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3 Phase AC Voltage Sensor 5V to 500V, Output 4-20mA/RS485/0-10V

This 3 Phase AC voltage sensor is designed for accurate and reliable measurement of three-phase AC voltages ranging from 5V to 500V. It provides versatile output options including 4-20mA current loop, 0-10V analog voltage, and RS485 digital communication, ensuring seamless integration into various monitoring and control systems. Featuring high isolation, excellent linearity, and robust protection against overloads and surges.
SKU: CCHN-VOS-3AC500V
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Delivery date: 6-25 days

This 3 Phase AC voltage sensor is a high-performance device engineered for precise measurement and conversion of three-phase AC line voltages. It offers multiple isolated output signals, making it highly adaptable for diverse industrial automation and power system applications. Built with advanced electromagnetic isolation technology and comprehensive protective features, voltage level sensor ensures stable operation and long-term reliability in demanding environments.

Specification

Model CCHN-KXY43-VD
Installation Method Standard DIN Rail + Flat Screw Fixation
Measurement Range AC0-5V; AC0-50V; AC0-100V; AC0-150V; AC0-220V; AC0-250V; AC0-380V; AC0-450V; AC0-465V;AC0-500V
Output Form 0~10V; RS485; 4-20mA
Auxiliary Power Supply DC+5V, DC+12V, DC+15V, DC+24V; AC/DC 110V, AC/DC 220V; Wide Voltage: DC 6.5-36V, DC 12-36V, DC 15-36V; User Specifiable
Load Capacity Voltage Output: ≥5mA; Current Output: ≥6V
Linearity 0.1%
Accuracy 0.5%
Bandwidth 20 Hz ~ 5 kHz
Overload Capacity 2 times nominal input
Current Consumption <15mA + Output Current
Isolation Voltage 1500V AC / 50Hz / 1min / 2mA
Offset Voltage ≤10mV
Response Time Following Output <1ms; DC Transmitting Output <250ms
Temperature Drift ≤100 ppm/°C
Operating Temperature -20°C to +80°C
Storage Temperature -25°C to +85°C


Feature

  • Wide Voltage Measurement for Three-Phase Sensor: This 3 phase AC voltage measuring sensor accurately measures three-phase AC voltages from 5V up to 500V, catering to a broad spectrum of industrial power systems.
  • Versatile Output Options of the Voltage Sensor: 3 phase voltage sensor provides flexible output configurations including the standard 4-20mA current signal, 0-10V voltage signal, and RS485 digital interface for easy system integration.
  • High Isolation & Safety in the 3 Phase Sensor: This voltage measuring transducers incorporates triple-end isolation and electromagnetic isolation technology, enhancing safety and protecting connected equipment from high-voltage transients.
  • Robust Protection for the Voltage Sensor: 3 phase AC voltage transducer features 6-fold protection including input overload, output overcurrent, short-circuit, surge, overvoltage, and reverse connection protection for secure and durable operation.
  • High Accuracy & Stability of the Sensor: This voltage generating sensor achieves high measurement accuracy with low temperature drift, ensuring consistent and reliable performance across its operating temperature range.
  • Compact & Easy Installation of the 3 Phase Sensor: The compact design of this voltage sensor facilitates simple mounting via standard DIN rail or flat screw fixation, while terminal blocks allow for quick and easy wiring.

Dimension

 3 phase ac voltage sensor dimensions

Wiring Diagram
3 phase ac voltage sensor wiring diagram

Signal KXT43U-VD (three-phase four-wire star connection / power supply DC24V)

3 phase ac voltage sensor wiring diagram

Signal KXT43U-VD (three-phase three-wire delta connection / power supply DC24V)

KXT43U-VD (three-phase three-wire star connection / power supply DC24V)

3 phase ac voltage sensor wiring diagram

Signal KXT43U-VD (three-phase four-wire star connection / power supply 220V)

3 phase ac voltage sensor wiring diagram

Signal KXT43U-VD (three-phase three-wire delta connection / power supply 220V)

KXT43U-VD (three-phase three-wire star connection / power supply 220V)

5 Tips for 3 Phase AC Voltage Sensor 

  1. Ensure the selected voltage measurement range of the 3 Phase AC voltage sensor adequately covers the system's maximum operating voltage, including potential surges.
  2. For long-distance transmission, the 4-20mA output from the voltage sensor is generally preferred due to its inherent noise immunity.
  3. When using the RS485 interface on this voltage detection sensor, proper termination and adherence to communication protocol specifications are crucial for reliable data exchange.
  4. Verify that the auxiliary power supply voltage matches the 3 phase voltage generating sensor's requirements before energizing the device.
  5. For optimal performance and safety, install the voltage transducer in a well-ventilated environment within its specified operating temperature range.