| Quantity | 3+ units | 10+ units | 30+ units | 50+ units | More |
|---|---|---|---|---|---|
| Price /Unit | $154.23 | $151.08 | $146.36 | $140.07 | Contact US |
QLeTEK KL500A 100V 500A Bluetooth Smart Battery Monitor Coulometer Voltmeter Voltage Current Meter
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QLeTEK KL300A 100V 300A Bluetooth Smart Battery Monitor Coulometer Voltmeter Voltage Current Meter
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QLeTEK KL150A 100V 150A Bluetooth Smart Battery Monitor Coulometer Voltmeter Voltage Current Meter
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3-AXIS EMF/Radiation ElectroSmog Meter Tester TES92
Descriptions:
- This is 100% Brand New TES-92 ElectroSmog Meter Tester
- Non-directional (isotropic ) measurement with three-channel measurement probe.
Features:
- 50 MHz to 3.5 GHz frequency range.
- For isotropic measurements of electromagnetic fields.
- Non-directional (isotropic ) measurement with three-channel measurement probe.
- High dynamic range due to three-channel digital results processing.
- Configurable alarm threshold and memory function.
- Easy to use
Application:
- High frequency (RF) electromagnetic wave field strength measurement
- Mobil phone base station antenna radiation power density measurement
- Wireless communication applications (CW, TDMA, GSM, DECT)
- RF power measurement for transmitters
- Wireless LAN (Wi-Fi) detection, installation
- Spy camera, wireless bug finder
- Cellular / Cordless phone radiation safety level
- Microwave oven leakage detection
- Personal living environment EMF safety
- measure unit : mV/m , V/m , μA/m , mA/m , μW/m² , mW/m² , μW/cm²
| Sensor type | Electric field (E) |
| Frequency range | 50MHz to 3.5 GHz |
| Directional characteristic | Isotropic, 3-dimensional |
| Measurement range (CW signal>50MHz) | 20mV/m to 108.0V/m |
| Absolute error(@1V/m and 50MHz) | ± 1.0dB |
| Frequency response (taking into account typ. CAL factor) | ± 1.0dB (50MHz to 1.9 GHz) , ±2.4dB(1.9GHz to 35GHz) |
| Overload limit | 4.2W/m2 (40 V/m) |
| Temperature response(0 to 50 ¡æ) | ± 1.5dB |
| Note | Unless otherwise stated, all specifications hold under the following assumptions: |
| Sinusoidal signals; device in far-field of a source; probe head pointing toward source; ambient temperature +23 ¡æ±3 ¡æ;relative air humidity 25% to 75%. |
