GP series power transmitterDetailed product description：

GP series power transmitter

AC current and voltage transmitter is an instrument that can convert the measured AC current and voltage into DC current or voltage output in a linear proportion. Equipped with corresponding indicating instruments or devices, current and voltage measurement and control can be achieved in the AC circuit of the power system.

detailed description:
Function and Features

Purpose:
It is a device that isolates and transmits the measured AC current and voltage parameters into linear DC analog signals.

Measurement: single-phase two-wire, three-phase three wire AC current/voltage, active/reactive power, frequency, etc
Input range: 10Aac, 5Aac, 1Aac; 150Vac,450Vac,600Vac， 45~55Hz
Accuracy: ± 0.2% RO
Output: Analog signals such as 0~20mAdc, 4~20mAdc, 0~10Vdc, 0~5VDC, etc
Working power supply: AC220V ± 10% or AC/DC24~265V
Dimensions: Single phase 112 (L) × 65 (W) × 70 (H) mm, three-phase 112 (L) × 100 (W) × 70 (H) mm
Installation method: 35mm standard guide rail, base screw installation

Model, Specifications
GPA - Single phase current transmitter
GPV - Single phase voltage transmitter
GPF - Frequency transmitter
GPAX - Three phase current transmitter
GPVX - Three phase voltage transmitter
GPW-101- Single phase active power transmitter
GPW-201- Three phase three wire active power transmitter
GPW-301- Three phase four wire active power transmitter
GPK-101- Single phase reactive power transmitter
GPK-201- Three phase three wire reactive power transmitter
GPK-301- Three phase four wire reactive power transmitter
GPWK-101- Single phase active and reactive power transmitter
GPWK-201- Three phase three wire active and reactive power transmitter
GPWK-301 Three phase four wire active and reactive power transmitter
The difference between GPAR, GPVR, GPA, GPV, GPAX, and GPVX is the true effective value transformation, which does not affect measurement accuracy with waveform distortion, making it particularly suitable for areas with severe waveform distortion.