Testing gloves, boots, blankets, hot sticks and voltage indicators in a single laboratory calls for an AC high-voltage source that sets the test voltage, current limit and test time for each class and reads the current of every position. The MSP-100SF tests gloves of class 00 to 4, boots, blankets, mats and covers of class 0 to 4, insulated tools up to 100 kV AC, hot sticks at 100 kV every 300 mm up to 2.5 m long and phase and voltage indicators up to 110 kV, under ASTM D120, ASTM F496 and IEC 60903, and includes the SzS-20 drying cabinet for 20 gloves.
Product Summary
Testing of personal protective equipment:
- Gloves - class 00, 0, 1, 2, 3 & 4;
- Boots - class 0, 1, 2, 3 & 4.
- Blankets, mats, covers - class 0, 1, 2, 3 & 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.
Allows Testing under ASTM D120, F496 and IEC 60903 Standards.
Three-year warranty
Product Description
Rubber Item and Stick Testing Laboratory MSP-100SF is designed for:
Testing of personal protective equipment:
- Gloves - class 00, 0, 1, 2, 3 & 4;
- Boots - class 0, 1, 2, 3 & 4.
Testing of insulating equipment:
- Blankets, mats, covers - class 0, 1, 2, 3 & 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.
Allows Testing under ASTM D120, F496 and IEC 60903 Standards.
Three-year warranty
All adjustments are controlled via menu-operated microprocessor-controlled system. With selection of test voltage, current limit, and test time. Microprocessor control provides the user with menu-based system – to select the type (class, length, new or retest) of rubber items for testing. This eliminates any chance for operator error and provides an extremely fast changeover from one class to another. Current readings of all positions are conveniently displayed on control panel, and peak current during the test is saved on screen, for easy record keeping.
SzS-20 Cabinet for drying gloves, boots and sleeves
- Simultaneous drying up to 20 gloves.
- Microcontroller adjustment and temperature control.
- Drying time 20 gloves up to 40 minutes.
- Power consumption up to 4kW
MSP-100SF key data
- PPE tested: the MSP-100SF tests gloves of class 00, 0, 1, 2, 3 and 4 and boots of class 0, 1, 2, 3 and 4.
- Insulating equipment: blankets, mats and covers of class 0 to 4, and insulated tools and other electric equipment up to 100 kV AC.
- Hot sticks: tested at 100 kV every 300 mm, for sticks up to 2.5 m long.
- Indicators: phase and voltage indicators up to 110 kV.
- Control: menu-operated microprocessor system to select the test voltage, current limit, test time and type of rubber item (class, length, new or retest).
- Readings and records: current readings of all positions are displayed on the control panel and the peak current of the test is held on screen.
- Drying: SzS-20 cabinet for gloves, boots and sleeves, drying up to 20 gloves simultaneously in up to 40 minutes, with microcontroller temperature control and power consumption up to 4 kW.
- Standards and warranty: the MSP-100SF allows testing under ASTM D120, ASTM F496 and IEC 60903 and carries a three-year warranty.
Frequently asked questions
How is a glove test set up on the MSP-100SF, and how are errors avoided when changing class?
The MSP-100SF is operated through a menu-driven microprocessor system: the operator selects from the menu the type of rubber item (class, length, new or retest) together with the test voltage, current limit and test time, which eliminates operator error and gives an extremely fast changeover from one class to another. The peak current of each test is held on screen for record keeping.
How long do the gloves take to dry after testing?
The SzS-20 drying cabinet of the MSP-100SF dries up to 20 gloves at once in up to 40 minutes, with microcontroller temperature control and power consumption up to 4 kW; it also takes boots and sleeves.
