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AC Voltage Sensor, Range 10V to 1000V, Power Supply DC 12V/24V/36V

AC voltage sensors have voltage measuring range from 10V/50V/100V/200V/500V/800V to 1000V, supply voltage DC 9V~36V, work temperature -25~+70℃, frequency range 25Hz ~ 3kHz and good EMC design. Voltage sensors have two installation methods, DIN rail installation and M3 screw fixation.
SKU: CCHN-VOS-AC1000
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Delivery date: 6-25 days

AC voltage sensor has measuring range of AC 10V/50V/100V/200V/300V/500V/800V to 1000V.

Specification:

Model CCHN-WBV412M05 CCHN-WBV414M05
Shipping weight 1kg
Measuring range of input voltage * AC 0-10V ~ 0-1000V
Short-time overload 2 times of nominal input voltage, 1s in duration, interval time 10s, repeat 10 times
Linear measurement range 0% ~ 120% measuring range
Frequency range 25Hz ~ 3kHz
Output signal * DC 0-5V, 0-10V (only for power supply DC 24V), 1-5V DC 4-20mA, 0-20mA
Power supply DC 9V~36V
Accuracy 0.2%F.S.
Load capacity 5mA 300Ω
Response time ≤300ms
Temperature drift 100*10-6/℃ 150*10-6/℃
Static power consumption 0.6W
Output ripple voltage ≤10mV (RMS)
Isolation features Isolation between input, output and power supply
Isolation voltage Input and output: AC 2.5kV, 1min
Power supply and input: AC 2.5kV, 1 min
Power supply and output: AC 2.5kV, 1 min
Work temperature -25~+70℃
Storage temperature -40~+85℃
Protection features EMC standards: EN61326: 2006
Safety standards: EN60100:2001
Mean time between failures >50000h
Housing material PC + fire-retardant ABS
Wiring Terminal connection
Installation DIN rail (NS35/7.5, NS35/15, EN50022), or screw (M3) fixation

Voltage sensor AC 10V to 1000V dimensional drawing (unit: mm):
AC voltage sensor 10V to 1000V power supply DC 12V/24V/36V dimension
Voltage sensor AC 10V to 1000V wiring diagram:
AC voltage sensor 10V to 1000V power supply DC 12V/24V/36V wiring

Details

Voltage sensor range 10v to 1000v details

Tips: How to choose a voltage sensor?
In the voltage measurement, the appropriate voltage sensor should be selected according to the specific situation. The basic principles of voltage sensor selection are:

  1. The range of the measured voltage is an important basis for selecting a voltage sensor, so there must be a wide enough voltage measurement range.
  2. Confirm the output signal and power supply of the voltage transducer.
  3. The response time is fast enough, especially for overload protection, the response time of the voltage sensor must be fast enough.
  4. The voltage sensor should have a wide enough frequency range and high enough measurement accuracy. If the frequency exceeds the measurement range, waveform distortion will occur in actual use.
  5. The voltage transducer has sufficiently high input impedance. The input resistance of the voltage sensor is the additional load of the circuit under test. In order to reduce the impact of the access of the measurement circuit on the circuit under test, it is required to have higher input impedance.
  6. Confirm whether the voltage sensor isolation level is met environmental requirements, the isolation voltage is high enough, and the safety factor reaches the standard.
  7. The voltage sensor should have high anti-interference ability, because the measured voltage often contains some components that do not need to be measured, such as noise interference.