Measuring instruments
AC voltage sensor, output signal: 0-10 V DC, supply voltage: +24 V DC The AC voltage sensor works on the principle of electromagnetic induction and has been developed for applications for measuring and monitoring AC voltage. The output signal (DC voltage or current) of this voltage transformer is proportional to the AC voltage at the input. It is suitable for measurements and long-term monitoring of AC voltages and can be used for the management of supply voltages, AC motor drivers, and chargers or systems.
| Current type: | AC |
| Input Voltage Range: | 0-1000V 1AC |
| Output signal: | 0-10V DC |
| Supply voltage: | +24V DC |
| Accuracy: | 0,5% |
| Thermal drift: | 50-80ppm/°C |
| Response time: | ≤300ms |
| Insulation voltage: | 2.5 kV DC, 1min |
| Operating temperature: | -10°C ~ +60°C |
Other equipment also available with Input Voltage Range:
0-100V 1AC, 0-200V 1AC, 0-300V AC, 0-400V 1AC, 0-500V 1AC, 0-600V 1AC, 0-700V 1AC, 0-800V 1AC, 0-900V AC, 0-1000V 1AC
AC voltage sensor, output signal: 0-10 V DC, supply voltage: +24 V DC The AC voltage sensor works on the principle of electromagnetic induction and has been developed for applications for measuring and monitoring AC voltage. The output signal (DC voltage or current) of this voltage transformer is proportional to the AC voltage at the input. It is suitable for measurements and long-term monitoring of AC voltages and can be used for the management of supply voltages, AC motor drivers, and chargers or systems.
| Current type: | AC |
| Input Voltage Range: | 0-10V 1AC |
| Output signal: | 0-10V DC |
| Supply voltage: | +24V DC |
| Accuracy: | 0,2% |
| Thermal drift: | 50-80ppm/°C |
| Response time: | ≤300ms |
| Insulation voltage: | 2.5 kV DC, 1min |
| Operating temperature: | -10°C ~ +60°C |
Other equipment also available with Input Voltage Range:
0-100V 1AC, 0-200V 1AC, 0-300V AC, 0-400V 1AC, 0-500V 1AC, 0-600V 1AC, 0-700V 1AC, 0-800V 1AC, 0-900V AC, 0-1000V 1AC
| Characteristics | Value |
|---|---|
| Sensor principle | Inductive |
| Structure/thread | M5 x 0,5 (threaded design), fittable flush |
| Structural length | L = 30 mm |
| Switching distance (Sn) | 0,8 mm |
| Real switching distance (Sr) | 0,8 mm ± 10 % |
| Working area | 0 … 0,65 mm |
| Output | PNP, normally open |
| Operating voltage | 10 … 36 V DC |
| Current consumption | 15 mA (for 24 V) |
| Continuous current switching output | 100 mA |
| Voltage drop switching output | max. 2,5 V |
| Switching frequency | 2000 Hz |
| Protective functions | Reversal protection, short circuit protection (pulsed), overload protection |
| Degree of protection | IP65 |
| Ambient temperature | -25... +70 °C |
| Material | stainless steel (303 / 1.4305); active area: POM |
| Connection | cable 2 m (PVC), 3 x 0,14 mm2; BN=L+, BU=L-, BK=OUT |
| Display | 1x LED yellow (switching state) |
| Scope of delivery | 2x lock nut |
| Weight | 42,9 g |
| Tightening torque | 2 Nm |
For the continuous monitoring of the correct functioning of the protective conductor connection (PE) for the determination of electrical safety in machines and equipment, this measuring device is the right choice.
Its use is particularly important for:
- frequently changing locations where the electrical supply is repeatedly connected and disconnected
- the use of the equipment by laypersons (e.g. fairground operators, construction workers, etc.
- the use of unknown power outlets (CEE or Schuko)
- applications with extension cables or cable drums.
Technical data:
| Testable networks | L/N/PE – L1/L2/L3/PE – L1/L2/L3/N/PE |
| Test voltages | 1x 115/230 VAC – 3x 400 VAC, 50/60 Hz (depending on the version – see below) |
| Reporting contacts | Contact loading capacity depending on the AC 5A or 16A variant, potential-free |
| Type of assembly | Mounting on the support rail DIN EN 50022 |
| Dimensions HxBxT | 75 x 45 x 125 mm |
| Degree of protection | IP 20 |
| Ambient temperature | Operation -15°C... +40°C (storage -25°C... 70°C) |
| Humidity | 98%, no condensation |