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DIN-800V

imperix

DIN RAIL-MOUNTABLE VOLTAGE SENSOR - imperix


DIN-800V
DIN-800V

PDF File DIN-800V PDF File



Description
±800 V DIN RAIL-MOUNTABLE VOLTAGE SENSORS GENERAL DESCRIPTION The ModuLink ±800 V isolated voltage sensors are easyto-use devices, tailored for power electronics applications.
When employed with imperix’s BoomBox control platform, the sensors provide plug&play connectivity and can be directly powered by the control platform.
The devices produce a balanced full-differential output signal, proportional to the sensed voltage.
For best EMC performance, the output signal is typically meant to be carried by a shielded twisted pair embedded in RJ45-type cables.
Modulink sensors can be easily clipped on 35mm DIN rails and are compatible with up to 6 mm2 wires.
They guarantee the galvanic isolation of the sensing circuit up to 1 kVRMS KEY FEATURES AND SPECIFICATIONS –– ±800 V measuring range –– Minimum 60 kHz measurement bandwidth –– Balanced full-differential signal output –– Typical sensitivity of 2.
46 mV/V –– 1.
2 kVPK galvanic isolation (permanent) –– ±0.
15 % typical precision –– Compatible with standard ±15 V power supplies –– Mountable on 35 mm DIN rails V+ 8x 1MΩ 0.
1% 2K7 0.
1% V- ISO5V 1 power supplies, 2 lters 3 3V3 4 VCC VCC GND VO+ 470pF GND 5 VO- 6 GND 7 VEE 8 VEE BOOMBOX CONFIGURATION The recommended configuration for the BoomBox is shown in Table 1 : Sensitivity 2.
46 mV/V Filter Gain Filter = NONE G= 4 Input High-impedance Table 1.
  Suggested configuration of the BoomBox Imperix recommends to consider calibrating each sensor for improved accuracy.
When difficult, at least the offset shall be compensated for.
6 5 4 3 2 1 MECHANICAL DIMENSIONS D D 38,5 -+ 34,8 51,8 26,5 C C -+ 94,5 ABSOLUTE MAXIMUM RATINGS Parameter Symbol Test conditions B Maximum tolerable differential input voltage Vin,max,abs Maximum working isolation voltage VIORM Highest allowable short-term isolation voltage (60s) VIOTM Power supply voltages ±VCC Min.
Typ.
Max.
Unit - 1.
6 - kV B ±12.
0 1.
2 4.
0 ±15.
0 ±16.
0 kVPEAK kVPEAK V SENSOR PAR...



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