Simco Fmx002 Manual Top [VERIFIED]

Follow these exact steps to achieve accurate, repeatable electrostatic measurements. Step 1: Ground the Device

Displays the exact voltage in kilovolts (kV).

: Point the sensor at the target surface. Adjust the distance until the two LED guide beams simco fmx002 manual top

The Simco FMX-002's versatility makes it invaluable across many industries. Its ability to pinpoint static charges helps to:

relies on tight geometric placement and internal calibration parameters to ensure accurate field readings. 0 to ±plus or minus 1.49 kV (Low Range); ±plus or minus ±plus or minus 20.0 kV (High Range). Ion Balance Range: 0 to ±plus or minus 200 V (with detachable plate assembly). Target Measuring Distance: 1 inch ±plus or minus 1/64 inch (25 mm ±plus or minus Accuracy: ±plus or minus 10% of the read value. Sampling Display Rate: LCD updates 5 times per second. Power Supply: 9V Manganese battery (Type 6F22). Follow these exact steps to achieve accurate, repeatable

No Power: Check the battery orientation or replace the battery entirely. Ensure the battery contacts are clean and tight.

utilizes an advanced chopper-stabilized sensor mechanism, allowing it to take precise measurements even in environments heavily affected by air ionization. Specification Details ±1.49plus or minus 1.49 kV (Low Range); ±1.0plus or minus 1.0 ±20.0plus or minus 20.0 kV (High Range) Ion Balance Range ±200plus or minus 200 V (via attachable charge plate) Standard Distance 1 inch inch ( Distance Indicator Dual converging red LED guide beams Power Supply 9V Manganese or Alkaline battery Display Type Digital numerical readout with colored bar graph indicators Essential Operating Instructions Adjust the distance until the two LED guide

Test at +10,000V (+10.0 kV) to verify the automatic high-range switching mechanism.

is a highly reliable, pocket-sized instrument designed to locate, measure, and map electrostatic fields in sensitive industrial environments . Understanding the core functionalities outlines in the is essential for maintaining strict Electrostatic Discharge (ESD) safety protocols and ensuring optimal performance of your static control systems.