Simco Fmx002 Manual Full !!top!!

Move the meter closer or further until the two red LED focus rings align perfectly into one circle on the target surface. Observe the LCD display:

0 to ±1.49 kV (Low range); ±1.0 kV to ±20.0 kV (High range) (Using LED focus guides) Accuracy Power Supply 9V Manganese battery (6F2222) Display LCD bar graph (Static polarity and voltage) Dimensions Weight Approx. 170g (with battery) 2. Controls and Layout Overview

For accurate results, the FMX-002 must be properly grounded. Connect the supplied coil cord between the grounding point on the rear of the unit and a verified electrical ground. This step is critical as it establishes a reference point for the measurement, preventing any interference from the operator's own body charge.

Attach the included grounding wire to the snap connector on the back of the FMX-002.

If the sensor plate is contaminated with dust or oils, the readings will be inaccurate. Clean with an antistatic cleaner and a lint-free cloth. 4. Troubleshooting and Maintenance Potential Cause No display/weak reading Low battery Replace 9V battery. Erratic readings Poor grounding Check grounding cord connection. Reading stuck at 0 Sensor blocked Clean the front sensing plate. Calibration: The

Typically features two ranges: 0 to ±2 kV and 0 to ±20 kV, allowing for precise readings of both low and high-level static. simco fmx002 manual full

You might be tempted to simply "figure it out" – many handheld meters seem intuitive. However, the contains critical caveats that are not obvious:

Indicates the polarity of the static charge.

Before we explore the device’s features, let’s address the primary need: Move the meter closer or further until the

The face of the FMX-002 features an LCD screen and three multi-function buttons:

Simco FMX-002 Manual Full: Your Ultimate Guide to Static Measurement

No. The FMX-002 measures DC electrostatic fields only. For AC, you need a different meter (e.g., SIMCO FMX-004). Attach the included grounding wire to the snap

To use the FMX-002 for standard electrostatic field measurement: