checks your batteries easily, quickly and safely\nAvoid blackouts: Perform preventive maintenance!\nGeneral\nMain features\nMeasurement of internal resistance (precise 4-wire method) and open circuit voltage (simultaneous display)\rSuitable for nickel/cadmium, lithium-ion or nickel/hybrid metal batteries\rComparator function for a quick check of battery deterioration\rManual storage of 999 measurements possible and automatic storage in data logger mode\rPC data transfer software and measurement cables supplied\rEasy to implement:\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-testers/battery-tester-ca6630/","title":"Battery Tester CA 6630"},{"content":"\rRobust design for field use.\nPrecise measurement in a high voltage environment\nBoth sides grounded (optional)\nBuilt-in micro ohmmeter (up to 500 A)\nDynamic resistance measurement\nDetailed analysis of test results with DV-Win software\nDatabase of circuit breaker test plans.\nDescription The Advanced CAT Series Analyzers and Timers are stand-alone or PC-controlled digital instruments for circuit breaker status evaluation. Timing channels record arc closing and opening, resistance and auxiliary contacts. The main contact channels can also measure the resistance value of pre-insertion resistors (if present in the breaker). The advanced CAT series records graphs of the opening and closing coil currents and the movements of the moving parts of the high and medium voltage circuit breaker. Test results are printed on the 112 mm (4.4 inch) thermal printer (optional accessory) in tabular and graphical form. The advanced CAT series provides easy selection of different operating modes:\n","permalink":"https://amperis.com/en/products/switch-testing/switch-testing/advanced/","title":"CAT Advanced Series"},{"content":"The CoroCAM 7 corona effect camera is a camera used to visualize and locate corona and electric arc discharges. This camera shares the same ultraviolet imaging system as coroCAM 6D, but additionally combines it with a high-performance visible camera and viewfinder. This camera is used for high voltage inspections.\nThe high-sensitivity detector detects the smallest corona discharges that can be recorded as a high-resolution image or video. It incorporates GPS, Ethernet port for remote control and high power flashlight. The camera has optimized presets for the detection and location of discharges.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/corocam-7/","title":"CoroCAM 7"},{"content":"Dielectrotest A-2 dielectric strength meter\nThe Dielectrotest is a fully automatic dielectric oil meter for determining the breakdown voltage of insulating liquid. It is designed for both laboratory and field use for commissioning and maintenance purposes. The test standard is selected via menu.\nVideo of the youtube team: General features\nThe corresponding electrode type as well as the distance between electrodes can be displayed before starting the test. Fully automatic oil analyser/gauge for laboratory and field use\n","permalink":"https://amperis.com/en/products/transformers-testing/dielectrotest/","title":"Dielectric strength meter Dielectrotest"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/","title":"Gas analysers"},{"content":"","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/","title":"Infrared Cameras"},{"content":"Insulation resistance measurement - 15TΩ: * 50 - 1000 V, in 10 V steps, * 1000 - 5000 V, in 25 V steps ; Memory of 999 results and transmission to PC ; Measurement of AC and DC voltage and capacity ; Measurement of leakage current and function with digital filter ; Measurement of continuity of protection and equipotential connections ; Adjustable alarm limits\nThese are the most important features of the equipment:\n","permalink":"https://amperis.com/en/products/insulation-resistance-meters/5kv/amic-5010/","title":"Insulation Resistance Measuring Equipment AMIC-5010"},{"content":"The IRDL708 thermal imaging cameras are the new developed uncooled detector cameras, which have high resolution of 640x480 pixels, multi-rotary touch screen, normal and infrared image fusion, high brightness LED light, recording in H.264 format or normal format, images in JPEG format, light and sound alarm, voice and text annotations, network interface, built-in laser pointer, etc.\nThis model is suitable for a wide range of applications such as professional inspection and testing of industries, electrical substations, railways, petrochemical, metallurgical, construction, scientific applications, etc.\n","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/irdl708-series/","title":"IRDL708 Series Thermal Imaging Cameras"},{"content":"Micrometer RMO-A (ENGLISH)\nThese devices can store internally up to 500 measurements marked with date and time. The equipment is accompanied by the DV-Win software to treat the data as an Excel sheet to show them as a diagram, passing the data via USB (or optionally via Bluetooth or RS232.\nThe RMO-A series performs a very efficient filtration, so it has a high capacity to cancel electromagnetic and electrostatic interferences in HV electric fields. It should be noted that these devices are equipped with thermal and overcurrent protection.\n","permalink":"https://amperis.com/en/products/switch-testing/microhmmeters/rmo-a/","title":"Microhmmeter RMO-A"},{"content":"Contact resistance measurement :\nMechanical wear and heat on circuit breaker contacts reduces the area of contact surface.\nDue to arcing, carbonized layers are built on the contact surface. This also reduces a live contact area.\nReduced contact surface leads to increased contact resistance\nR = r*l =ρ / S * l\nIncreased contact resistance leads to increased heating and losses.\nCurrent\rContact resistance\rPower loss\r10 kA\r1 mΩ\r100 KW\r1 kA\r10 mΩ\r10 KW\r10 kA\r1 mΩ\r1 Kw\r1 kA\r10 mΩ\r100 W\rAt 10 kA a contact with the resistance 0.1 mΩ gives a power loss of 10 kW. This power loss in one single point will definitely confer a temperature rise, which may result in overheating and possibly premature failure.\n","permalink":"https://amperis.com/en/products/switch-testing/microhmmeters/","title":"Microhmmeters"},{"content":"The PDRM-1A ohmmeter is very accurate for measuring low resistances. You can measure values from 1µΩ to 200Ω. For this reason, it allows a wide variety of measurements to be made with a single instrument.\nAdvantages of PDRM-1A\nMuch lighter and more manageable than other equipment in its category. Airtight and shock resistant. This equipment is suitable for all types of application: workshop or laboratory. Its screen with liquid crystals and lights allows its use in dark places. Low current injection for applications requiring small measuring contacts. A wide variety of probes adapted to specific types of measurements are available. Applications Application example\n","permalink":"https://amperis.com/en/products/ohmmeters/pdrm-1a/","title":"Ohmmeter PDRM-1A"},{"content":"The Rapidox 2100 is a high-performance oxygen (O2) analyser fitted with a rugged long-life zirconia sensor on a remote cable, together with a type K thermocouple sensor; allowing direct in-process measurement of oxygen and temperature in the sample gas. The sensors provide fast and accurate analysis over the low ppm oxygen range in harsh environments up to 650°C.\nZirconia oxygen sensors are particularly suitable for monitoring inert atmospheres in aggressive industrial applications within manufacturing processes; this includes high temperature locations and vacuum atmospheres.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/oxygen-analyzer-rapidox-2100/","title":"Oxygen Analyzer Rapidox 2100 "},{"content":"We developed the PADD for the detection of internal and external partial discharges on metal oxide lightning rods. Defects can cause radio interference in communication systems or TV images, interference whose origin is very difficult to locate. We have developed a unique technology for detecting radio frequencies for use under voltage.\nThe PADD detects defects in lightning conductors installed on high-voltage networks, up to 69 kV.\nThe importance of time\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/add/","title":"PADD Lightning Rod Flaw Detector"},{"content":"Electronic meter with advanced ethernet WiFi capability.\nGeneral features\nSub-Meter Energy and Demand with Billing Certification Class 0.2% Complies with ANSI C12.20 (0.2%) and IEC 687 (0.2%) Multifunctional measurement capability Power quality measurement Bright red LED display with 3 lines of 0.56\" each Load % bar Solid Ethernet (RJ45) and Wireless (WiFi) RS485 serial communication Modbus RTU and Modbus TCP (Over Ethernet) Direct interface to most building management systems KYZ pulse output certifiable for billing Perfect for applications in Commercial, Institutional, Industrial Buildings and Shopping Centres Industry leading technology\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-shark/shark-100-s/","title":"Powerline analyser SHARK 100-S"},{"content":"NEXUS 1272 Powerline Analyzer\nAdvanced billing meter with communication and power quality analysis\nGeneral features\nBilling meter with accuracy 0.06% Watt/Hr.\rTime of use (TOU) of 20 years.\rLoss compensation (Line \u0026amp; Transformer)\rCT \u0026amp; PT compensation.\rAdvanced Power Quality Register.\rFlicker monitoring in compliance with EN 50160.\rTotalization records.\rData storage and event recording.\rProgrammable screen.\rCircuit diagnostics.\rMultiple communication.\rADVANCED FEATURES\nModbus \u0026amp; DNP 3.0 Level 2 Plus Protocols\rInternal Ethernet / Web Ready\rDial-Out for Power Failures or Alarm Alerts!\rApplications\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-nexus/nexus-1272/","title":"Powerline Analyzer NEXUS 1272"},{"content":"","permalink":"https://amperis.com/en/products/prices/battery-maintenance-and-charging/battery-dischargers/","title":"Prices Battery Dischargers"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/gas-analysers/","title":"Prices Gas analysers"},{"content":"","permalink":"https://amperis.com/en/products/prices/cameras/infrared-camaras/","title":"Prices Infrared Cameras"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/microhmmeters/","title":"Prices Microhmmeters"},{"content":"","permalink":"https://amperis.com/en/products/prices/electric-panel-multimeters/serie-shark/","title":"Prices Serie SHARK"},{"content":"","permalink":"https://amperis.com/en/products/prices/transformers-testing/transformer-ratio-meters/","title":"Prices Transformer Ratio Meters"},{"content":"","permalink":"https://amperis.com/en/products/prices/transformers-testing/","title":"Prices Transformers Testing"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/25kv/","title":"Prices Up to 2,5kV"},{"content":"","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-shark/","title":"Serie SHARK"},{"content":"SF6 Leak Detector The Amperis SF6 leak detector uses an innovative infrared absorption detection cell that is extremely sensitive to SF6.\nThe SF6 leak detector maintains sensitivity for a long time with reliable performance.\nIt has an approximate life of 800 hours of use for the sensitive cell which decreases acquisition costs and increases its productivity.\nAdditional enhancements such as charge status indicator, sensor fault indication and rechargeable NiMH batteries. All included in a user-friendly unit of high quality and durability, as you would expect from Amperis.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-leak-detectors/sf6-leak-detector/","title":"SF6 Leak Detector"},{"content":"SF6 recovery system AGRU-8 series\nWe developed the AGRU-8 for our customers, who needed more storage and retrieval capacity than with smaller trolleys, but without the high volume and price of wheeled equipment. The equipment is designed to recover, temporarily store, condition and provide SF6 gas. The equipment is designed for field use in insulated metal-clad switches, bus ducts and individual switches. The AGRU-8 SF6 Gas Handling Equipment is fully assembled on two heavy duty wheels, which are sufficiently reinforced to minimize vibrations. The trolley is completed with an eyebolt, hose with hook and power cable.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/sf6-recovery-system-agru-8/","title":"SF6 recovery system AGRU-8 series"},{"content":"Technical method with 3 or 4 poles, Technical method with the use of additional clamps, Measurement of the continuity of compensating and protective connections with self-neutralization function, Double clamp method without the need to place auxiliary electrodes, Soil resistivity in addition to\nIt allows the following measurements to be made:\nGrounding resistance using auxiliary electrodes Earthing resistance using auxiliary electrodes and clamps (for multiple earthing measurements) Grounding resistance using double clamps (for grounding measurements when auxiliary electrodes cannot be used), Soil resistivity (using Wenner's method) Measurement of the continuity of compensating and protective connections (complying with IEC 60364-6-61:2000 pt 6.12.2) with self-neutralisation function - by means of current 200mA Additionally:\n","permalink":"https://amperis.com/en/products/tellurometers/amru-120/","title":"Telurometer AMRU 120"},{"content":"","permalink":"https://amperis.com/en/products/transformers-testing/transformer-ratio-meters/","title":"Transformer Ratio Meters"},{"content":"\rTable of Contents\nTypes of tests\rDC tests\rAC tests\rWinding resistance measurement\rWhy is it important?\rHow it is performed\rKelvin's method (4-wire)\rHow is it done?\rLoading process\rStabilization process\rHow to saturate the core\rMeasuring the test current\rTest current\rMeasuring on the LV side can be time consuming\rLV winding measurement with HV winding support\rTest current\rHow is the test current determined?\rIEEE guide for field diagnostic testing of power transformers, regulators, and fluid-filled reactors, IEEE std C57152TM\rWhat is a \"good\" result?\rTransformer demagnetization\rWhy is it important?\rAC test devices\rTurn-ratio measurement\rExcitation current measurement\rWhy is it important\rHow is it performed\rVector group detection\rWhy is it important\rHow is it done?\rPhase angle measurement\rWhy is it important?\rHow it is performed\rSFRA Measurement\rTransformer testing instruments\n","permalink":"https://amperis.com/en/products/transformers-testing/","title":"Transformers Testing"},{"content":"TWA ADVANCED SERIES\nResistance measurement of all tap positions in all six windings performed in a single test\rTrue three-phase on-load tap changer dynamic resistance measurement\rExtremely quick measurement, single-step cable setup\rRapid automatic demagnetization\rFully automated test mode\rLarge 10.1’’ or 7’’ graphical touchscreen display\rTemperature measurement channel\rDescription:\nThe TWA advanced series instruments are designed for six-winding resistance measurement and simultaneous three phase on-load tap changer analysis of both the primary and the secondary transformer windings. This is performed with a one singlestep cable setup, with test currents of up to 40A. Each transformer configuration has a special measurement algorithm which is optimized for the fast stabilization of test results. The TWA instruments generate a true DC ripple-free current. Both the injection of the current and the discharge of energy from the magnetic circuit are automatically regulated.\n","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/twa-advanced-series/","title":"TWA Advanced Series"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/25kv/","title":"Up to 2,5kV"},{"content":"Agitabitur signa lympha; non lacunae, mox cum tumulis quoque triste dictis. Ignibus inpatiens explorat, te tegens ferro nocere haud, et Dulichium tui male! Quo sed fuit flexit et hic die solido, gloria?\nLocus evicit loquuntur Tyrrhena omnes, obstipui pugnabant temptavit Phoco vati dabant deus. Memorata haberet sepulcrales gentisque dum sic, in flumina templa! Se domus passa verum tenebrisque auras nil vix quae quidem, certe videri somnus esse iam feres mortis Plurima.\n","permalink":"https://amperis.com/en/work/cargo-terminal/","title":"Cargo Terminal"},{"content":"Our team of engineers will advise you on your needs to help you choose the best product.\n","permalink":"https://amperis.com/en/services/personalized-advice/","title":"Personalised advice"},{"content":" 5 automatic or manual test modules: DC test, AC test, distance test, harmonics and frequency protection Phase, frequency and amplitude are continuously and independently adjustable. All-in-one design: built-in Windows CE \u0026amp; rotary encoder \u0026amp; keyboard \u0026amp; 6.4\" TFT LCD (RJ45/USB for updates and downloads) High power: 3x450VA at 0...35A average voltage test High accuracy: 0.05% reading + 0.02% typical range at 0-35A \u0026amp; 0.07% reading + 0.03% guaranteed range at 0-130V Reliability: Complete self-protection \u0026amp; alarm indicators for incorrect connection, open circuit, short circuit, overload \u0026amp; overheating, etc Suitable for field testing: equipment can be placed vertically or horizontally for testing AK6 Series Relay Test Equipment\n","permalink":"https://amperis.com/en/products/relay-testing/equipo-prueba-reles-trifasicos-ak-6/","title":"AK-6 Three-Phase Relay Test Equipment"},{"content":"Measurement of short-circuit loop ; Testing of differential, general and selective protections for differential current ; Measurement of insulation resistance ; Up to 10GΩ ; Voltages: 50 V, 100 V, 250 V, 500 V, 1000 V ; Measurement of earth resistance ; Bi-directional continuity test on PE cables, phase sequence ; Measurement and recording of voltage, frequency, alternating current, cosϕ, power, harmonics and THD\nThe multifunction meter AMPI-530 is dedicated to perform diagnostics according to the standard IEC 61557, it is an equipment suitable for approval as an electrical installer (in the absence of the luxmeter and the multimeter).\n","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/mpi530/","title":"AMPI-530 Multifunction Meter for Electrical Installations"},{"content":"Powerline analyser SHARK 200\nGeneral features\nCompact design Class 0.2 in energy, typical accuracy 0.1% Front serial port for programming once installed Integrated RS-485 (Modbus and DNP 3.0 protocols) Self-range in voltage and current Industry leading technology\nBilling meter features Low cost The easiest to use Meter on the market! Basic Functions\nMulti-function meter; all parameters of a three-phase network are measured: V, I, cosφ, f, %THD, and power and energy - Measures Every Aspect of Power including Volts, Amps, Freq, %THD and All Energy Functions KYZ pulse for accuracy certification; the equipment typically has an accuracy of 0.1%, this is verifiable with the KYZ pulse output RS 485 port; Modbus and DNP 3.0 protocol Bargraph - Scale in % to get an immediate idea of the measurement Simple and intuitive programming Optical port - Startup and configuration possible from a PDA or laptop Minimisation of options - Inputs with auto-switching and AC/DC supply Two possibilities for the current input: no connection: the cable is passed through the equipment, with connection: the typical form Superior Current Inputs - Wire direct CT inputs or use Current \"Gills Minimum gap required - only one gap of 92×92 mm is required in a panel High quality/price ratio - it's the best equipment in its class V-Switch technology: Once installed and either from the network or the optical port, the measurement functions can be increased: V2 - 2 MB logging capacity V3 - V2 + Harmonic analysis V4 - V3 + Alarms and control functions The Shark 200 represents a qualitative leap in the market's quality-price ratio\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-shark/shark-200/","title":"Analizador de redes eléctricas SHARK 200"},{"content":"\nPour les clients qui souhaitent une intégration transparente dans leur four ou leur procédé, le Rapidox 2100-FGA peut être fourni en tant que solution OEM. Contacter Amperis pour plus d'informations.\nConçu pour les applications de formation de gaz\nPoint de rosée thermodynamique de H2O\nLes circuits de relais d'alarme\nAffichage OLED (20 x 4 caractères)\nMode hydrogène pur\nThermocouple de type K (0-1250°C)\n0-5V et 4-20mA\nProtocole de langage Modbus RTU\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/analyseur-gaz-formation-rapidox-2100-fga/","title":"Analyseur de gaz de formation Rapidox 2100-FGA"},{"content":"The APD-LT equipment is a partial discharge meter in cable accessories (heads or insulators) to improve safety and maintenance. The PD level is presented numerically in the wireless unit.\nThe equipment consists of a remote display that provides a value in dB measured by the sensor (0-65 dB). The APD-LT indicates the intensity of the PD. The reading is a simple intensity level indication proportional to the probability of the presence of failures in the tested medium voltage device.\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/apd-lt/","title":"APD-LT Partial Discharge Meter"},{"content":"This equipment is a power quality analyzer according to the European standard EN 50160. The Amperis APQM-707 is a high-tech product that allows universal measurement of the parameters of 50/60 Hz electrical networks, as well as the analysis and recording of these parameters.\nThe purpose of using this equipment is to analyze the quality of the electrical energy. The analyzer fully complies with the requirements of EN 61000-4-30:2011 class S.\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-apqm/apqm707/","title":"APQM-707 wave quality analyzer"},{"content":"","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-testers/","title":"Battery Testers"},{"content":"The VHL is an integrated system that consists of - VHL Control Unit (VHL-CU) - Cell Voltage Module (CVM) - String Voltage Module (SVM) (optional) - String Current Module (SCM) (optional) The VHL-CU performs the monitoring and acquisition of measurement data from the CVM modules and its transfer to a PC. In addition, the VHL-CU provides the power supply to all connected CVM modules. The cell voltage modules are installed in the individual batteries (cells), performing both battery voltage and intercell voltage measurements. The VHL CM system acts as a complement to the Battery Charging Unit (BU) series of devices while performing a battery discharge test, providing detailed analysis of the condition of an individual cell. The VHL system identifies a possible battery malfunction by monitoring the following cell parameters from a set of CVM cell voltage modules: - The cell voltage - The inter-cell connection voltage In addition, the VHL-CU provides measurements of the ambient temperature at multiple locations (4 temperature channels).\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/bvs/","title":"BVS Series"},{"content":"The ideal tool for the analysis and testing of UPS, AC power supplies, etc.\nPower resistors are used in generator load banks in order to prevent the diesel engine from getting dirty when working at low load. Therefore, they are used to reduce the problem of condensation in diesel engines. In addition, it is standard practice to use power resistors as load banks for battery maintenance operations in electrical laboratories, industrial and telecommunications facilities.\n","permalink":"https://amperis.com/en/products/battery-maintenance-and-charging/battery-dischargers/ca-resistance-bank/","title":"CA Resistance Bank"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/coil-testing/","title":"Coil testing"},{"content":"This model of the crown effect camera family is the most advanced on the market. It combines a high specification visible camera, an infrared camera and an ultraviolet camera. The great advantage is the possibility of performing thermal and ultraviolet inspection simultaneously with the consequent benefit in terms of savings (in time and effort).\nThis camera provides the inspector with more information about the cause of the failure, locating partial discharges and hot spots together (it is designed to be used by professional high voltage inspectors). The CoroCAM 8 records still images and video in high quality formats.\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/corocam-8/","title":"CoroCAM 8"},{"content":"ADOC-3 The ADOC-3 is an equipment that has been designed to test distribution network transformers from 5 kVA to 3MVA. This instrument can determine the presence of:\nShort-circuits or open circuits in the primary winding of the distribution transformer *short circuits in the secondary winding\nThe ADOC-3 operates without disconnecting the secondary transformer windings from their loads. The instrument requires an electrical connection to the primary bushings and thus displays the diagnostic readings with a visual and audible signal.\n","permalink":"https://amperis.com/en/products/transformers-testing/distribution-transformer-tester-adoc-3/","title":"Distribution transformer tester ADOC-3"},{"content":"CAT-H SERIES SWITCH TESTER\nCAT-H offers easy selection of different operating modes:\nOpen (O)\nClose (C)\nFree trip (CO)\nClosing (O-C)\nClose-Open (C-O)\nOpen-Close-Open (O-C-O)\nMultiple operations, such as Open-Close and Open-Close-Close, can be initiated using a predefined delay time or by detecting the contact position of a switch.\nThe operation of the breaker can be initiated in different ways (e.g. from a control room, by a local breaker or externally by a test device) depending on the test conditions. Various time measurement triggers are available to record a measurement under a different test condition:\n","permalink":"https://amperis.com/en/products/switch-testing/switch-testing/handheld-circuit-breaker/","title":"Handheld Circuit Breaker and Timer Analyser"},{"content":"The Nexus 1450 is a powerful state-of-the-art power meter that provides high-precision electrical energy measurements and records waveforms. This equipment allows you to measure power quality and determine the reliability of electrical power. The Nexus 1450 meter allows you to see the reliability of the power circuit to determine the causes of failures, surges and voltage drops, and harmonics.\nThe Nexus 1450 is a unit with ultra-fast communications, the unit allows communications every 100 ms, which makes it capable of accepting reactive power generation variation instructions in times of less than one second.\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-nexus/nexus-1450/","title":"Nexus 1450 Power Quality Meter"},{"content":"","permalink":"https://amperis.com/en/products/prices/battery-maintenance-and-charging/battery-testers/","title":"Prices Battery Testers"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/coil-testing/","title":"Prices Coil testing"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/equipos-manipulacion-sf6/","title":"Prices Equipos de manipulación de SF6"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/probadores-bobinas/","title":"Prices Probadores de Bobinas"},{"content":"","permalink":"https://amperis.com/en/products/prices/electric-panel-multimeters/serie-apqm/","title":"Prices Serie APQM"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/sf6-gas-servicing-equipment/","title":"Prices SF6 gas servicing equipment"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/","title":"Prices Testing and checking of switches"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/5kv/","title":"Prices Up to 5kV"},{"content":"RMO TT SERIES\nOn-load tap changer dynamic resistance measurement\nThree resistance measurement channels\rFour temperature measurement channels\rVibration measurement\rAutomatic resistance/temperature measurement for the Heat Run test\rRapid automatic demagnetization\rTap changer motor current monitoring channel\rAutomatic discharge circuit\rThree models: RMO40TT, RMO60TT, RMO100TT\rDescription\nThe Tap Changer Analyzer \u0026amp; Winding Ohmmeter of the RMO-TT series is designed for winding resistance measurement of inductive objects, and for a tap changer analysis. The RMO-TT\n","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/rom-tt-series/","title":"RMO TT Series"},{"content":"","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-apqm/","title":"Serie APQM"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/","title":"SF6 gas servicing equipment"},{"content":"SF6 gas transfer unit AGTU Designed as a low cost solution to recovering, consolidating and transferring Sulfur Hexafluoride, the AGTU is an essential tool for servicing small volume SF6 equipment.\nFeatures:\nRugged steel enclosure Regulated inlet for direct connection to high-pressure bottles without throttling High discharge pressure for liquefaction in high ambient temperatures Can be used with SF6 tanks, bottles or carts Automatic shut off when maximum allowable pressure is reached High pressure, direct-drive oil-less compressor with 1000:1 compression ratio (capable of 1000psi – 69 bar) Comes complete with 9.8ft / 3m hoses and power cable Filters are easily changed without disconnecting any tubing or using any special tools Colour change moisture indicator to monitor moisture in gas Purifies, dries and filters to 0.1 microns during recovery and re-pressurization: (D1) - Dryer Filter - Contains activated alumina to aid in the drying and purification of SF6 Gas (F1) - Particulate Filter - Will filter all particulate matter down to 0.1 micron nominal Applications:\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/sf6-gas-transfer-unit-agtu/","title":"SF6 gas transfer unit AGTU"},{"content":"Features\n220/380V, 230/400V, 240/415V Low voltage resistance measurement Voltage and frequency measurement Battery powered The most important features of the AMZC-304 are\nMeasurement of short circuit impedances (EN 61557) Measurement on nominal voltage networks: 220/380V, 230/400V, 240/415V, with frequency 45...65Hz Short circuit impedance measurement with 15mA current, without RCD trip. Detection of L and N change in the plug and automatic change of the meter. Measurement of low voltage resistances of protective circuits and contacts Resistance measurement with current of ±200mA Cable calibration - any cable length can be used Quick check of correct connection of the PE cable using a contact electrode. Measurement of main voltages and frequencies Powered by LR6 batteries or NiMH accumulators (optional) The device complies with IEC 61557. RCD measurement ZL-PE short circuit impedance ","permalink":"https://amperis.com/en/products/ohmmeters/loop-impedance-meter-amzc304/","title":"Short Circuit Loop Impedance Meter AMZC-304"},{"content":"The TC4 and TC8 series are the new Amperis thermographic cameras, with 160x120 and 384x288 sensors respectively. New concept of camera more ergonomic and practical that gives us an image with 3 million pixels and a 3.6\" touch screen. It also incorporates the option of real time data transmission, very appreciated in the field of science and industrial control.\nTC4 / TC8 - Ideal camera for preventive maintenance\n3 million pixels. New impact resistant sensor technology. 6\" touch screen Double LED improves the quality of the captures Fusion between infrared and daylight image Bluetooth audio transmission Features ","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/predictive-maintenance-infrared-cameras-tc4-8-series/","title":"TC4/TC8 Series Preventive Maintenance Thermal Imaging Cameras"},{"content":"The only meter on the market that implements all measurement methods:\nTechnical method of 2, 3 or 4 poles\nDrive method (4/10μs, 8/20μs, 10/350μs).\nDouble-clamp method without the need for auxiliary electrodes.\nSoil resistivity.\nIt allows the following measurements to be made:\nGrounding resistance using auxiliary electrodes Grounding resistance using auxiliary electrodes and tweezers (for multiple grounding measurements). Grounding resistance using double clamps (for grounding measurements when auxiliary electrodes cannot be used). Soil resistivity (using Wenner's method). Current using clamps (e.g. leakage) as well as elastic clamps (harmful current). Measurement of the continuity of compensating and protective connections (complying with IEC 60364-6-61:2000 pt. 6.12.2) with self-neutralisation function - by means of current 200mA It allows the following measurements to be made:\n","permalink":"https://amperis.com/en/products/tellurometers/amru-200/","title":"Telurometer AMRU-200"},{"content":"\rTable of Contents\nWhat you can try\rOperating mechanism\rAuxiliary circuit\rTypes of tests (application)\rTime measurement\rDefinitions (IEC 62271-100):\rDefinitions (IEC 62271-100): 3.7.136\rMain contact operating time measurement\rSafety\rBoth sides grounded on AIS (live tank)\rBoth sides Grounding timing on the dead tank circuit breaker\rBoth sides grounded in GIS (gas insulated substation) CB\rContact resistance (static)\rBoth sides grounded\rSafety reasons\rCurrent clamp\rDynamic resistance measurement\rDRM - measuring principle\rCase Study 1 - DRM Test\rCase study 2\rTesting of the operating mechanism\rExamples of transducer mounting:\rMotion and velocity measurement - graphical analysis\rMotor load time and current Parameters:\rWhat you can try\rMain Circuit\n","permalink":"https://amperis.com/en/products/switch-testing/","title":"Testing and checking of switches"},{"content":"RMO-H MICROMETER SERIES\nPortable - only 0.95 kg / 2.1 lbs Powerful - regulated current up to 300 A DC Automatic test current ramp High capacity battery operated Measurement range 0.1 μΩ - 2000 mΩ Typical accuracy ± (0,1 % rdg + 0,1 % FS) BSG measurement (both sides grounded) Description\nThe RMO-H series contains two models;\nRMO-H2 (test current up to 220 A DC),\nRMO-H3 (test current up to 300 A DC), hereinafter referred to as \"RMO-H\".\n","permalink":"https://amperis.com/en/products/switch-testing/microhmmeters/rmo-h/","title":"The lightest micro-ohmmeter in the industry - RMO-H"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/5kv/","title":"Up to 5kV"},{"content":"We are dedicated to state-of-the-art instrumentation for the diagnosis and testing of electrical substations, which makes us specialists in our sector.\n","permalink":"https://amperis.com/en/services/specialists/","title":"Specialists"},{"content":"The APQM-711 wave quality analyzer enables measurement, analysis and recording of 50/60 Hz network parameters and wave quality diagnostics according to EN 50160. The APQM-711 is an innovative and unique model, it has Wi-Fi communication with the included tablet. The tablet allows all operations to be carried out remotely and with its 10\" touch screen it is very easy to operate. From the tablet you can operate the analyzer intuitively and quickly, we can also perform the preview of live data and reading and analyzing data stored in internal memory.\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-apqm/apqm710-711/","title":"APQM-711 wave quality analyzer"},{"content":"REMARKABLE FEATURES:\nHigh-sensitivity UV detector, which can detect UVc light at 2.05×10-18 Watt/cm2, this allows detection of the smallest corona discharges.\r9Hz (or 25Hz optional) IR radiometric camera module\rControl of a limited number of camera functions from a standard RC controller using PWM or SBUS.\rRemote control of all camera functions from the laptop via an Ethernet link.\rSoft sync or staggered zoom of the 3 channel cameras. The IR and UV channels are digitally zoomed in, which is visible...optically zoomed in to the minimum FOV, and then digitally zoomed out.\rManual or automatic focus for the visible channel, UV and IR channels have manual focus or can be synchronized with the visible channel.\rOn-board still images, video and radiometric data recording in high quality formats.\rFast setup and startup avoids the need for power-saving modes.\rThe On Screen Display (OSD) shows all relevant data information.\rEasy operation of the camera via a multi-function keypad.\rManual or automatic exposure of visible and IR (level) cameras, UV (gain) is manually adjusted.\rIntegrated GPS with internal and external booster antenna\rMetadata recording of camera settings and measurements in addition to manually entered environmental variables: distance, air temperature, air pressure, ambient humidity and wind speed.\rUltraviolet ray intensity sampling box.\rThe UV overlay colors have 6 presets or 255 selectable tone levels.\rControl of translucency of the UV overlay.\rUV threshold, integration control and noise reduction\r14 IR color palettes with contrast isotherms.\rAuto or Manual IR Span.\rIntegrated LED flashlight and optional laser pointer\rUpdating the camera software by downloading to the SD card.\rUSB port for media download and Ethernet port for remote control.\r15 months warranty.\rSPECIFICATIONS\n","permalink":"https://amperis.com/en/products/cameras/corona-effect-cameras/corocam-8uav/","title":"CoroCAM 8 UAV"},{"content":"","permalink":"https://amperis.com/en/products/cameras/","title":"Infrared and Corona Effect Cameras"},{"content":"Mini Degasser AE865C\nThis lightweight cart mounted Mini-Degasser uses the latest high vacuum technology for filtering, dewatering and degassing of insulating and dielectric fluids. The equipment is ideal for processing oil in transformers and other similar locations.\nFeatures\nRange:\nThe scope of supply of this specification should include the design, manufacture and factory testing of Amperis model AE865C The system, when received by the purchaser, must supply a fully functional unit and must comply with the agreed specifications. Amperis shall provide all physical criteria, mechanical and electrical connections, piping diagrams and all data necessary for the use and maintenance of this equipment. Prior to shipment of the equipment, Amperis must provide a copy of the instruction manual, which will also be included with the shipment of the equipment. The manual shall contain the following: Detailed operating instructions Maintenance Information Diagrams of the equipment (electrical, flow, physical criteria,... ) A list of recommended spare parts Characteristics:\n","permalink":"https://amperis.com/en/products/transformers-testing/mini-degasifier-ae865c/","title":"Mini Degasifier AE865C"},{"content":"Short circuit loop measurement:\nimpedance measurement with 23 A (44 A phase-to-phase), short circuit resistance Rzw=10Ω, measuring range: 95...440V, frequency 45...65 Hz, Measurement of short-circuit loop with resolution 0,01Ω, without actuation of the differential protections (IΔn≥30mA),\nautomatic short-circuit calculation, phase-neutral and phase-phase voltage detection UNI-Schuko plug-in connection for automatic measurement AGT adapter for measurements in three-phase networks. Testing of differential, general and selective protections for 10, 30, 100, 300, 500 and 1000 mA differential current also in IT isolated systems\n","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/mpi530-it/","title":"MPI-530-IT Multifunction Meter"},{"content":"The Rapidox 3100-Z range includes precision single, dual and triple gas analysis instruments providing powerful functionality and extensive features. Designed for process, research and development applications, this gas analyser range has proven very popular with universities and research institutes worldwide.\nTypical gas analysis configurations include a combination of oxygen and another gas. However, other compatible gas sensors arrangements can be specified. Measurable gases include oxygen (O2), carbon dioxide (CO2), carbon monoxide (CO), hydrogen (H2), moisture (H2O), ethylene (C2H4), chlorine (Cl2), methane (CH4), nitrous oxide (N2O), nitric oxide (NO), ammonia (NH3), sulfur dioxide (SO2) and ozone (O3) to suit the application.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/multigas-analyser-rapidox-3100z/","title":"Multigas Analyser Rapidox 3100Z"},{"content":"Extremely Advanced Technology for Critical Measurements\nFrom the Industrial Giants, Fortune 100 companies to municipal utilities, an energy management and power monitoring program is critical to their success. The Nexus® 1500, the most advanced monitoring product, provides the global picture of power quality and usage from any metered point within a distribution network, enabling users to make power-related decisions quickly and effectively.\nTechnology designed specifically for Electricity Companies and Industry. Real-time Power Quality Monitoring and Analysis for rapid event detection. Peak Demand Management and Energy Efficiency. Reliable access to all information via Ethernet or Serial Communications Advanced Transient Analysis for Critical Power Systems The ideal solution for monitoring Transformers and Switches.\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/serie-nexus/nexus-1500/","title":"Nexus 1500 wave quality analyzer"},{"content":"The PXDP-II partial discharge meter is a portable device that performs detection and measurement of partial discharges in electrical devices or components. It records partial discharge measurements for analysis and diagnosis through the optional PC software. The PXDP-II can be used in various applications and complies with IEC 60270.\nThis measuring system is a powerful and flexible partial discharge measuring tool. Early detection of developing faults and timely repair improves network reliability and is a cost-effective way to manage maintenance. PD testing is a powerful predictive and qualitative analysis tool that warns of possible future system failure.\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/pxdp2/","title":"Partial discharge detector PXDP-II"},{"content":"","permalink":"https://amperis.com/en/products/prices/cameras/","title":"Prices Infrared and Corona Effect Cameras"},{"content":"","permalink":"https://amperis.com/en/products/prices/switch-testing/sf6/","title":"Prices SF6"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/10kv/","title":"Prices Up to 10kV"},{"content":"RMO SERIES TD\nMeasuring the dynamic resistance of the tap changer under load\n3 resistance measurement channels\n1 temperature measurement channel\nAutomatic resistance measurement\nHeating test\nTap changer motor current monitoring channel\nBuilt-in tap switch control module\nThree models: RMO25TD, RMO40TD, RMO60TD\nDescription\nThe RMO-TD Series On-Load Tap \u0026amp; Winding Resistance Analyzer is designed for the measurement of winding resistance of inductive elements, and for tap changer analysis. The RMO-TD series is based on the latest technology, using the most advanced switching technology available today. The RMO-TD series is accurate (0.1%), powerful (up to 60 A) and lightweight. It generates true, ripple-free DC current with automatic metering control and a discharge circuit.\n","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/rmo-td-series/","title":"RMO TD Series"},{"content":"","permalink":"https://amperis.com/en/products/switch-testing/sf6/","title":"SF6"},{"content":"The TC706 displays and signals SF6 gas leaks, without the need to de-energize high-voltage equipment or stop operation. The portable camera also highly improves operator safety by detecting emissions at safe distances and helping to protect the environment by detecting the leakage of environmentally harmful gases into the atmosphere.\nSF6 is used in the electrical industry as insulation and coolant in substation switchgear.\nTC706 - Great choice for Gas Leak Detection\n","permalink":"https://amperis.com/en/products/cameras/infrared-camaras/gas-detection-tc706/","title":"SF6 Gas detection thermographic camera TC706"},{"content":"SF6 gas recovery unit AGRU-7 We developed the AGRU-7 for our customers, who needed more storage and retrieval capacity than with smaller trolleys, but without the high volume and price of wheeled equipment. The equipment is designed to recover, temporarily store, condition and provide SF6 gas. The equipment is designed for field use in insulated metal-clad switches, bus ducts and individual switches. The AGRU-7 SF6 Gas Handling Equipment is fully assembled on two heavy duty wheels, which are sufficiently reinforced to minimize vibrations. The trolley is completed with an eyebolt, hose with hook and power cable.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/sf6-gas-recovery-unit-agru7/","title":"SF6 gas recovery unit AGRU-7"},{"content":"The most important features of the AMZC-305 are\nShort-circuit impedance resolution of 0.01Ω Measurement of short-circuit impedances without breaker trip \u0026gt; 30mA with resolution 0.01Ω (100...440V) Installation measurement range: 110/190V, 115/200V, 127/220V, 220/380V, 230/400V, 240/415V, 290/500V and 400/690V (range 100...750V) Short circuit current indicator Voltage measurement up to 750V and up to 250V with 0.1V resolution Measurement with Uni-Schuko adapter or 1.2; 5; 10 and 20m cables Memory for 990 results USB connection for PC Powered by rechargeable or disposable batteries (4xAA) Short circuit impedance measurement ZL-PE ,ZL-N ,Z L-L ","permalink":"https://amperis.com/en/products/ohmmeters/loop-impedance-meter-amzc305/","title":"Short Circuit Loop Impedance Meter AMZC-305"},{"content":"SA10 SWITCH TESTER\nThe SA10 equipment is designed to be used together with a personal computer even in those cases where fundamental tests can be performed without human presence (standalone).\nThere are many advantages to using a personal computer: versatility, customized solutions, simplicity...\nJust take the computer to your office, select the tests, analyze test results, print test reports, etc.\nTogether with the BTS11 software, a personal computer and a printer, this is the most reliable, capable, accurate and easy-to-use field switch test equipment available on the market. Experienced engineers and service personnel have used the SA10 for many years in some of the world's harshest environments and have given it a good positioning in the world market.\n","permalink":"https://amperis.com/en/products/switch-testing/switch-testing/sa10/","title":"Switch Analyser SA10"},{"content":"The only meter on the market that implements all measurement methods:\nTechnical method of 2, 3 or 4 poles\nDrive method (4/10μs, 8/20μs, 10/350μs).\nDouble-clamp method without the need for auxiliary electrodes.\nSoil resistivity.\nIt allows the following measurements to be made:\nGrounding resistance using auxiliary electrodes Grounding resistance using auxiliary electrodes and tweezers (for multiple grounding measurements). Grounding resistance using double clamps (for grounding measurements when auxiliary electrodes cannot be used). Soil resistivity (using Wenner's method). Current using clamps (e.g. leakage) as well as elastic clamps (harmful current). Measurement of the continuity of compensating and protective connections (complying with IEC 60364-6-61:2000 pt. 6.12.2) with self-neutralisation function - by means of current 200mA It allows the following measurements to be made:\n","permalink":"https://amperis.com/en/products/tellurometers/amru-200-gps/","title":"Telurometer AMRU-200 GPS"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/10kv/","title":"Up to 10kV"},{"content":"Our equipment has been sold in 58 countries, demonstrating the quality and reliability of our entire product portfolio.\n","permalink":"https://amperis.com/en/services/multinational/","title":"Multinational"},{"content":"Much more than a multi-function meter\nthe largest 7\" touch panel on the market - outstanding ergonomics and ease of use\rremovable microSD card - easy increase of memory capacity\rlithium-ion battery - longer meter operation\rpossibility to add a voice memo or a photo to the measurement - multimedia description of the measurement site*\rmeasurement of all parameters of the protection against electric shock - one instrument instead of several\rfast fault loop measurement with RCD switch without disconnection (up to several seconds) - time saving\rself-test - possibility of automatic measurements in one sequence* - simplification of measurements\rquick path from measurement to report - time saving\rthree-phase recording of power network parameters - basic diagnosis of power quality\rreading of current network parameter data - immediate evaluation of the device being studied\rparameters measured in class S of EN 61000-4-30 - high measurement accuracy\renergy loss calculator * - quick diagnosis of potential savings\rProduct features This instrument can be used to carry out all measurements on demand electrical installations in accordance with the regulations in force:\n","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/mpi540/","title":"AMPI-540 Multifunctional Electrical Installation Parameter Meter"},{"content":"ARFU-2 SF6 Gas Filling Regulation Unit\nThe ARFU-2 is very light and robust, consisting of a portable gas evacuation unit for switches, and also a regulating unit for SF6 gas filling by the use of cylinders.\nSpecifications\nVacuum capacity: (optional upgrade)\n10 m3/h (60Hz - 110V) \" 17 m3/h 8,5 m3/h (50Hz - 220V) \" 14 m3/h Weight: 69 lbs - 31 Kg Dimensions: 60''x24''x16'' - 1500x600x400 mm - (H x W x D) ","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/gas-filling-regulation-sf6-arfu2/","title":"Gas Filling Regulation Unit ARFU-2 SF6"},{"content":"The Rapidox 5100 Multigas Analyser is a high specification portable instrument designed for the analysis, control and monitoring of gas in a wide range of applications including; biogas, syngas, anaerobic digestion and fermentation processes.\nUp to six gases are simultaneously measured using a range of high precision gas sensors; each sensor is specially designed and calibrated to avoid cross interference effects with background process gas, Safety is ensured by the inclusion of flashback arrestors in the gas measuring circuit where required.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/multigas-analyser-rapidox-5100/","title":"Multigas Analyser Rapidox 5100"},{"content":"Partial discharges\rIn electrical engineering, a partial discharge is a very localised breakdown of the dielectric strength of liquid or solid insulation. In contrast to the corona effect, which manifests itself in conductors or overhead switchgear in a more or less stable form, partial discharges are much more sporadic in nature.\nMechanism of discharges\rPartial discharges ordinarily start in gaps, cracks or foreign elements in solid insulation, at interfaces between solid and liquid insulation (or between two insulating materials), or between conductor and insulation or in bubbles in liquid insulation. Partial discharges reduce the distance between live elements but only in the portion of the insulation affected.\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/","title":"Partial Discharge Detection"},{"content":"","permalink":"https://amperis.com/en/products/prices/partial-discharge-detector/","title":"Prices Partial Discharge Detection"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/15kv/","title":"Prices Up to 15kV"},{"content":"RMO TW SERIES WINDING OHMMETER\nThree resistance measurement channels\nOne temperature measuring channel\nAccuracy: (0.1% rdg + 0.1% F.S.)\nLight\nOn-load tap changer verification\nAutomatic resistance measurement for the Heat Run test\nAutomatic and fast demagnetization\nAutomatic discharge circuit\nResistance measurement of transformers, rotating machines and non-inductive objects\nFour models: RMO10TW, RMO20TW, RMO30TW, RMO50TW\nDescription\nThe RMO-TW instrument can perform a simple, fast and reliable verification of a transformer on-load tap changer. This instrument allows measurements of a winding resistance at each tapping position of an on-load tap changer without discharging between tests. Problems with OLTC switching, such as interruption, can be detected with these measurements. The results are displayed on a backlit LCD screen.\n","permalink":"https://amperis.com/en/products/transformers-testing/winding-ohmmeters/rmo-tw-series/","title":"RMO TW Series"},{"content":"The most important features of the AMZC-306 are\nShort-circuit impedance resolution of 0.01Ω Measurement of short-circuit impedances without breaker trip \u0026gt; 30mA with resolution 0.01Ω (100...440V) Installation measurement range: 110/190V, 115/200V, 127/220V, 220/380V, 230/400V, 240/415V, 290/500V and 400/690V (range 100...750V) Short circuit current indicator Voltage measurement up to 750V and up to 250V with 0.1V resolution Measurement with Uni-Schuko adapter or 1.2; 5; 10 and 20m cables Memory for 990 results USB connection for PC Powered by rechargeable or disposable batteries (4xLR14) Short circuit impedance measurement ZL-PE ,ZL-N ,Z L-L ","permalink":"https://amperis.com/en/products/ohmmeters/loop-impedance-meter-amzc-306/","title":"Short Circuit Loop Impedance Meter AMZC-306"},{"content":"The PULD-40 is a versatile and highly accurate ultrasonic inspection system designed to meet the needs of our customers.\nObjective: To locate electric arcs and corona effects.\nArcs and corona effects emit sound and ultrasound. The PULD-40 allows the conversion of ultrasounds into sounds audible to the human ear. Corona effects manifest themselves in the form of a blue light on a conductor [Learn more about corona effects in the section Corona Effect Chambers].\n","permalink":"https://amperis.com/en/products/partial-discharge-detector/puld-40/","title":"Ultrasonic inspection system PULD 40"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/15kv/","title":"Up to 15kV"},{"content":"AEHV Oil Degasser\nThe most important application of the high-vacuum degasser is in the field of high-voltage transmission and in the manufacture of electrical devices. In addition, the high vacuum process is used in the degassing of oil cables including poly-butanes. Outside the electrical industry, this process is used for the dehydration and degassing of oil for radar and electronic equipment, oil-sealed vacuum pumps, brake fluids, cooling oils - including phosphate esters and silicones. Amperis offers the AEHV Oil Degasser designed for maximum job efficiency, expertly proven performance, requires minimal maintenance and is fully serviced. All this is thanks to the full support of Amperis' specialist technicians, plus the \"know-how\" and thorough research that makes the AEHV a Unique Degasser. Designed for unattended operation and suitable for operation on energized equipment - full equipment monitoring is an option.\n","permalink":"https://amperis.com/en/products/transformers-testing/vacuum-oil-purifiers-aehv/","title":"Vacuum Oil-Purifiers AEHV"},{"content":"To demonstrate our commitment we have registered as a producer of electronic equipment with the Ministry of Industry and a foundation has been contracted to recycle the equipment.\n","permalink":"https://amperis.com/en/services/green/","title":"Committed to the environment"},{"content":"The most important features of the AMZC-310S are\nMeasurement of very small short-circuit loop impedances (with resolution of 0,1mΩ) using the current of 150A under 230V, maximum 280A under 440V, or measurement using the current of 23A under 230V, maximum 42A under 440V:\nMeasurements on networks with rated voltages: 220/380V and 230/400V at 45...65Hz frequencies Allows measurement on short circuit: phase-phase, phase-protection, phase-neutral Distinction between phase and interphase voltage when calculating the short-circuit current Allows to change the length of the measuring wires (measurement 23/42A) Four-wire method, no conductor calibration required (150/280A measurement) Measurement of the expected contact voltage or the shock contact voltage (with resistor from 1kΩ) Measurement of alternating voltage 0...440V Memory of 990 results and option to send them to the PC Device meets the requirements of EN 61557 Measurement of short-circuit loop parameters by current\nstandard (2p, I =42A) ","permalink":"https://amperis.com/en/products/ohmmeters/amzc-310s/","title":"High Current Short Circuit Loop Impedance Meter AMZC-310S"},{"content":"**The Rapidox SF6 6100 Portable is designed for controlling and monitoring the quality of SF6 in medium and high voltage gas insulated electrical equipment.**\nExceptional accuracy and stability are provided when measuring the purity of SF6 gas, through specially selected sensors. The modular configuration allows for up to eight compatible gases to be analysed, simultaneously, with one analyser.\nA gas output nozzle allows for the analyser to be attached to the Rapidox Gas Recovery Bag, ensuring that all sampled SF6 gas is recovered.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/portable-gas-analyser-rapidox-6100/","title":"Portable gas analyser rapidox 6100"},{"content":"","permalink":"https://amperis.com/en/products/prices/relay-testing/","title":"Prices Relay testing, testing and verification"},{"content":"","permalink":"https://amperis.com/en/products/relay-testing/","title":"Relay testing, testing and verification"},{"content":"SF6 recovery equipment AGRU-4\nThis SF6 recovery unit is specially designed to serve small volume SF6 equipment. With this unit you can perform all the processes necessary for SF6 maintenance. The equipment is designed to recover, temporarily store, condition and provide SF6 gas. The equipment is designed for field use in insulated metal-clad switches, bus ducts and individual switches. The AGRU-4 SF6 Gas Handling Equipment is fully assembled on two heavy duty wheels, which are sufficiently reinforced to minimize vibrations. The trolley is completed with an eyebolt, hose with hook and power cable.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/sf6-gas-servicing-equipment/recovery-equipment-gas-sf6-agru4/","title":"SF6 recovery equipment AGRU-4"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/","title":"Insulation resistance meters"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/","title":"Prices Insulation resistance meters"},{"content":"The Rapidox SF6 6100 Pump Back is a fully-automatic zero-emissions SF6 gas analyser, designed for controlling and monitoring the quality and purity of gas used in high voltage switchgear, circuit breakers and transformers.\nExceptional accuracy and stability are provided when measuring the purity of SF6 gas, through specially selected sensors. The modular configuration allows for up to eight compatible gases to be analysed, simultaneously, using one analyser. The Rapidox is fully compatible with mixtures of SF6 CF4, N2 and air, together with toxic contamination gases such as SO2, HF, H2S and CO. The unit also measures the water content of the gas in dewpoint or ppm to ensure dryness is acceptable.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/pump-back-gas-analyser/","title":"Rapidox 6100 pump back gas analyser"},{"content":"","permalink":"https://amperis.com/en/products/multifunction-meters-electrical-installations/","title":"Multifunction meters for electrical installations"},{"content":"The Rapidox 7100 Multigas Analyser is a high specification instrument designed for the analysis, control and monitoring of process gas in a wide range of industries.\nUp to six gases are simultaneously measured using a range of high precision gas sensors; each sensor is specifically designed and calibrated to avoid any cross-interference effects with the background process gas. Measurable gases include oxygen (O2), carbon monoxide (CO), carbon dioxide (CO2), ozone (O3), moisture (H2O), hydrogen (H2), hydrogen sulphide (H2S), nitric oxide (NO), nitrogen dioxide (NO2), nitrous oxide (N2O), sulphur dioxide (SO2), chlorine (Cl2), methane (CH4), ethylene (C2H4) and many more. View the sensor matrix for more information.\n","permalink":"https://amperis.com/en/products/switch-testing/sf6/gas-analysers/multigas-analyser-rapidox-7100/","title":"Multigas Analyser Rapidox 7100"},{"content":"","permalink":"https://amperis.com/en/products/prices/multifunction-meters-electrical-installations/","title":"Prices Multifunction meters for electrical installations"},{"content":"","permalink":"https://amperis.com/en/products/prices/insulation-resistance-meters/1kv/","title":"Prices Up to 1kV"},{"content":"","permalink":"https://amperis.com/en/products/insulation-resistance-meters/1kv/","title":"Up to 1kV"},{"content":"","permalink":"https://amperis.com/en/products/prices/tellurometers/","title":"Prices Tellurometers"},{"content":"Applications of Tellurometers\nGeneral information on the measurement of earthing resistance and the applications of tellurometers.\nIn summary, some concepts of earthing measurement are presented.\nA good earthing system is necessary to maintain the safety of the people who work or are in contact with the installations, as well as to keep the different equipment of the electrical network in optimum operating conditions.\nThe different grounding and earth resistivity measurements are intended to guarantee the above, not only under normal operating conditions, but also in the event of any circumstances that may affect the insulation of the lines.\n","permalink":"https://amperis.com/en/products/tellurometers/","title":"Tellurometers"},{"content":"What are Submeters AND WHY use them? Submeters are meters used to determine the amount of energy used within specific areas of a building. The energy measurements are then used to allocate or bill for electrical usage by tenants or departments within the building. Benefits of Submetering?\nSubmetering Saves Energy. Submetering buildings produces an annual savings of up to 18-30% of total tenant electrical consumption in the first year.\nSubmetering Energy Savings Persist Over Time. Submetering savings are maintainable over long periods of time because: (a) Conservation is reinforced by the resident's receipt of an electric bill. (b) Residents will invest in efficiency (e.g., more efficient refrigerators and lighting) because they will reap the benefits directly.\n","permalink":"https://amperis.com/en/products/electric-panel-multimeters/","title":"Power network analyzers"},{"content":"","permalink":"https://amperis.com/en/products/prices/electric-panel-multimeters/","title":"Prices Power network analyzers"},{"content":"","permalink":"https://amperis.com/en/products/ohmmeters/","title":"Ohmmeters"},{"content":"","permalink":"https://amperis.com/en/products/prices/ohmmeters/","title":"Prices Ohmmeters"},{"content":"Other Measuring equipment categories\n","permalink":"https://amperis.com/en/products/other-measurements/","title":"Other measurements"},{"content":"","permalink":"https://amperis.com/en/products/prices/other-measurements/","title":"Prices Other measurements"},{"content":"An oxygen analyser is a device used to measure the concentration of oxygen in a gas or liquid sample. It is used in a wide variety of applications in different industries. Some of the most common uses are:\n1. medical monitoring: oxygen analysers are used in medical environments, such as hospitals, clinics and laboratories, to measure the concentration of oxygen in the blood of patients. These measurements are important for the diagnosis and treatment of respiratory and cardiac diseases.\n","permalink":"https://amperis.com/en/resources/news/sale-o2-analyser-rapidox-applications/","title":"Sale of a rapidox1100zf oxygen analyser to a university. Applications of oxygen analysers."},{"content":"These devices are common in the field of electrical engineering and are used to test and verify the electrical properties of transformers and coil windings. I will provide an overview of each of these devices:\nTransformer Ratio Meter\rA transformer ratio meter is a device used to measure the voltage ratio between the primary and secondary windings of a transformer. This is crucial to ensure that the transformer operates efficiently and safely. The meter usually displays the transformation ratio as a numerical ratio, such as 2:1, 3:1, etc.\n","permalink":"https://amperis.com/en/resources/articles/transformer-ratio-testers-winding-resistance/","title":"Transformer ratio testers and winding resistance testers"},{"content":"Battery rectifiers' are devices that are used to charge and maintain batteries, especially in industrial or power applications. A rectifier is a device that converts alternating current (AC) to direct current (DC) by periodically changing the direction of the current. Battery rectifiers are essential for charging batteries, as most batteries require direct current to charge effectively.\nIn the context of battery charging, rectifiers are used in combination with chargers to provide the DC current needed to charge batteries. Battery chargers typically provide a specific voltage and current to ensure that the battery is charged correctly and safely.\n","permalink":"https://amperis.com/en/resources/articles/application-battery-rectifiers/","title":"Application of battery rectifiers"},{"content":"Just as a computer understands only binary language, similarly batteries only emit AC (alternate current). But the electronic appliances like consumer electronics require DC (direct current). Therefore, there is a need to convert AC into DC. For this important function, there is an instrument called battery rectifier. It is used for appliances that require direct current source that is a battery and transforms AC into DC. It facilitates the consistent and uninterrupted flow of power for some time in the absence of power/electricity.\n","permalink":"https://amperis.com/en/resources/articles/battery-rectifier-review/","title":"Amperis battery rectifier review"},{"content":"In this article we present the Amperis-3561 energy meter, a portable device with a color touch screen that performs an intelligent measurement and analysis of energy according to the EN 50160 standard with a frequency test up to 1000Hz.\nThe equipment has a digital oscilloscope that checks the waveform of the voltage and current signal and is analyzed with the included software. The recording time interval is adjustable between 1 and 30 seconds. It can test voltages and three-phase currents and potential null line current and can also perform power tests, three-phase apparent power, active power, reactive power, power factor and three-phase electric power. Registers up to 50 times the harmonic test with frequency spectrum graph, at least 40 times the surge current and records up to 40 times the buckling and swell. It has a long-term record of the power quality parameter.\n","permalink":"https://amperis.com/en/resources/articles/energy-quality-analyzer-AMPERIS-3561/","title":"Energy quality analyzer AMPERIS-3561"},{"content":"These devices are common in the field of electrical engineering and are used to test and verify the electrical properties of transformers and coil windings. I will provide an overview of each of these devices:\nTransformer Ratio Meter\rA transformer ratio meter is a device used to measure the voltage ratio between the primary and secondary windings of a transformer. This is crucial to ensure that the transformer operates efficiently and safely. The meter usually displays the transformation ratio as a numerical ratio, such as 2:1, 3:1, etc.\n","permalink":"https://amperis.com/en/resources/articles/transformer-ratio-testers/","title":"Transformer ratio testers and winding resistance testers."},{"content":"Also known as ground resistance meters, these devices are used to measure and test the grounding for ensuring the safety of the workers doing operations on that particular ground. Simplifying the concept, let us take the example of a newly constructed house. As we need to electrically equip the house with switches, meter and change over, there has to be a good relationship between the earth and the electrodes or electricity points connected to it. Henceforth, to ensure sufficient electrical continuity between conducting apparatus and earth, testing of Earth resistance becomes essential. To understand the working of this meter, meaning of important terms associated with the subject matter is essential to be looked upon.\n","permalink":"https://amperis.com/en/resources/articles/earth-resistance-meters-review/","title":"Earth resistance meters review"},{"content":"Amperis Products SL, in its search to offer its customers the most complete and highest quality equipment, presents the CAT I and CAT II series, easy to operate analyzers and switch timers, with a simple and robust design for field use . These relay test equipment allows us to obtain an accurate measurement in high voltage environments. With these analyzers measurements of time and movement are made, as well as voltage and current. The great advantage of these circuit breaker test equipment, besides its versatility, is the detailed analysis of the results obtained in the tests through the DV-Win software. In addition, the CAT II Series features the BSG (both sides grounded), allows the measurement of dynamic resistance and incorporates a micro ohmmeter up to 500A.\n","permalink":"https://amperis.com/en/resources/articles/new-circuit-breaker-analyzers-relay-timers/","title":"New circuit breaker analyzers and relay timers"},{"content":"\rMarch 21, 2018\nIn the offices of Amperis we had this week the visit of Anton Kaeslin, the person in charge of Europe of Eletro Industries. This visit has served to strengthen commercial links between the 2 companies which have been working together for years and to unify criteria in order to obtain a greater turnover and presence in southern Europe.\n","permalink":"https://amperis.com/en/resources/articles/visit-electroindustries/","title":"Visit of Electro Industries"},{"content":"\nAt Amperis, we are committed to providing our clients with all sorts of instrumentation and testing solutions. Ranging from high voltage testing equipments to gas recovery units, our instruments are reliable, easy to use and most importantly, safe to operate.\nThese SF6 gas recovery units from AGRU-8 series are easy to operate, trustworthy and efficient.\nMore about SF6 Gas recovery units from AGRU-8 series:\nSF6 gas is a great electrical insulator. Employing SF6 gas in switchgears is found to be a more effective method than relying on air or vacuum for dielectric functions. SF6 gas not only provides insulation, it provides the kind of stable operation at routine pressure levels that vacuum cannot provide.\nThat being said, SF6 gas has a high degree of greenhouse effect associated with it. Hence, simply releasing this gas into atmosphere is not only utterly unprofessional but also very dangerous for our planet. That’s where the SF6 gas recovery units from the AGRU-8 series come in. These units are extremely effective in utilising the negative pressure (partially or wholly) provided by gas absence in switchgears to extract and store traces of SF6 gas in the provided storage tanks. Thus, you can ensure that you maintain an efficient and environment-friendly operation while saving SF6 gas for future usage after purification.\nThe operation of AGRU-8 series units is very simple and convenient. The operation consists of a simple 2-valve system that can be used to recover up to 99.99% of SF6 gas in one cycle.\nThe operation schematic is given below: ","permalink":"https://amperis.com/en/resources/articles/sf6-gas-recovery-unit/","title":"SF6 gas recovery unit"},{"content":"The measurement of a solution’s ability to conduct electricity is called conductance. All aqueous solutions conduct electricity to some extent. Using electrolytes like salts, acids or bases to transparent water helps boosts the conductivity and naturally decrease the resistance. Liquid Conductivity\nIt is a measurement of charged particles, known as ions which freely roam around in the liquid. More the ions, more the conductivity Liquids containing compounds which completely break apart into ions also have high conductivity. It is highly dependent on temperature. Unlike metals, increase in temperature results in the increased conductivity of the electrolytes. Note: Conductivity meters must be compared with the standards to provide accurate results.\nIt is very important to accurately determine the conductivity of any liquid so as to find out what is the electric strength of a liquid or what amount of electricity it can accommodate. For that purpose a metric device is required to tell that up to what extent, the liquid is conductive; in other words, the conductance.. That device is called liquid conductivity meter.\n","permalink":"https://amperis.com/en/resources/articles/liquid-conductivity-meter-review/","title":"Liquid conductivity meter review"},{"content":"Science has carved out a niche for itself in every iota of mankind and so has it’s inventions. Various man-made products have been acting as life savers and security providers. One such important equipment used widely in the industry is Load Resistor Bank.\nFor the clarity of this term we need to articulate first the meaning of a load bank.\nWhat is a load bank?\rA load bank is an instrument which forms an electrical load, formulates that load to an electrical power system, converts it and delivers the required end output to that system. Used to test the power sources like generators and batteries, it actively performs its role of a power protection system. Moreover, it is a standard practice to use load banks in laboratories, industrial testing facilities and telecommunication facilities for the maintenance of batteries. Load resistor bank This is the most common type of a load bank. When the electrical energy has to be deformed into heat, power resistors fetch the heat from the load bank by either air or water or by any forced means or convection. This creates a load which is suitable for this type of load bank.\nA load resistor bank is a powerful energy equipment which generates loading equivalent to, say generators and prime mover. This means that for every kilowatt of load given to generator by load bank, equal load is transferred to the prime mover by generator.\n","permalink":"https://amperis.com/en/resources/articles/quality-load-resistor-banks/","title":"Load resistor banks"},{"content":"In this article we define the tests that are performed on power transformers. And we will start by highlighting two indices that are the basic factors for judging the conditions of the transformer insulation: \"the absorption index\" and \"the polarization index\" (the higher these indexes, the better the insulation condition results). Let's analyze the following tests:\na) Power factor test: This factor is recommended for the detection of humidity and is the main criterion for judging the isolation of windings of a transformer. Amperis has a wide range of equipment related to the maintenance of transformers.\nThe power factor will always be the ratio between the losses (milliwatts) and the load (millivoltamperes); and the value obtained will depend only on the humidity and the temperature of the equipment under the conditions in which it is operating (regardless of the thickness or the area of ​​the insulation). Since the temperature of the unit under test, the results vary, the readings must be corrected to a reference Tº of 20ºc, that is why this is an alternating current test. The criteria to be followed to consider an acceptable value of power factor are the following: 0.5% of a new transformer up to 2.0% for a transformer contaminated or degraded in its insulation, always referred to 20ºc. If the value is higher than 2%, an investigation of the cause of the weak insulation is required (for example, penetration of water into the insulating oil).\n","permalink":"https://amperis.com/en/resources/articles/test-power-transformers/","title":"Test on power transformers"},{"content":"In every electrical device there is a complete circuit or we can say a series of inputs which contribute to the final output. In a circuit, the switch which is connected to the normal open part of a coil to make the bulb glow is called a Relay. A relay is an electro-mechanical and an electro-magnetic switch which uses electro magnetism, as clear from the definition, received by it from a small voltage or current coming from a plug to shift to large voltages or currents. Generally for normal circuits, small voltage is around 5V/6V/12V, 200mA and that of large one is around 110V/220V,16A as installed in routine use appliances in the households. It is an electronic component which works as a censor. By this it means that it turns the circuit on or off, whenever the power supply comes or goes, whatever the case may be. To name a few, it is extensively used in UPS systems in computers, inverters, car circuits, refrigerators, air conditioners etc.. It is responsible for the use of automatic power supply in case of power cut.\n","permalink":"https://amperis.com/en/resources/articles/protective-relay-testing/","title":"Protective relay testing"},{"content":"Batteries are a fundamental component in an emergency backup system or in an independent power network, so accurate battery monitoring helps optimize its life. This is where Amperis equipment comes into play. Thanks to the wide range of monitoring and charging systems, they allow an optimal maintenance and control of the batteries. Below we detail information about the general common loading procedure for all types of loaders:\nFirst, the electrolyte levels of all the cells must be checked. If these levels are below the top of the separators, they must be filled with distilled or deionized water to the top of the separators. If a constant current battery charger or a fast charge charger is used, the plugs or manifolds must be removed before charging. On the other hand if a constant voltage battery charger (smart battery charger) is used, it is not necessary to remove it. When connecting the battery charger to the battery, you should consult the information regarding the appropriate charging conditions depending on the charger. If the battery begins to release gas or if the temperature of the battery exceeds 50ºC, the load must be stopped, the charger must be disconnected, the gases must be exhausted, the electrolyte levels of all the cells must be checked and filled if necessary. In relation to the type of charger, it should be borne in mind that there are many types of chargers, of which we highlight:\n","permalink":"https://amperis.com/en/resources/articles/charging-procedure-battery-chargers/","title":"Charging procedure and battery chargers"},{"content":"\rComponents needed to run the test on Battery Discharger (BD):\nVoltmeter tester\rBattery (from 12V to the maximum possible for the BD)\rTroubleshooting\nA) Remove the 2 side panels and the cover. Check that all the connectors and connection are properly connected.\nPicture 1\rB) Connect the BD to the power supply with the battery disconnected.\nTurn on the main switch.\nCheck if the display lights.\n","permalink":"https://amperis.com/en/resources/articles/battery-discharger-troubleshooting-guide/","title":"Battery discharger troubleshooting Guide"},{"content":"Amperis in its continuous commitment to innovation, presents a new line of micrometers, the RMO-G series, which uses the most advanced switching technique to generate a curly-free continuous current, with automatically regulated test ramps. This micrometer eliminates the magnetic transients by increasing the current before measuring and decreasing it after the measurement. The equipment, thanks to a very efficient filtration, has a great capacity to cancel the electrostatic and electromagnetic interference in electric fields of HV. The whole is thermally protected and against overcurrents.\n","permalink":"https://amperis.com/en/resources/articles/New-series-micrometers-RMO-G/","title":"New series of micrometers RMO-G"},{"content":"The resistivity plays an important role for the electrical system to work properly. Resistivity is the resistance of the ground to the passage of electrical current. Compared to normal conductors, the earth has a very poor conductive power, but this resistance can be eliminated by converting the earth into a good conductor.\nThe resistance of the earth is measured to:\nDetermine the effectiveness of \"terrestrial\" networks and connections used in electrical systems in order to protect personnel and equipment.\rProspecting for good \"ground\" locations (low resistance).\rA grounding system plays a vital role in electrical safety, for the safety of people and for the protection of sensitive equipment from overvoltages. Hence the importance of the earth resistance meter that proves the correct functioning of the grounding system.\n","permalink":"https://amperis.com/en/resources/articles/electrical-installation-meter-and-earth-resistance-meter/","title":"Electrical installation meter and earth resistance meter"},{"content":"The batteries are a fundamental part for the good development and general reliability of a substation, since during a power cut, it is a priority that it can continue operating without the need for a stop. This is where the batteries come into play, providing energy at those specific moments; so the inability of a battery bank to provide enough voltage to the protection circuits can lead to catastrophic consequences. Therefore, it is essential that batteries are inspected regularly to monitor their condition and maximize their life.\n","permalink":"https://amperis.com/en/resources/articles/new-blu-series-dischargers/","title":"New BLU Series of Dischargers"},{"content":"The equipment\nThe Load Banks are devices designed for the supply of electric charges in order to prove the supply of electric power. They simulate variable conditions of electrical charge that can be controlled, measured and recorded accurately.\nThe objective of these devices is to test the power protection system (and components) under load conditions but without risk of supply to protected loads.\nThe equipment has a metallic armor, and is composed of large resistances with a heat dissipation system (cooling). It has fans that are responsible for evacuate the heat generated and a fairly complete electronics that allows load regulation in minimum jumps of up to 1kW. A software processes all the information collected during the test to subsequently report the generator's operation throughout the process.\n","permalink":"https://amperis.com/en/resources/articles/load-bank-test/","title":"Load bank test"},{"content":"Also named as battery emulator, this is a vital equipment for testing of battery chargers and battery-operated systems. Batteries of lithium ion (Li+), lithium polymer, nickel metal hydride (NiMH), nickel cadmium (NiCd), or lead-acid battery are often used in many portable electronic devices. These rechargeable instruments have charger circuits fit inside. When a charge and discharge current is added to the simulator, its voltage and current changes instantly due to its internal resistance. Hence, for testing these kind of devices, a battery simulator is needed.\n","permalink":"https://amperis.com/en/resources/articles/battery-simulator-review/","title":"Battery simulator review"},{"content":"The industrial rectifier is designed to supply safe and stabilized DC to the services that, due to its characteristics, require a reliable and uninterrupted power supply in the event of a possible power failure in the network. It is used for all applications that require a direct current source.\nIndustrial power supplies are based on an industrial rectifier that stands out for its hardiness and reliability, designed to power critical charges in DC or to charge any type of batteries. Industrial power supplies are based on standardized SCR and IGBT power converter technologies to provide high reliability, efficiency and cost-effectiveness. It is a safe equipment with digital control technology that adapts to any type and technology of battery and any voltage and current.\n","permalink":"https://amperis.com/en/resources/articles/battery-rectifier/","title":"Battery rectifier"},{"content":"Introduction\nJust like the battery simulator tests the operating system of the battery, Battery Discharger does the efficiency testing and analysis. Batteries of any voltage, type or capacity are tested as per the efficiency parameter. This equipment is programmed to discharge a battery with a constant amount of current which can be adjusted from 0 to maximum rated value while maintaining control on battery. It is simple to use and does not need any formal training for usage. Its operation is completely automatic.\n","permalink":"https://amperis.com/en/resources/articles/battery-discharger-review/","title":"Battery discharger review"},{"content":"As we know, proper maintenance of the battery helps to optimize its life cycle. The charger is the equipment that performs the recharge of the battery to fully recover the extracted energy, so it is important to optimize the battery life. Verify that the charging operation is carried out properly means that the battery charges faster and take more time to discharge. So electric traction vehicles (electric trucks, elevators, golf carts, material handling equipment, etc.) which the battery is recharged, will operate in optimal conditions.\n","permalink":"https://amperis.com/en/resources/articles/battery-simulator/","title":"Battery simulator"},{"content":"\rThe correct maintenance of batteries is essential to warn his exhaustion and to know when to replace it. With proper maintenance, we can avoid the battery failure. Each type of battery has several types of failure, depending on the type of battery. Some failures occur due to the use and others occur naturally, but proper maintained can reduce the risks of premature battery failure.\nWhether it is a lead-acid battery (flooded or VRLA) or a nickel-cadmium battery, you can work following several maintenance philosophies. The batteries can be replaced when they fail or replace them after a certain time, this being a very risky option, because the maintenance is very reduced or zero and the risk of failure sooner than expected is high.\n","permalink":"https://amperis.com/en/resources/articles/maintenance-industrial-batteries/","title":"Maintenance of industrial batteries"},{"content":"This is the most compact and rugged portable partial discharge analysis device on the market. The DRPD-15 has fifteen independent and highly sensitive user configurable input channels, delivering the industry's best signal-to-noise.\nThis analyzer has the ability to store test results from multiple objects for later analysis, without the need for gain adjustments.\nCharacteristics and benefits Designed with a robust, lightweight box and can be used in harsh environments. The DRPD-15 is powered by the current or thanks to its battery The design of the analyzer allows its independent operation or connected to a computer. The analyzer has noise cancellation. The DRPD-15 can analyze all types of electrical equipment: motors, generators, transformers, cables and switches. It includes software that allows configuration, loading of stored data and analysis. The DRPD-15 is designed to be compatible with existing PD sensors of any brand. Applications ","permalink":"https://amperis.com/en/resources/articles/introduction-to-PRPD15/","title":"Introduction to the portable PD analyzer PRPD15"},{"content":"As we know, batteries are the fundamental element in the event of an electrical break, since the installation must continue to work. In order for the batteries to be in perfect condition, it is necessary to charge them to compensate for their loss of energy and keep their voltage within the predefined limits.\nThe Amperis charger is designed to charge the battery much faster and to recharge the battery quickly after the discharge test. It is a portable charger that is used to charge mainly Ni-Cd and lead-acid batteries, with 2 charging modes that offers the possibility of maintaining and charging the batteries with a constant current or with constant voltage.\n","permalink":"https://amperis.com/en/resources/articles/Introduction-to-BAC25A/","title":"Introduction to the BAC25A battery charger"},{"content":"\rAmperis has been a leading name in the instrumentation industry for years. We provide state-of-the art instrumentation solutions for testing, transformation diagnosis, electrical distribution and thermographic inspection.\nWe are excited and proud to present our latest entry in the catalogue of High Voltage Test Equipments at our disposal. A large client base, spread all over the globe, can vouch for our high standards of quality, reliability and safety when it comes to supplying various high voltage test equipments. More about Portable VLF Testing Series AXV:\nVLF range is defined as a frequency range at or below 0.1 Hz for typical sinusoidal waves. This frequency range is extremely useful for testing various equipments, without actually causing any damage to the equipments being tested. In addition, it is a viable alternative to conventional high-power consuming DC Hipot tests. In this indirect non-destructive technique, AXV series models apply a preset sinusoidal voltage to the equipment or component being tested. This voltage reaches the peak at 25% completion of the cycle, after which the voltage goes down until it reaches the zero (ground) level. The same process is repeated in the reversed polarity for the next half of the cycle. All of the equipments in our AXV series of VLF testing methods are equipped with cutting-edge microprocessors and computing systems. These microprocessors make sure that the voltage charged and discharged for testing through the equipment remains very precisely monitored. Also, the output sensors and display devices are integrated into the microprocessor logic to make it a compact, precise, efficient and reliable set up. This allows for the testing charges and discharges to be variable so as to meet the varying demands of various equipments.\nCurrently, we have three models up and running in the AXV series viz.:\n","permalink":"https://amperis.com/en/resources/articles/portable-vlf-testing-series-axv/","title":"Portable VLF (Very Low Frequency) Testing Series AXV"},{"content":" Amperis está especializada en equipos de medida y mantenimiento eléctrico. El objetivo de Amperis es ofrecer una completa gama en equipos de medida eléctrica, instrumentación de mano y equipos de ensayo y diagnóstico de subestaciones, líneas y centros de transformación.\nNuestros ingenieros se esforzarán al máximo en entender sus necesidades y hábitos de trabajo para asesorarle en el equipo más adecuado.\nÚltimas noticias y publicaciones Oferta de empleo: Ingeniero de aplicación y venta Amperis aumenta las ventas Certificado ISO 9001:2015 Nuevos medidores trifásicos de relación de transformación Introducción al cargador de baterías BAC25A Nuevos micrómetros Productos destacados ","permalink":"https://amperis.com/en/resources/articles/nuevos-medidores-trt/","title":"Amperis está especializada en equipos de medida y mantenimiento eléctrico."},{"content":"Microhmmeters are used for measuring contact resistances in high-voltage breakers, knife-contact fuses, disconnecting switches (isolators), bus-bar joints, line joints, etc.\nExcessively high contact resistance frequently causes switchgear breakdowns at breakpoints and bus-bar joints. Overheating risks are becoming more acute in today's distribution networks as they carry heavier loads. It is highly important to check contact resistances at regular intervals and detects faults before they cause overheating.\nIn any power transmission/generation installation, periodic checks are part of the routine even if you use a good HV circuit breaker. Damaged or poorly maintained contacts can lead to single phasing, arcing and even fire. Hence, it is highly important to perform regular checks with accurate measuring equipment.\n","permalink":"https://amperis.com/en/resources/articles/equipment-measuring-contact-resistances-microhmmeters/","title":"The equipment for measuring contact resistances: Microhmmeters"},{"content":"Very low frequency (VLF) testing allows to detection of insulation damages in the shortest possible testing time without affecting the quality of the insulation material. This technique allows you test medium voltage cables.\nVLF testing can be used in two ways: One way is to apply VLF to measure insulation losses at different VLF frequencies that typically range in 0.01 to 0.1 Hz. The IEEE Std. 400.2 in such case establishes the criteria for assessment. Accessories for partial discharge testing are also available from several VLF test set manufacturers. Another way is to apply VLF to XLPE cables as proof testing to detect faults in the cable system insulation. In this process, the tested cable must withstand a VLF AC voltage without flashovers for a specified testing- time.\n","permalink":"https://amperis.com/en/resources/articles/vlf-testing/","title":"VLF Testing"},{"content":"Sulphur hexafluoride (SF6) is an inert, colorless, odorless, non-flammable, and chemically stable heavy gas having good dielectric and arc extinguishing properties. SF6 is used as an insulating gas in substations, as an insulating and cooling medium in transformers and as an insulating and arc quenching medium in switchgear for high and medium voltage applications. Innumerable benefits such as less maintenance costs, less environmental effect and personnel’s safety can be achieved by application of sulfur hexafluoride (SF6) to substation equipment like gas-insulated circuit breaker (GCB), and gas insulated substation (GIS).\n","permalink":"https://amperis.com/en/resources/articles/features-operation-sf6-gas-analyzer-transdox-6101/","title":"Features and operation of a SF6 Gas Analyzer: the Transdox 6101 SF6"},{"content":"\rEvery charger being serviced should be given a routine, step-by-step test procedure that will reveal quickly the cause, or causes, of failure.\na. First, remove the access panel, or panels, of the charger case, and make a visual inspection of all parts for any obvious defects, such as burned rectifiers, transformers, and resistors.\rb. With the battery clips insulated from each other and not connected to the battery, plug the AC cord into the input tester shown in Figure 1-1, in the article Test equipment required for battery chargers, and adjust the controls for charging by turning on the timer and line switch. The voltmeter reading on the input tester should be below the line voltage as the rate switch is turned through each step. If the voltmeter reading is zero, there is a short. If the voltmeter reading does not move below the line voltage, there is an open circuit in the primary circuit. If there are no shorts and no opens, then turn the input tester to full line voltage and do step c. If there is a short, first check the rectifiers, or disconnect them. If they are good, proceed to the selector switch, transformer and the like until the shorted part is located. If there is an open circuit, first place a jumper wire across the timer and line switch. If still open, connect a test cord, as shown in Figure 1-1 in the article Test equipment required for battery chargers, to the two line cord connections, to test for an open in the line cord and plug.\rc. Connect the battery clamps to the battery, observing correct polarity.\rIf there is a large spark when touching the clamps to the battery, and the rectifier is not shorted, recheck the polarity of the clips. It is not un­common to find that the cable clamps have been reversed by someone.\n","permalink":"https://amperis.com/en/resources/articles/battery-charger-testing/","title":"Battery charger testing"},{"content":"Drones are increasingly being used in the energy sector for a variety of tasks. Some of the most common uses of drones in the energy sector include:\n- Power line inspection: drones can be used to inspect power lines and power transmission towers. Drones can fly close to power lines and take high-resolution images to identify any damage or problems on the lines.\n- Wind farm inspection: Drones can be used to inspect wind turbines and wind turbine blades. This allows wind farm operators to identify any damage or problems with the turbines, which can help reduce maintenance costs and improve turbine efficiency.\n","permalink":"https://amperis.com/en/resources/news/drones-power-industry/","title":"Drones in the power industry"},{"content":"\rThe most common electric meters used in battery chargers are \"charge rate\" indicators (D.C. ammeters) either with or without an external shunt, and \"bulb indicators,\" which are zero center D.C. ammeters with an external shunt. In combination battery chargers and battery testers, there may be an additional calibrated battery testing voltmeter. Also, there may be D.C. voltmeters, A.C. ammeters and A.C. voltmeters, or an ampere-hour meter.\nD.C. Ammeters\n","permalink":"https://amperis.com/en/resources/articles/meters-battery-testers/","title":"Meters and battery testers"},{"content":"It does not require a lot of time to test and repair battery chargers, if the proper equipment and tools are available and the test procedures are understood.\nCurrent Limiting Input Tester\nBefore testing any battery charger, plug it into a current limiting outlet to prevent blowing fuses in case of a short circuit. Such a current limiting input test set can be made by following the schematic wiring diagram shown in Figure 1-1.\n","permalink":"https://amperis.com/en/resources/articles/test-equipment-required-battery-chargers/","title":"Test equipment required for battery chargers"},{"content":"We are introducing a new relay test set, the AKF86P, to our catalogue.\nIt is a compact 6-phase relay test set with high accuracy and complete solution (compliant with IEC61850 and GOOSE sampled value), it meets all requirements for detection and debugging of IEC61850 IEDs, fusing units, station control systems and traditional protection relays.\nIt is light in weight: 10 kg and small in size (39 x 26 x 14 cm), making it ideal for flight travel.\n","permalink":"https://amperis.com/en/resources/news/new-relay-test-equipment-akf86p/","title":"NEW! Relay test equipment AKF86P"},{"content":"The Nexus 1450 is a network analyzer that is used to analyze and troubleshoot network performance issues. It can be used to monitor and analyze network traffic, identify bottlenecks and performance issues, and provide detailed information about the network's overall health and performance. The device can also be used to perform network security analysis, identify and track network-based threats, and detect and respond to network intrusions. Overall, the Nexus 1450 is a powerful tool for network administrators and IT professionals to ensure that their networks are running optimally and securely.\n","permalink":"https://amperis.com/en/resources/news/nexus-1450-network-analyser-bestseller/","title":"Why is the Nexus 1450 network analyser a bestseller?"},{"content":"Amperis is sponsoring Avifauna. Avifauna is a bird conservation center located in Otero de Rey, Spain. The center focuses on the conservation, breeding and study of birds, with the goal of protecting endangered species and promoting biodiversity.\nThe center hosts a variety of bird species, including the cassowary, which is a large, flightless bird that is native to the tropical forests of Australia, New Guinea, and nearby islands. Cassowaries are considered to be endangered species, and the center's breeding program aims to help increase their population. After the sponsorship the female cassowary has been named Amperia.\n","permalink":"https://amperis.com/en/resources/news/sponsoring-avifauna/","title":"Amperis is sponsoring Avifauna"},{"content":"Corocam is a key component in the preventive maintenance of overhead lines.\nHigh voltage overhead lines are a critical component of the electrical power grid, transmitting electricity from power plants to homes and businesses. However, these lines are also prone to wear and tear over time, which can lead to power outages and other problems. To detect and prevent issues with these lines, utilities and other organizations use ultraviolet (UV) inspection cameras, such as Corocam cameras.\n","permalink":"https://amperis.com/en/resources/news/order-corocam-7/","title":"Amperis receives an order for a Corocam 7"},{"content":"\rWith ref to the electric schematic of Amperis Battery Discharger´s IGBT module, a dual IGBT module is composed by two Insulated Gate Bipolar Transistors (IGBT) with two Diodes in antiparallel.\nIGBT modules can be tested rapidly, by using a standard multimeter, and the test consists in verifying three things:\nthe Gate terminals are insulated from the relative Emitters;\rthe Diodes are in good condition;\rthe IGBTs are in good condition.\r","permalink":"https://amperis.com/en/resources/articles/testing-dual-IGBT-modules-battery-discharger/","title":"Testing dual IGBT modules of Amperis Battery Discharger"},{"content":"The latest sale we have closed was a lot of portable battery dischargers for an electric truck company.\nElectric trucks are a great step forward in the electrification of transport, a very important area in the electric mobility sector. Currently, electrification of this mode of transport is twice more efficient than green hydrogen and about three times more efficient than internal combustion engines. This means progress in extending sustainability.\n","permalink":"https://amperis.com/en/resources/news/battery-dischargers-electric-trucks/","title":"Battery dischargers for electric trucks"},{"content":"\rTesting dual IGBT modules of Amperis Battery Discharger\rTroubleshooting guide for discharger potentiometers\rBattery discharger troubleshooting Guide\r","permalink":"https://amperis.com/en/resources/articles/technical-support-battery-discharge/","title":"Technical support for Battery Discharge"},{"content":"\rProceedure for fixing defect potentiometer R1\n1) Get information from the customer, ask to use email (Ref. info@amperis.com) and to provide:\ra) serial number of the unit from the customer, if recv tel ask to use email immediately for SN and item 2) below.\rWHY? From Arca it is possible to see if the unit is under warranty (2 year) or not\nb) photo's wiring from the customer using standard Amperis photo below\rWHY? Yes/No answer for usage of standard replacement kit (if non standard color code need to purpose build)\n","permalink":"https://amperis.com/en/resources/articles/troubleshooting-guide-discharger-potentiometers/","title":"Troubleshooting guide for discharger potentiometers"},{"content":"A sulphated battery is one which has been left standing in a discharged condition or undercharged to the point where abnormal lead sulphate has formed on the plates.\nWhen this occurs the chemical reactions within the battery are impeded and loss of capacity result.\nThis document does not cover all the electricity theory and technology involved in the process of sulphation in battery operated system. For more information, please refer to specialized literature.\n","permalink":"https://amperis.com/en/resources/articles/desc-treatment-sulphated-batteries-using-charger-discharger-analyzer/","title":"Description and treatment of sulphated batteries using the mmf charger and the discharger-analyzer"},{"content":"The equipment\nThe AK31 family of equipment is now available in the new Amperis catalog. They are rugged, lightweight and high quality relay test equipment. In the manufacture of these equipments has been used the most advanced technology both in development and quality control, resulting in flexible, accurate, portable and reliable equipment. They are a universal solution to test all generations and types of protection relays.\nAmperis provides relay testing equipment under the international standard IEC61850 which describes communication between devices within substations (relay test equipment incorporates communication protocols and IEC61850 configuration modes). In this standard, the traditional method of triggering a switch is replaced by a contact via a GOOSE (Generic Object Oriented Substation Events) message sent over Ethernet or fiber optic cables. The GOOSE messages are actually binary status signals in the substation network and are used inter alia for triggering the protection relays of the substations.\n","permalink":"https://amperis.com/en/resources/articles/ak31-family-software-relay-test-equipment/","title":"AK31 Family software - Relay Test Equipment"},{"content":"A partial discharge (PD) is an electrical breakage phenomenon that is located in an insulating medium between two conductors that are at different potential. Partial discharges occur due to the existence of a non-uniform high electric field and have the effect of deterioration over time of the insulation system, that is to say reducing its useful life (dielectric stiffness breakdown).\nPartial discharge is caused by dielectric stress caused by the presence of a high and non-homogeneous voltage in the insulation materials. The main causes of PD are the following:\n","permalink":"https://amperis.com/en/resources/articles/types-partial-discharges/","title":"Types of partial discharges"},{"content":"In this video we show the easy operation of the Amperis Battery Discharger. The equipment is very compact and incorporates a handle and 4 wheels to move it comfortably. These devices develop a controlled discharge of the battery maintaining the constant current through a high frequency converter. The operation is completely automatic: just connect the battery, set the stop voltage, the maximum time and the discharge current.\nWe are going to make an example of how to perform the discharge:\n","permalink":"https://amperis.com/en/resources/articles/how-discharge-battery/","title":"How to discharge a battery"},{"content":"What is a battery simulator? A battery simulator is an electronic device that simulates the real properties of a battery. The objective is to supply the voltage, power and current required in the same way as a real battery, that is, it is like a programmable electronic battery. This equipment is a very practical evaluation tool for evaluating a battery charger.\nThe battery charger must be carefully tested to ensure its reliability and its ability to charge batteries safely. A standard charge cycle (from empty battery to full) can take several hours to complete, so using a real battery to test the charger is not operational. However, a battery simulator can quickly adjust its output voltage from 0V (dead cell) to 4.2V (fully charged), in just a few seconds. The same happens for the discharge.\n","permalink":"https://amperis.com/en/resources/articles/what-is-a-battery-simulator/","title":"What is a battery simulator?"},{"content":"According to the IEC60270 standard, partial discharges are dielectric discharges in a localized area of a dielectric insulation system. This electrical insulation system is under the stress of the voltage and the partial discharges deteriorate the insulation of a transformer and can cause its failure.\nIt is important to perform partial diagnostic discharge measurements to detect discharges that begin to follow in their early stages and locate their origin.\nThe partial discharge is accompanied by several phenomena, the detection method of the PD can use any of the following phenomena: through the light that it gives off, electromagnetic radiation (EMI), acoustic generation, dielectric, chemical reaction or electrical pulses.\n","permalink":"https://amperis.com/en/resources/articles/detection-methods-partial-discharges/","title":"Detection methods of partial discharges"},{"content":"In this article we will know a little better the equipment for measurement dielectric strength of insulating oil. The Dielectrotest is a fully automatic dielectric oil analyzer, used to determine the breaking voltage of the insulating liquid. The equipment is designed to be used in the laboratory or in the field in commissioning and maintenance tasks since it serves to test the electrical insulation capacity and the voltage test of insulating oils in transformers.\n","permalink":"https://amperis.com/en/resources/articles/analyzer-dielectric-strength-oil/","title":"Dielectric strength oil analyzer"},{"content":"The corona effect detection is being used as a diagnostic tool to control critical components in an electrical network. By using a highly sensitive ultraviolet radiation camera such as Amperis CoroCAM, corona and ultraviolet radiation can be recorded to evaluate the state of a device. Failures in high voltage equipment carry a very high risk so preventive maintenance saves high costs. Partial discharges may also occur due to structural defects or problems in the insulation.\n","permalink":"https://amperis.com/en/resources/articles/corona-effect-camera-energy-industry/","title":"Corona effect camera in the energy industry"},{"content":"Over time, the batteries degrade and lose the ability to store energy. Additionally, lead acid batteries suffer sulfation. If a regenerative treatment is not applied to the sulphated battery, the battery loses capacity and its life is reduced, its replacement being necessary. Discarding an industrial battery has negative environmental implications, however regenerating it, saving money from acquiring a new battery and actively and consciously collaborating with the environment.\nThe problem of sulfation appears in lead-acid batteries, since they contain as electrolyte a solution of sulfuric acid and distilled (demineralized) water. The lead sulphate crystals (PbSO4) are created on the electrode plates, forming a layer and damaging the electrochemical reaction, causing premature failure of most batteries. This is known as SULFATATION.\n","permalink":"https://amperis.com/en/resources/articles/problem-sulfation/","title":"The problem of sulfation"},{"content":"The Amperis monitor is a device that is used in traction batteries of any type, voltage or capacity, for monitoring, management and registration. The system uses the most advanced technology for the monitoring of traction batteries, measures and records all the relevant parameters of battery operation and communicates in real time through CANBUS, PWM or RS-232; allowing a complete integration with the control system of the vehicle, the charger and other accessories (All measured values are stored on a Micro-SD card).\nThis system is used in trucks and other industrial vehicles or stationary batteries and employs the latest technology in traction battery monitoring:\n","permalink":"https://amperis.com/en/resources/articles/analysis-amperis-battery-monitor/","title":"Analysis of Amperis battery monitor "},{"content":"The insulation was designed to withstand stresses during its useful life, but we must bear in mind that the electrical insulation degrades over time and abnormal stresses can accelerate this natural process, shortening its life. This is why it is important to perform tests regularly to detect accelerated aging, its cause and actions to correct the situation.\nThe degradation of the insulation is due to 5 causes that interact with each other: electrical solicitation (due to overvoltage or sub-voltages that lead to cracking or delamination), mechanical (due to knocks, frequent stops and starts, vibration,..), chemical attack (by vapors) corrosive, dirt or oil), thermal stress (excessive heat or cold conditions) and environmental pollution (humidity, holes for rodents,..)\n","permalink":"https://amperis.com/en/resources/articles/measurement-insulation-resistance/","title":"Measurement of insulation resistance"},{"content":"Industrial battery chargers are entering a new phase, with more efficient developments and with a technology that combines energy efficiency with robustness and flexibility. The objective of these improvements, in terms of equipment innovation, is to reduce the carbon footprint and save energy.\nThe new multi-frequency chargers from Amperis are industrial battery chargers capable of measuring their energy consumption, the savings achieved in energy (kWh), cost ($) and the associated carbon emission (amount of CO2). The great advantage of these chargers is the combination of energy efficiency and the possibility of using it in industrial applications of any type and complexity. The clock in real time and the calendar incorporated in the charger, allows programming all the time-dependent functionalities.\n","permalink":"https://amperis.com/en/resources/articles/How-test-your-battery/","title":"How to test and evaluate your battery"},{"content":"In this article we inform about the new equipment for measuring quality of electric power, quality of income and power measurement offered by Amperis, of high precision and stability:\nNEXUS 1450 This equipment is a powerful power meter that offers the client high precision electrical energy measurements and allows to analyze the quality of the energy and the determination of the reliability of the electric power. The meter is a transducer base with a separate screen. The equipment is an update of direct adaptation to the Nexus 1250 and 1252. The Nexus 1450 analyzes the data of the network without software (real-time data, analyze stored history records and see alarms and waveform records). Its outstanding features are:\n","permalink":"https://amperis.com/en/resources/articles/wave-quality-equipment/","title":"New power quality meter"},{"content":"In industry, there are a number of electronic devices and machines which have different voltage compositions and charging specifications. And as per industry statistics, machines are run for a fair average of at least 8-10 hours. So the need of a multi-utility, Quality charger becomes quintessential for the operations.\nA multi-voltage battery charger is a digitally programmed and heavy-duty universal battery charger' specially designed for industries to charge different voltage batteries fitted into various electronic devices, machines or operators.\nAs evident from the name, this charger is programmed for any battery type. This is suitable to charge battery types that require perfectly constant current and virtually zero ripples (e.g., Lithium packs).\n","permalink":"https://amperis.com/en/resources/articles/multi-voltage-charger-review/","title":"Amperis multi-voltage charger review"},{"content":"Broken as Sulfur Hexafluoride (SF6), it is composed when 6 fluorine atoms are attached at the centre with the sulphur atom, hence the name, SF6. It is a supreme gaseous dielectric suitable for high voltage power requirements. This gas is colourless, odourless, non-inflammable, electro-negative and attracts free electrons the molecular weight of this gas is 146 with a specific gravity of 6.14g/l. SF6 gas is generally preferred from 72.5 KV- 1200KV. Out of the 10,000 tons of this gas produced per year, around 8,000 tons are used for industry applications. The SF6 gas used in industry is specified by the code IEC60376 : 2005.\n","permalink":"https://amperis.com/en/resources/articles/Sf6-service-equipment-review/","title":"Sf6 service equipment review"},{"content":"In this article we will discuss the control and maintenance of industrial batteries and their replacement. Batteries are very important in the industry, because they are used to ensure that critical electrical equipment is always on. When we talk about the applications of these batteries, we include electrical substations (relay protection and control), UPS emergency services (telephony systems) and countless industrial applications for protection and control.\nMany of the critical electrical systems are supported thanks to the batteries avoiding their failure. For this reason it is essential to prove that these battery systems work properly and that their status is optimal. Testing the battery systems we make sure that the equipment is adequately backed up as we foresee its exhaustion and avoid unexpected failures (since the batteries are complex chemical mechanisms with multiple components).\n","permalink":"https://amperis.com/en/resources/articles/control-industrial-batteries/","title":"Control of industrial batteries"},{"content":"It is is very important to check the Dielectric Strength of transformer oil because it is a sine-qua-non to ensure the reliability of operations of power transformers.\nBesides various tests, examining the dielectric strength test of transformer oil is one of the main test which helps to determine and ensure the insulating properties of oil under extreme voltage. Dielectric strength has to be higher than the threshold value. Nevertheless, this strength can be reduced by contaminants such as water, sediment, various acids and conducting particles. The causes and reasons behind these particles and contaminants may vary. The weakening of strength does leakage of current between HT and LT winding. In some instances, it can result in the spark or short circuit. One main sign of the purity of the oil is its cleanliness and dryness, but it still does not confirm the absence of pollutants.\n","permalink":"https://amperis.com/en/resources/articles/dielectric-oil-breakdown-meter/","title":"Dielectric oil breakdown meter"},{"content":"Infrared cameras have revolutionized maintenance in the industry since they allow to find electrical and mechanical faults even before they occur. The benefit is evident: cost savings, greater worker safety and improved product / process quality. These cameras also help reduce environmental damage, such as insufficient insulation in buildings or detection of environmentally hazardous gas leaks.\nSF6 is a gas 24,000 times more dangerous to the environment than CO2, hence the importance of detecting these leaks.\n","permalink":"https://amperis.com/en/resources/articles/gas-detection-thermographic-camera/","title":"Gas detection thermographic camera"},{"content":"In this article, we explain in which industries the Amperis gas detection cameras are most widely used, their applications and what gases they are capable of detecting.\nThe gas detection camera is suitable for:\rProduction and distribution of electrical energy: This equipment is used for the detection of leaks in the distribution of high voltage, since the electrical energy uses sulfur hexafluoride (SF6) as an insulating gas inside the electrical substations. These cameras are extremely sensitive to SF6.\rOil refining: in a refinery we find two types of process: separation and conversion. The camera has an excellent response to detect most products derived from refinery processes.\rPetrochemical: Most chemical products manufactured in the petrochemical industry have good visibility using the Amperis gas detection chamber.\rChemical: The gas detection chamber allows you to see chemical products found in this sector, whether they are hydrocarbons or inorganic chemical products.\rNatural Gas: Natural gas is composed mainly of methane and ethane, both detectable by the camera. It is used for the detection of leaks in the production, storage, transportation or distribution of gas.\rService providers: subcontracted companies offering leak detection and repair or regulatory agencies, government agencies, which must monitor the industry ensuring compliance with the law in order to reduce emissions to the atmosphere.\r","permalink":"https://amperis.com/en/resources/articles/gas-detection-camera/","title":"Gas detection camera. Uses and applications."},{"content":"Amperis is extending its sponsorship of the Avifauna Bird Conservation Centre where it has sponsored the cassowary named Amperia. Cassowaries are flightless birds from New Guinea.\n","permalink":"https://amperis.com/en/recursos/noticias/amperis-sponsorship-avifauna/","title":"Amperis extends sponsorship of Avifauna Bird Conservation Centre"},{"content":"Amperis is selling for the first time in Burkina Faso, Amperis is making a great effort to translate all commercial documentation into French with the main focus on French-speaking Africa. Africa is proving to be a growth area for Amperis exports.\n","permalink":"https://amperis.com/es/recursos/noticias/amperis-selling-burkina-faso/","title":"Amperis is selling for the first time in Burkina Faso"},{"content":"As of September 3, 2020, sales have increased 23% over the same period in 2019. Amperis has a solid position in the midst of the economic crisis caused by the pandemic: sales to energy companies or their contractors and maximum geographical diversification with recent sales to countries where Spanish companies have little presence such as the Democratic Republic of the Congo or Afghanistan.\nAmperis remained open at all times during the epidemic and did not resort to any formula of temporary dismissal of its employees at any time.\n","permalink":"https://amperis.com/en/resources/news/amperis-increases-sales/","title":"Amperis increases sales"},{"content":"Amperis Products S.L. has been evaluated and certified for compliance with the requirements of ISO 9001:2015. The certificate is valid until March 2022.\n","permalink":"https://amperis.com/en/resources/news/iso-9001-2015-en/","title":"Certificate ISO 9001:2015"},{"content":"Amperis has an extensive product catalogue including ohmmeters, electrical network analysers, thermographic cameras, battery dischargers and chargers, transformer test equipment, circuit breaker testing and relay test and verification equipment. We have recently added disturbance recorders and chromatographs for online gas measurement to our range, among others.\nIf you do not find what you are looking for, do not hesitate to [contact us](/contact us), our engineers will advise you to choose the product you need.\n","permalink":"https://amperis.com/en/products/","title":"Products"},{"content":"","permalink":"https://amperis.com/en/services/","title":"Services"},{"content":"July 26, 2018\nYou will soon be able to consult the catalogs of the new Amperis micrometers in the products section. Amperis stands out for its variety of equipment, capable of satisfying the most demanding applications and specifications. The 18 micrometer RMO series stand out for the use of the most advanced switching technology based on the most advanced technology available today. They are designed for the measurement of contact resistance of non-inductive test objects, generating a ripple-free continuous current with automatically regulated test ramp, eliminating magnetic transients (the current is increased during the test and then decreased).\n","permalink":"https://amperis.com/en/resources/news/new-micrometers/","title":"New micrometers"},{"content":"Introduction\nJust as the battery simulator tests the operating system of the battery, the battery discharger performs the efficiency testing and analysis. Batteries of any voltage, type or capacity are tested according to the efficiency parameter. This equipment is programmed to discharge a battery with a constant amount of current that can be set from 0 to the maximum rated value while maintaining control of the battery. It is simple to use and does not require any formal training to use. Its operation is fully automatic.\n","permalink":"https://amperis.com/en/recursos/noticias/battery-discharger-review/","title":"Battery Discharger Review"},{"content":"June 15, 2018\nThe revised SI will be approved by the 26th General Conference on Weights and Measures (GFCM) in November 2018, coming into force on World Metrology Day, on May 20, 2019.\nConsequences of the review of the IS:\nThe kilogram, the ampere, the kelvin and the mole will continue to be the units of mass, electric current intensity, thermodynamic temperature and quantity of substance, but their definitions will be based on constants.\nThe revised definitions of the kilogram, ampere, kelvin and mol will have no impact on the second, the meter and the candela.\nThe revised SI will have a greater influence on high levels of accuracy. All the practical realizations of the units will be supported by constants and will be reproducible in time and space.\nThe definitions will be separated from their realization, which will allow the evolution of the practical realizations, while the definitions endure over time.\nImproves the use of SI in some scientific measurements, while reducing the uncertainties of many fundamental constants.\nThe new definition of the kilogram ensures the long-term stability of the SI unit of mass, allowing its realization at any time and place.\nAfter the revision of the SI, it will inherit the relative uncertainty of h.\nThe uncertainty of the electrical quantities is reduced, integrating them in the SI.\nThe new definition of kelvin will be feasible through different experiments and over a wide range of temperatures. The thermodynamic temperature of the triple point of the water TTPW will be exactly 273.16 K, but with a relative uncertainty equal to the recommended value of k just before the redefinition. Thereafter, the value of TTPW will be determined experimentally.\nThe redefinition of the mole with respect to an exact numerical value of the Avogadro NA constant frees it from its dependence on the kilogram and makes the distinction between \"quantity of substance\" and \"mass\" more visible.\n","permalink":"https://amperis.com/en/resources/news/review-international-measurement-system/","title":"Review of the international measurement system"},{"content":"June 13, 2018\nAmperis offers a wide range of three-phase transformer ratio meters for transformer testing. Amperis offers its customers different series of devices for the measurement of transformation ratio. The devices of the TRT03 series can generate a single-phase test voltage, while the TTRT30 series provides three-phase and single-phase voltages. The three-phase transformer ratio meters of the TTR33 and TRT43 series have an additional test voltage of 1 VAC, the voltage required for the current transformer test. As for the three-phase meters of the TTRT40 series, they have the maximum test voltage of 125 VAC. The most advanced equipment presented by Amperis are those of the TTRT63 series, which have the highest test voltage of 250 VAC (430 VAC from phase to phase), a precision of measurement of unique transformation ratio and a better range of relationship.\n","permalink":"https://amperis.com/en/resources/news/new-ttrt-series/","title":"New TTRT series"},{"content":"June 4, 2018\nToday in the morning we received the visit in our offices of the director of Kongter Test \u0026amp; Measurement Co. Mr. Ben Kang. During the meeting, important topics were discussed for future collaboration between the 2 companies as well as new product lines.\n","permalink":"https://amperis.com/en/resources/news/visit-kongter/","title":"Visita de Kongter"},{"content":"From the offices of Amperis we work to respond to all requests for offers that reach us daily. One of the last equipment to leave our facilities, heading to the United States, is the thermographic gas detection camera SF6 TC706. This chamber allows the visualization of SF6 gas leaks without the need to stop the operation of the equipment to be analyzed, which helps the continuity of the production process. We emphasize the improvement of operator safety since it allows detecting emissions at high distances.\n","permalink":"https://amperis.com/en/resources/news/envio-camara-tc706/","title":"Shipping TC706 camera"},{"content":"May 2, 2018\nLast week Amperis was present at the Hannover Messe Fair held between April 23 and 27, 2018. Held in Hannover (Germany), this is considered the largest industrial fair in the world as it attracts about 6,000 exhibitors and 200,000 visitors and gathers 8 important fairs in a single place, which allows the interaction and integration between different Industries and fields of application\nHannover Messe offers exhibitions related to technology, such as industrial automation, industrial supply, research, energy software, energy technologies, etc. Thousands of exhibitors have shown the potential of your company and its products, showing new developments and new market trends.\n","permalink":"https://amperis.com/en/resources/news/amperis-hannover-messe/","title":"Amperis at Hannover Messe"},{"content":"April 26, 2018\nLast week Amperis was present at the fair IEEE PES T\u0026amp;D Conference and Exposition that was held between April 17 and 19 in Denver, Colorado. During these 3 days, more than 800 companies exhibited their most innovative technological solutions.\nThe exhibitors and conferences at this fair have attracted leading companies in the electrical sector around the world. During our presence in Denver we have witnessed interesting talks, forum sessions and round tables, we have attended practical demonstrations and we have explored new technologies, some in the process of development, with other industry professionals. The aim of Amperis is to evolve towards new solutions, technologies and products, in the sector of power generation.\n","permalink":"https://amperis.com/en/resources/news/amperis-ieee/","title":"Amperis at the Denver IEEE"},{"content":"April 11, 2018\nThis week we had our offices to the Vice President of the Swedish DVPOWER Company, Stephen J. Horsley. During the visit to the islands of Amperis they have been discussed before and the following products have been discussed:\nCOIL ANALYZERS\nCOIL TEST EQUIPMENT AND FOOD SUPPLIES\nSWITCH ANALYZERS\nTEST EQUIPMENT FOR TRANSFORMERS\nOHMIMETERS OF THREE-PHASE WINDMILLS AND TAMPER CHANGER ANALYZERS\nWIND FARM ANALYZER AND TOMAS CHANGER\nTHREE-PHASE TRANSFORMATION RELATIONS METERS\n","permalink":"https://amperis.com/en/resources/news/visit-dvpower/","title":"Visit of DV POWER"},{"content":"March 21, 2018\nIn the offices of Amperis we had this week the visit of Anton Kaeslin, the person in charge of Europe of Eletro Industries. This visit has served to strengthen commercial links between the 2 companies which have been working together for years and to unify criteria in order to obtain a greater turnover and presence in southern Europe.\n","permalink":"https://amperis.com/en/resources/news/visit-electroindustries/","title":"Visit of Electro Industries"},{"content":"February 28, 2108\nContinuing with the positive inertia that 2017 has left us, Amperis Products SL has started the year as it ended the previous one: obtaining an increase in the benefit with respect to previous years. The company, which is characterized by its rigor and service attitude towards its customers, begins 2018 with an increase in turnover of 3.4% in these first two months of the year compared to the first two months of 2017. These data reaffirm the upward trend, consolidating the company as a benchmark in the electrical maintenance and measuring equipment sector. Ferrovial, Jema Energy, Isotron or Hoppecke are some of the companies that this year have relied on Amperis products.\n","permalink":"https://amperis.com/en/resources/news/start-2018/","title":"Start of 2018"},{"content":"","permalink":"https://amperis.com/en/contact/","title":"Contact"},{"content":"","permalink":"https://amperis.com/en/pages/","title":"Pages"},{"content":"During the past week, Jesús Sainz Vázquez and Saúl Pinedo Ureña from the Mexican company Temisa, leaders in electromechanical solutions in the city of Jalisco, Mexico, visited our facilities.\nDuring the last decades the company Temisa has achieved recognition in several industrial sectors of the State of Jalisco and the interior of the republic and since 2007, under the direction of Engineer Edgar Adrián Sainz Vázquez, CEO, Temisa has worked on an acceleration process growth has led to an internationalization of trade links with Asia and Europe. As a result of this progression, he has become interested in the products that Amperios markets for collaboration in future projects.\n","permalink":"https://amperis.com/en/resources/news/temisa-amperis/","title":"Visit at the Amperis offices"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/a/","title":"A"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/a/antiarco/","title":"Antiarco"},{"content":"","permalink":"https://amperis.com/en/resources/articles/","title":"Articles"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/c/","title":"C"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/c/cardanico/","title":"Cardan, cardanic"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/c/cbma/","title":"CBEMA"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/c/chispometro/","title":"Chispómetro"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/c/cresta/","title":"Cresta, value"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/d/","title":"D"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/e/","title":"E"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/f/","title":"F"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/h/","title":"H"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/h/harmonics/","title":"Harmonics, inter"},{"content":"","permalink":"https://amperis.com/en/","title":"Home"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/i/","title":"I"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/m/","title":"M"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/n/","title":"N"},{"content":"","permalink":"https://amperis.com/en/resources/news/","title":"News"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/o/","title":"O"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/p/","title":"P"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/q/","title":"Q"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/r/","title":"R"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/s/","title":"S"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/t/","title":"T"},{"content":"","permalink":"https://amperis.com/en/work/","title":"Work"},{"content":"","permalink":"https://amperis.com/en/404/","title":"Page Not Found"},{"content":"January 24, 2018\nA new portable MMF battery charger comes out of our facilities today. On this occasion the shipment goes to the regasification plant in Huelva. The versatility of this equipment allows its use in a large number of applications, thanks to its numerous load curves and the ability to program new curves according to customer needs.\nThe benefits of this equipment make it unique. This industrial battery charger provides an ultra-filtered output current, charging the battery at a constant current and virtually zero ripple.\n","permalink":"https://amperis.com/en/resources/news/mmf-charger-enagas/","title":"Portable MMF battery charger"},{"content":"January 16, 2018\nThis week has opened the solar plant Santiago Solar where Amperis has made a significant contribution, supplying equipment for the plant. The project has been implemented to support the development of renewable energy in Chile. The project has 360,000 fixed modules connected to the National Electrical System network, an installed capacity of 115 MW that will generate 210 GWh annually.\n","permalink":"https://amperis.com/en/resources/news/amperis-santiago-solar/","title":"Amperis in Santiago Solar (Chile)"},{"content":"Amperis continues its international expansion, this time on the African continent. From Equatorial Guinea our last order has arrived. With this there are 53 countries in which Amperis Products SL has a presence.\n","permalink":"https://amperis.com/en/resources/news/increase-our-international-presence/","title":"Increase our International presence"},{"content":"December 20th\nWhen more than a week is left to finish the year, and even with several open projects, Amperis Products begins to review the year 2017. This has undoubtedly been a great year for the company, which has established itself in the market American and European, becoming a benchmark in the sector of industrial battery chargers and rectifiers. Customers such as Endesa, Elecnor Chile, Viesgo, Gas Natural Fenosa, Enagas or AEG are an example of companies that have placed their trust in Amperis products in 2017.\n","permalink":"https://amperis.com/en/resources/news/review-2017/","title":"Review of 2017"},{"content":"For the maintenance of MV/HV transformer stations, we use the 2014 High Voltage Regulation, specifically 3337.2014 (depending on the activity to be developed, the maintenance of transformer stations, we have taken it as a reference and I enclose a copy of the regulation published in the BOE (Official State Gazette): Monday 9 June 2014 No. 139) For the maintenance of HV lines, we will use the 2008 Regulation specifically 223.2008.\n","permalink":"https://amperis.com/en/recursos/articulos/maintenance-transformer-substations/","title":"Maintenance of MV/HV transformer substations"},{"content":"December 7th\nIn the last months Amperis Products has registered a great commercial activity what is allowing to close the present year closing operations in different parts of the world with important clients of diverse sectors. We highlight in our news section one of these orders that comes from La Paz-Bolivia and is related to the Amperis Dielectric strength meter Dielectrotest.\nThis equipment is automatic, which allows testing based on the test standard selectable through the menu. Its design allows it to adapt perfectly both for use in the laboratory and its use in the field in commissioning and maintenance tasks,\n","permalink":"https://amperis.com/en/resources/news/latest-amperis-operations/","title":"Latest Amperis operations"},{"content":"December 1, 2017\nThis week, from 28 to 30 November, the \"Conference \u0026amp; Exhibition WindEurope 2017\"was held in Amsterdam. During these days, the RAI Exhibition and Convention Centre in Amsterdam became the epicentre of knowledge exchange for the wind energy sector, bringing together the leaders of the wind power industry to expand their knowledge, make business contacts and solidify an industry vision for the future of the wind power sector.\n","permalink":"https://amperis.com/en/resources/news/amperis-at-the-windeurope-2017/","title":"Amperis at the WindEurope 2017"},{"content":"On the occasion of the inauguration of the company's new facilities, today we spoke with the manager of Amperis, the electrical engineer Javier Figueroa Codesal. The company, which distributes measurement and electrical maintenance equipment for 53 countries, will be 11 years of activity. In recent years the Amperis brand has gained recognition within the sector thanks to the high quality products it offers and customer-oriented service. The exponential growth in sales has meant that the company has expanded internationally, expanded its workforce, multiplied its profits and now improved its facilities with a new plant building from which its engineers will work to advise each client in the selection of the most appropriate equipment.\n","permalink":"https://amperis.com/en/resources/news/interview-javier-figueroa/","title":"Interview with Javier Figueroa"},{"content":" The local newspaper \"El Progreso\" echoes a resource won by Amperis to the regional administration\nhttps://www.elprogreso.es/articulo/lugo/la-xunta-obligada/201711271157301282645.html\nThe lawyer who brought the case: Virginia Dilla\nhttp://www.iurista.es/\n","permalink":"https://amperis.com/en/resources/news/court-finds-amperis-right-proceeding-against-tax-authority-regional-administration/","title":"A court finds Amperis right in a proceeding against the tax authority of the regional administration"},{"content":"This week the INMR WORLD CONGRESS 2017 was held at the Meliã Hotel \u0026amp; Conference Center in Sitges-Barcelona, in which Amperis has had an outstanding presence.\nThis important event has brought together the main companies in the electricity supply industry around the world. The event has brought together international experts from the industry, researchers, universities and manufacturers of equipment and components.\nThe INMR has consisted of a congress in the auditorium for conferences where during the 3 days that the event lasted (from November 5 to 8) more than 100 speakers have presented their technical works dealing with key issues for the electricity supply industry. Topics have been discussed such as: the optimization of insulation design, developments in applications for surge arresters, new methods in the inspection of lines and substations, new cable designs, etc.\n","permalink":"https://amperis.com/en/resources/news/amperis-inmr-world-congress-2017/","title":"Amperis at the INMR WORLD CONGRESS 2017"},{"content":"September, 21th 2017\nAfter a few months finalizing the details of the new headquarters, today we have begun moving to the new location. The goal is to make the change as soon as possible to continue supporting our customers with the commitment and efficiency that characterizes us. In the meantime you can contact us in the usual channels available in the contact section of the website.\n","permalink":"https://amperis.com/en/resources/news/we-started-move-new-headquarters/","title":"We started the move to the new headquarters"},{"content":"\nAmperis has reached an agreement with the Avifauna bird conservation center and sponsors a female cassowary and has named it Amperia. Cassowaries are a very rare species, it is the second largest bird after the ostrich and as it can not fly. It is endemic to New Guinea and in Spain can be seen in very few places.\n","permalink":"https://amperis.com/en/resources/news/avifauna-agreement/","title":"Amperis has reached an agreement with the Avifauna bird conservation center\u003c"},{"content":"The executives of Aisa Millenium from Costa Rica Rebeca Barquero and Cristian Barquero recently visited Amperis, Aisa Millenium has been collaborating with Amperis since 2010 in selling in the Central American region products of the line of battery maintenance.\n","permalink":"https://amperis.com/en/resources/news/partners-centro-america/","title":"Centro América Partner: Aisa Millenium"},{"content":"\nThe new headquarters are finished, it is now only a matter of final details, red tape and move.\n","permalink":"https://amperis.com/en/resources/news/new-headquarters/","title":"The new headquarters "},{"content":"On July 27th the structure of the building was finished. The works are making progress step by step.\n","permalink":"https://amperis.com/en/resources/news/new-headquarters-construction/","title":"News on the new headquarters construction"},{"content":"AMPERIS INTERNATIONAL PRESENCE\nAmperis was present in two of the most important exhibitions that will take place in the world in 2016.Hannover Messe took part between April 24 and 28 this year 2016. It received the visit fo 160.000 people and even President Barack Obama was there. Hannover Messe is the biggest energy and utility show in Europe by far.\nAmperis was also present in the IEEE exhibition in Dallas, the exhibition took place between May 2nd and May 5th. This exhibition is the biggest in the Americas.\n","permalink":"https://amperis.com/en/resources/news/int-presence-new-headquartes/","title":"INTERNATIONAL PRESENCE AND NEW HEADQUARTERS"},{"content":"Lugo, March 15, 2016. Amperis Products S.L. has increased its revenue 35% during 2015. Our company, specialized in providing solutions in measurement equipment and electrical maintenance, has become a reference on Spanish and international markets.\nIt is fair to highlight the great acceptance of the battery testing equipment, where Amperis is the outstanding leader of the sector. Not only because of its quality and reliability but also because of the service it provides, it is one of our most successful lines, as shown on Amperis 2015 balance.\n","permalink":"https://amperis.com/en/resources/news/amperis-increased-revenues/","title":"Amperis Products increased its revenues "},{"content":"Quantum-well infrared photodetector: Quantum-well infrared photodetector, made with semiconductor materials.\n","permalink":"https://amperis.com/en/recursos/glosario/q/qwip/","title":"QWIP"},{"content":"Parts per million ppm is the unit of measurement by which concentration is evaluated. It refers to how many units of the substance (gas, liquid, etc) there are per million units.\n","permalink":"https://amperis.com/en/recursos/glosario/p/ppm/","title":"PPM"},{"content":"The dew point (dp, Dew Point ) or dew temperature is the temperature at which water vapor contained in air begins to condense. Condensed water is called dew when it forms on a solid surface.\n","permalink":"https://amperis.com/en/recursos/glosario/d/dew-point/","title":"Dew Point"},{"content":"In electronics, a rectifier is the element or circuit that allows alternating current (AC) to be converted to direct current (DC). This is done using rectifier diodes, either solid state semiconductors, vacuum valves or gaseous valves such as mercury vapor valves.\n","permalink":"https://amperis.com/en/recursos/glosario/r/rectificador/","title":"Rectifier"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/s/sf6/","title":"SF6"},{"content":"This standard applies to the measurement of localized electrical discharges in insulation media, high voltage test techniques and partial discharge measurements.\n","permalink":"https://amperis.com/en/recursos/glosario/i/iec-60270/","title":"IEC 60270"},{"content":"Mandatory standard that regulates the quality of electricity supply in the whole European territory.\n","permalink":"https://amperis.com/en/recursos/glosario/e/en50160/","title":"EN50160"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/t/transductor/","title":"Transductor"},{"content":"","permalink":"https://amperis.com/en/recursos/glosario/s/shunt/","title":"Shunt"},{"content":"Acronym for Supervisory Control And Data Acquisition. A SCADA system allows you to monitor and control a remote facility, process or system of varying characteristics. The physical phenomenon to be measured must be translated into an intelligible variable for SCADA, i.e. an electrical variable. To do this, sensors or transducers are used to convert the variations of the physical phenomenon into proportional variations of an electrical variable. The most commonly used electrical variables are: voltage, current, load, resistance or capacitance. However, this variety of electrical signal types must be processed to be understood by the digital computer. In addition, it provides electrical isolation and signal filtering in order to protect the system from noise originating in the field.\n","permalink":"https://amperis.com/en/recursos/glosario/s/scada/","title":"SCADA"},{"content":"Multidrop transmission bus system, ideal for transmitting at high speeds over long distances and through noisy channels, since it reduces the noise that appears in the voltages produced in the transmission line.\n","permalink":"https://amperis.com/en/recursos/glosario/r/rs-485/","title":"RS-485"},{"content":"Interface for the serial exchange of binary data between a data terminal equipment and a data communication equipment), for example, there are occasions when it is of interest to connect other types of equipment, such as computers.\n","permalink":"https://amperis.com/en/recursos/glosario/r/rs-232/","title":"RS-232"},{"content":"The polarization index (PI) is defined as the ratio between the insulation resistance measured 1 minute and 10 minutes after applying the DC test voltage. During these 10 minutes the voltage must be maintained. It will be seen how the current is falling and therefore the resistance to ground is increasing.\n","permalink":"https://amperis.com/en/recursos/glosario/p/polarizacion/","title":"Polarization, index of"},{"content":"In a conductor through which passes an electric current, the quotient between the potential difference applied to the ends of the conductor and the intensity of the current flowing through it, is a constant quantity that depends on the conductor which we call resistance. This law verifies the relationship between voltage and current in a resistor.\n","permalink":"https://amperis.com/en/recursos/glosario/o/ohm/","title":"Ohm, law of"},{"content":"It is the acronym for Nickel Metal Hydride.\n","permalink":"https://amperis.com/en/recursos/glosario/n/nimh/","title":"NiMH"},{"content":"A microbolometer is a specific type of bolometer used as a detector in thermal cameras. It is a detector of infrared radiation with wavelengths between 8-13 µm. Unlike other types of infrared detection equipment microbolometers do not require refrigeration.\n","permalink":"https://amperis.com/en/recursos/glosario/m/microbolometer/","title":"Microbolometer"},{"content":"The Modbus communications protocol allows the control of a network of devices, (electrical, humidity\u0026hellip;etc), and communicate the results to a PC. Modbus is also used for the connection of a supervisory PC with a remote unit (RTU) in Supervisory Control and Data Acquisition (SCADA) systems.\n","permalink":"https://amperis.com/en/recursos/glosario/m/modbus/","title":"MODBUS"},{"content":"Infrared Data Association defines a physical standard in the form of infrared data transmission and reception.\n","permalink":"https://amperis.com/en/recursos/glosario/i/irda/","title":"IrDA"},{"content":"Opposition represented by a component or components to the passage of alternating current.\n","permalink":"https://amperis.com/en/recursos/glosario/i/impedance/","title":"Impedance"},{"content":"Flicker is the phenomenon of luminous intensity variation affecting human vision generated by fluctuations in the mains voltage.\n","permalink":"https://amperis.com/en/recursos/glosario/f/flicker/","title":"Flicker"},{"content":"Power factor is defined as the ratio of active power to apparent power or as the cosine of the angle formed by the phasors of current and voltage.\n","permalink":"https://amperis.com/en/recursos/glosario/p/power-factor/","title":"Power factor"},{"content":"The ability of a material to resist a change (in its physical form or size) as its temperature changes.\n","permalink":"https://amperis.com/en/recursos/glosario/t/thermal-stability/","title":"Thermal stability"},{"content":"\u0026ldquo;Electrical Erasable Programmable Read-Only Memory\u0026rdquo;. EEPROM memory is electrically programmable and erasable. EEPROM memory cells are similar to EPROM cells except that they are in the insulating layer which is thinner and not photosensitive.\n","permalink":"https://amperis.com/en/recursos/glosario/e/eeprom/","title":"EEPROM"},{"content":"(Distributed Network Protocol) is a set of communication protocols used between components in automation systems processes. Its use is common in electric and/or water utilities. Specially developed to facilitate communications between various types of data acquisition and control equipment.\n","permalink":"https://amperis.com/en/recursos/glosario/d/dnp30/","title":"DNP 3.0"},{"content":"Also known as a differential switch, it detects the potential difference between the input and output of electric current.\n","permalink":"https://amperis.com/en/recursos/glosario/c/circuit-breaker/","title":"Circuit Breaker"},{"content":"The limiting value at which a material loses its insulating property and becomes conductive. Or the maximum stress that an insulator can withstand without puncturing.\n","permalink":"https://amperis.com/en/recursos/glosario/d/dielectric-stiffness/","title":"Dielectric, stiffness"},{"content":"This is the name given to electrically insulating materials that do not conduct electricity.\n","permalink":"https://amperis.com/en/recursos/glosario/d/dielectric-capacity/","title":"Dielectric, 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has collaborated with the Bird Conservation Center \u0026quot;Avifauna\u0026quot;, sponsoring a female casuarina baptized with the name Amperia. Cassowaries are a very rare species, it is the second largest bird after the ostrich and how it can not fly either. It is endemic to New Guinea and in Spain it can be seen in very few places.\u0026lt;/p\u0026gt; Amperis joins this cause, collaborating like other local companies such as Rio Natura, Café Candelas or Caixa Rural de Gaicia.\n","permalink":"https://amperis.com/en/resources/news/amperis-collaboration/","title":"Amperis collaboration"},{"content":"Ultrasonic techniques for the assessment of partial discharges in electrical equipment.\nPartial discharges are small electrical sparks that occur in the electrical insulation of the connection, wires, transformers and coils in large electric motors and generators. Partial discharge analysis is a proactive diagnostic approach that uses partial discharge (PD) measurements to assess the integrity of this equipment. This article describes how airborne ultrasonic instruments can be used to detect and assess partial discharges in electrical equipment.\n","permalink":"https://amperis.com/en/recursos/articulos/analisis-descargas-parciales/","title":"Análise de Descarga Parcial"},{"content":"","permalink":"https://amperis.com/en/categories/","title":"Categories"},{"content":"Amperis is a company specialising in state-of-the-art instrumentation for the diagnosis and testing of electrical substations. The company is located in the northwest of Spain, in the Polígono Industrial das Gándaras in the city of Lugo. After completing the construction and since November 2017 the company is located in the new headquarters, located at 14 Barbeito María Street. The new Amperis headquarters has offices and a new, more modern warehouse, with more internal conveniences and more facilities for the exit and entry of goods, with the aim of always providing a better service to the customer.\n","permalink":"https://amperis.com/en/about/","title":"Company"},{"content":"In this article we will know a little better the equipment for measurement dielectric strength of insulating oil. The Dielectrotest is a fully automatic dielectric oil analyzer, used to determine the breaking voltage of the insulating liquid. The equipment is designed to be used in the laboratory or in the field in commissioning and maintenance tasks since it serves to test the electrical insulation capacity and the voltage test of insulating oils in transformers.\n","permalink":"https://amperis.com/en/resources/articles/analyzer-dielectric-strength-oil%20/","title":"Dielectric strength oil analyzer"},{"content":"","permalink":"https://amperis.com/en/ressources/glossary/","title":"Glossary"},{"content":"Legal notice and general terms of use\nPRIVACY POLICY\nAt AMPERIS PRODUCTS, S.L. we are very conscious of the protection of personal data, which is why we present this Privacy Policy.\nwhich is why we present this Privacy Policy which sets out in a transparent manner how your personal data is treated and protected. how your personal data is treated and protected. Therefore, we ensure the confidentiality and privacy of the personal data that you provide us with through our Customer Service or when formalising the contracting of a product or service in our company.\n","permalink":"https://amperis.com/en/legal/","title":"Legal notice and general terms of use"},{"content":"","permalink":"https://amperis.com/en/products/prices/","title":"Prices"},{"content":"Information Collection\nThe information you provide to us\nWe collect information that you provide directly to us. For example, we collect information when you create an account, participate in the interactive areas of our Services, fill out a form, give us your business card or other contact information, enter a contest or promotion, complete a survey, sign up for one of our newsletters, make a purchase, communicate with us through third party social media platforms, request technical support, or otherwise contact us. We collect various types of information, such as name, email address, postal address, telephone number, company name and contact details, job title, industry sector, photographs, videos and other information you provide to us.\n","permalink":"https://amperis.com/en/privacy/","title":"Privacy Policy"},{"content":"\u0026lt;p\u0026gt;Numerous digital media capture the Amperis news on their pages. The quality and reliability of Amperis products do not go unnoticed by specialized magazines. Both in their newsletters, and in the current pages, they highlight the professionalism of the company and the dedication of its engineers when it comes to offering solutions tailored to each particular case. With the aim of excellence and to offer a service that satisfies the customer, Amperis works daily to meet the needs of its customers.\u0026lt;/p\u0026gt; \u0026nbsp;\n","permalink":"https://amperis.com/en/resources/news/publicacitions/","title":"Publicacitions"},{"content":"","permalink":"https://amperis.com/en/redirect/","title":"Redirects"},{"content":"","permalink":"https://amperis.com/en/resources/","title":"Resources"},{"content":"","permalink":"https://amperis.com/en/search/","title":"Search"},{"content":"","permalink":"https://amperis.com/en/tags/","title":"Tags"}]