Simco Fmx002 Manual Top Link · High Speed

| Category | Specification | | :--- | :--- | | | FMX-002 | | Type | Handheld, Non-Contact Electrostatic Field Meter | | Measurement Range (Electrostatic) | 0 to ±1.49 kV (Low range); ±1.0 kV to ±20.0 kV (High range) | | Resolution (Low / High) | 0.01 kV / 0.1 kV | | Ion Balance Range (w/optional plate) | 0 to ±200 V | | Distance Accuracy | Critical: Accuracy depends on maintaining 25mm ± 1mm from the target | | Distance Indication | Two converging LEDs; correct distance is achieved when the two red spots merge into one | | Accuracy | ±10% of reading | | Response Time | 1 second (update rate: 5 times per second) | | Display | Dual-mode (Digital bar graph & numeric); Positive = Red, Negative = Blue | | Additional Functions | Data Hold, Auto Zero, Auto Power Off (approx. 5 min), Low Battery Indicator | | Power Supply | 9V Alkaline Battery (e.g., 6F22, 6LR61, MN1604) | | Battery Life | ~30 hours of typical use | | Operating Environment | Temperature: 10°C to 40°C (50°F to 104°F); Humidity: < 60% RH (non-condensing) | | Dimensions (W x H x D) | 2.5" x 6.5" x 4.5" (approx. 65mm x 115mm x 25mm) | | Weight (including battery) | Approximately 130g to 200g (depending on source) | | Housing Material | Conductive ABS (Acrylonitrile Butadiene Styrene) plastic, with a ground snap connector for external grounding | | Certifications | CE Marked |

Modern versions like the FMX-004 offer a higher range (up to plus or minus 30 kV) compared to the FMX-002's plus or minus 20 Calibration Needs:

Features two LED guide lights that overlap when at the correct distance Data Display:

Measuring Range: 0 to ±1.49 kV (Low range); ±1.0 kV to ±20.0 kV (High range). Accuracy: Within ±10% of the measured value.

| Specification | Detail | Note | | :--- | :--- | :--- | | | 0 to ±20 kV | Auto-ranging (Lo: 0-±1.49 kV, Hi: ±1.0-20 kV) | | Measurement Distance | 25mm (1 inch) | Ensuring consistency | | Distance Guide | 2 integrated LEDs | Lamps converge when at the correct distance | | Display | Dual-mode: Digital & Graphic | Numbers + bar graph polarity indicator (Red=Positive, Blue=Negative) | | Accuracy | ±10% of reading | | | Response Time | 1 second | 5 updates/sec on the LCD display | | Power Supply | 9V battery (6F22/MN1604) | | | Auto Power Off | After approximately 5 minutes of inactivity | Preserves battery life | | Operating Environment | 10°C to 40°C, <60% RH | | | Dimensions (HWD) | 115 x 65 x 25 mm | Pocket-sized design | | Weight | Approximately 130g with battery | Lightweight and portable | simco fmx002 manual top

The is a portable, compact electrostatic fieldmeter designed to locate and measure static charges on surfaces. It provides accurate, non-contact measurements of electrostatic voltages, making it an essential tool for electronics manufacturing, cleanrooms, and automated assembly lines.

user wants a long article for the keyword "simco fmx002 manual top". I need to provide detailed information about the Simco FMX002 electrostatic fieldmeter, covering its manual and top-level features. To do this, I need to gather comprehensive information. I'll perform multiple searches to cover different aspects: general information, the manual, specifications, usage, calibration, comparisons with other models (like FMX-004), and troubleshooting. search results have provided some information, but many of the links seem to be product pages or listings rather than the actual manual PDF. I need to gather more detailed information. I'll open some of the more promising results to extract detailed specifications, usage instructions, and any available manual content. opened pages provide a good amount of detail on specifications, usage, and features. I also found a page with technical specifications and a page with detailed usage instructions. However, I still haven't found a comprehensive user manual. I might need to search more specifically for a PDF or detailed guide. I'll also search for "FMX002 manual download" and "FMX002 user manual". search for manuals didn't yield direct PDFs. However, I have gathered substantial information from product pages. I can now structure a comprehensive article. The article will cover: an introduction to the Simco FMX002, key features and technical specifications, a detailed user manual (including step-by-step instructions for setup and measurement, calibration, ion balance measurement, and key functions like hold and auto-off), troubleshooting, maintenance, comparisons with FMX-003 and FMX-004, and best practices. I will cite the sources I've found. is important to note that while this guide is detailed, it's always recommended to consult the manufacturer's original documentation for the most authoritative information.

The battery compartment is accessed by sliding the downward (not the front sensor guard). Use a 9V alkaline only. Rechargeable 9V batteries often have lower voltage and can cause unstable top-end readings.

If you are measuring in a hard-to-reach area, press the button to freeze the reading on the display for easy viewing after you have pulled the meter away. 3. Ion Balance Measurement Mode | Category | Specification | | :--- |

touch the sensor element with fingers, tools, or cotton swabs. Keep the sensor free of dust, dirt, and chemical vapors.

The SIMCO FMX002 system operates as follows:

If dust accumulates, gently blow it out using clean, dry, un-ionized compressed air. Battery Replacement

The SIMCO FMX002 system requires regular maintenance to ensure optimal performance and longevity. The maintenance schedule includes: Accuracy: Within ±10% of the measured value

allows users to locate problems and ensure compliance with ESD standards.

Data Hold FunctionIf you are measuring in a hard-to-reach area, press the "HOLD" button. This freezes the current reading on the screen, allowing you to pull the meter away and record the data. Maintenance and Calibration

Powering On and ZeroingPress the "POWER" button once. Before taking a measurement, you must zero the meter to account for ambient static. Aim the sensor at a grounded surface or into the air away from charged objects and press the "ZERO" button. The display should read 0.00.