Digital AC Voltage Transducer with RS485 output .GS-AVI1B1-GxSB

Product Details:

Application measuring voltage
Product Type digital ac voltage transducer
Usage measuring voltage
Material ABS ,flame retardancy
Dimension(L*W*H) 116*25*42 Millimeter (mm)
Output Digital Sensor
Theory Current Sensor
Supply Ability : 50000 Unit Per Month
Share Your Product:

Get a Price/Quote

Send Inquiry

Price And Quantity

Minimum Order Quantity 1 Unit

Product Specifications

Dimension(L*W*H) 116*25*42 Millimeter (mm)
Material ABS ,flame retardancy
Operating Temperature -20-60 Celsius (oC)
Output Digital Sensor
Usage measuring voltage
Product Type digital ac voltage transducer
Theory Current Sensor
Accuracy 0.2 %
Type digital AC Voltage Transducer
Application measuring voltage

Trade Information

FOB Port Shenzhen
Payment Terms Paypal, Western Union, Telegraphic Transfer (T/T), Letter of Credit at Sight (Sight L/C)
Supply Ability 50000 Unit Per Month
Delivery Time 2-3 Days
Sample Available Yes
Sample Policy Contact us for information regarding our sample policy
Main Export Market(s) Africa, Middle East, Western Europe, Eastern Europe, South America, North America, Central America, Australia, Asia
Main Domestic Market All India
Certifications CE, ROHS,ISO

Product Description

Digital Single Phase AC Voltage Transducer with RS485 Output GS-AV1B1-GxSB

Overview

GS-AV1B1-GxSB series is single phase AC Voltage transducer with RS485 output,designed to measure voltage ranging from 75mV to 1000V DC;.It detects the voltage in a live wire,converts and then generates RS485 signal that can be connected to PLC or data acquisition system. It complies with Modbus-RTU protocol. With the advanced MCU and precisive 24-digit A/D Converter inbuilt, this type of transducer has the advantages of high precision and superior performance.

Accuracy:0.2%;

Input range:AC 75mVï½ž1000V;

Output:RS485

Power supply:DC 12V 24V;

For more details of this transducer please visit out website

http://syncmeter.com/products/Digital_AC_Voltage_Transducer/Single_Phas/152.html