Kit for the measurement of electromagnetic fields with a large band consisting of: 520 Meter NBM, hard case with accommodation for up to 2 sensors, power supply 9 VDC, 1 meter long strap, RP-02 optical fiber length of 2 meters, electro-optical converter RP -02/USB, NBM-TS software for data transfer to PC and user manual
General Features:
Isotropic measurements of electromagnetic fields from 100 kHz to 60 GHz
Mini graphic display
Quick coupling sensors with calibration parameters on the internal EEPROM
Operations remotely via a PC connection with fiber optic
Rechargeable or replaceable by the operator
Possible connection with NBM 550 (controller)
Specifications:
Units of measurement set: mW/cm2, W/m2, V / m, A / m,% (the standard set)
Field value in the display: current, max, Media, Media Space
Reading total of 3 axis x, y, z
Averaging time set to 4 sec. 30 min in steps of 2 sec (selectable via PC software)
Media space: continuous or discrete (software selectable PC)
Optical interface for PC connection via optical fiber.
Correction in frequency from 1 kHz to 100 GHz at a preset value and linear interpolation between calibration points (selectable via PC software)
Visual and sound increases and decreases in field values measured relative to a threshold value (selectable via PC software)
Setting the alarm threshold set by the operator exceeded (selectable via PC software)
Battery charging time 2 hours
Weight 300 g without sensor
Dimensions: 38 x 52 x 195 mm (without sensor)
Operating temperature: -10 ° C to +50 ° C
Non-operating temperature (transport): -30 ° C to +70 ° C
Recommended range for calibration: 2 years
Probe for the measurement of the electrical component of the electromagnetic field. Frequency range 3 MHz - 18 GHz Socket for meters to baglionetta NBM series of 500 with recognition and automatic loading of calibration values of the sensor.
Probe for measuring the magnetic component of electromagnetic field. Frequency range 27 MHz - 1 GHz Socket to baglionetta for meters Series NBM 500 with recognition and automatic loading of calibration values of the sensor.
