CAMILLE BAUER sensor SINEAX G537

NegotiableUpdate on 02/27

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Overview

CAMILLE BAUER sensor SINEAX G537 $r $n converter, used to convert the phase angle difference between two networks to be synchronized into a DC current or DC voltage signal proportional to the measured value. The SINEAX G537 sensor converts the phase angle difference between two synchronous power sources into load independent DC current or load independent DC voltage proportional to the measured value.

Product Details

Product Name:CAMILLE BAUERsensorSINEAX G537

Product Model:SINEAX G537

Product Introduction

Converter, used to convert the phase angle difference between two networks to be synchronized into a direct current or direct voltage signal proportional to the measured value.

sensorSINEAX G537 converts the phase angle difference between two synchronous power sources into load independent DC current or load independent DC voltage proportional to the measured value.

The sensor meets the requirements for electromagnetic compatibilityAll important requirements and regulations for EMC and security (IEC 1010 and EN 61 010). It is developed, manufactured, and tested strictly in accordance with the quality assurance standard ISO 9001.

Performance Characteristics

lMeasurement input of nominal input voltage with distortion of sine wave, square wave or main fundamental wave

lGenerator and bus input voltage:10 to 690 V

lNominal input frequency:50 Hz

lAuxiliary power supply:85 to 230 V AC/DC

lInput frequency response time period:4

lMeasurement range limitation:± 10 ° to<± 180 ° el

lMeasurement output can provide unipolar, bipolar, or real-time zero output quantity

lMeasurement method: Obtain the distance between zero crossing points

lPower Supply: IntegratedAC-DC power pack, wide tolerance range, universal

lShell for top cap guide rail installation