Electrostatic Field Meter

Electrostatic Field Meter

Product Description

Measuring range:	0 to ±1.49KV ( Low range)
	±1.0kV to ±20.00kV ( High range)
	(range hysteresis: ±1.0kV to ±1.5kV)
	0 to ±200V ( low balance measuring range)
Measuring distance:	1"±1/64" ( 25mm±0.5mm), LED guide for correct distance
	( between object and fieldmeter)
Response time:	<1s
LCD display renewal rate:	5 times/s
Accuracy:	±10%
Ambient conditions:	50°-100°F, (10°- 40°), 0-60%RH ( non-condensing)
Display featues:	Bar graph, red LCD positive polarity voltage, blue LCD
	negative polarity voltage
Bar graph precision:	±0.1kV for low range ±1.5kV for high range,
	±15V for ion balance range
	Digital reading: Auto-ra

Product Description

FMX 003 Hand Held Electrostatic Test FMX-003 ESD Test Meter Electrostatic Field meter

FMX-003 is a convenient compact and pocketsized electrostatic fieldmeter. With this fieldmeter you can measure and store the field strength and polarity. It enables you to carry out measurements in awkward places. The correct measuring distance is displayed by two integrated LEDs. The electrically conductive plastic housing with an earth connection fitted at the side ensures accurate measurements. The unique bicolour display shows the measured value both numerical and graphically. The status of the battery is shown on the display .

SIMCO FMX-003 electrostatic field reflectoscoope reflector is a non-contactportable electrostatic field measuring instrument.is surveys the objectsurface static electricity value and the survey static electricity eliminatesequipment's ion trim

1.easy to read.easy to use operation 2.light weight .compact design 3.range light assures accurate and repeastable measurements 4.digital and bar graph display 5.automatic power off after five minutes(may be disabled if preferred)

Details Images

How to Choose the Right Electrostatic Field Meter?

An Electrostatic Field Meter is used to measure electrostatic charges on surfaces and materials. Choosing the right one depends on various factors, including measurement range, accuracy, ease of use, and application requirements.

1️⃣ Key Factors to Consider

✅ 1. Measurement Range

• Different field meters measure varying voltage levels.

• Typical ranges include 0 to ±20kV/cm or 0 to ±200kV/cm.

• Choose a meter with a range suitable for your application (e.g., PCB testing requires a lower range, while industrial settings may need a higher range).

✅ 2. Accuracy & Resolution

• Higher accuracy (e.g., ±5% or better) ensures reliable readings.

• Resolution should be fine enough to detect small static variations (e.g., 1V or lower).

✅ 3. Distance Sensitivity

• Some meters require a fixed measurement distance (e.g., 1 inch or 2.5 cm) for accurate results.

• Look for models with built-in distance indicators to maintain consistency.

✅ 4. Display & Readability

• Digital displays provide precise readings.

• Analog meters may be harder to read and interpret.

• Some models have a hold function to freeze readings for later reference.

✅ 5. Portability & Battery Life

• Handheld meters are ideal for field testing.

• Battery-powered devices should offer long operational hours.

✅ 6. Additional Features

• Data Logging: Stores multiple readings for analysis.

• Ion Balance Testing: Some meters can also check ionizer performance.

• Auto-Zeroing Function: Ensures measurement accuracy.

2️⃣ Types of Electrostatic Field Meters

3️⃣ Choosing the Right Meter for Your Industry

📌 Electronics & Semiconductor Industry → High-precision meters with ion balance testing
📌 ESD Control & Cleanrooms → Handheld or industrial-grade meters with auto-zeroing
📌 Manufacturing & Packaging → Meters with wide measurement ranges & data logging
📌 Automotive & Aerospace → Rugged, high-voltage field meters for large surfaces

4️⃣ Recommended Electrostatic Field Meter Brands

🔹 Trek – High-precision meters for semiconductors & research
🔹 Simco-Ion – Industrial & cleanroom electrostatic monitoring
🔹 Monroe Electronics – Versatile options for general ESD testing
🔹 Electro-Tech Systems (ETS) – Cost-effective field meters for various industries

Conclusion

To select the right Electrostatic Field Meter, consider measurement range, accuracy, portability, and application-specific needs. For high-precision industries, opt for meters with ion balance testing & data logging, while general ESD control can use basic handheld models.

Would you like recommendations based on your specific use case? 😊