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SHISHIDO SSD Antistatic Sheos Lealage Resistance Meter SHOETESTER II
Feature of the product
The SHOE TESTER is a dedicated measuring instrument that measures the electrical resistance of antistatic shoes designed to eliminate static electricity from the human body, while the shoes are being worn. To perform measurement, the person wearing the shoes stands on the base and operates the instrument simply by pressing the touch panel with one finger.
A resistance of 100 MΩ or less to ground is required to eliminate static electricity from the human body, and at least 0.1 MΩ is desired for the prevention of electrical shock. Since the resistance of the shoes will vary depending on the temperature and humidity, dirt on the shoe soles, and friction, periodic measurement and maintenance is required.
The main unit and footplate are provided as separate units, and the main unit can mounted on the wall, placed on a table, or integrated with the stand as required.
The buzzer can be switched to ON or OFF.
A 1-MΩ check function is built in.
It can be send the data with RC232C port.
Support pole is optional.
Application Example
Semiconductor manufacturing plants.
Paint plants.
Plants where hazardous products such as solvents or powder are handled and the wearing of antistatic shoes is required.
Using examples
Signal output terminal
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SHISHIDO SSD Antistatic Sheos Lealage Resistance Meter SHOETESTER II
Feature of the product
The SHOE TESTER is a dedicated measuring instrument that measures the electrical resistance of antistatic shoes designed to eliminate static electricity from the human body, while the shoes are being worn. To perform measurement, the person wearing the shoes stands on the base and operates the instrument simply by pressing the touch panel with one finger.
A resistance of 100 MΩ or less to ground is required to eliminate static electricity from the human body, and at least 0.1 MΩ is desired for the prevention of electrical shock. Since the resistance of the shoes will vary depending on the temperature and humidity, dirt on the shoe soles, and friction, periodic measurement and maintenance is required.
The main unit and footplate are provided as separate units, and the main unit can mounted on the wall, placed on a table, or integrated with the stand as required.
The buzzer can be switched to ON or OFF.
A 1-MΩ check function is built in.
It can be send the data with RC232C port.
Support pole is optional.
Application Example
Semiconductor manufacturing plants.
Paint plants.
Plants where hazardous products such as solvents or powder are handled and the wearing of antistatic shoes is required.
Using examples
Signal output terminal
