3-phase AC Voltage Power Transducer, 0~120V/0~300V/0~450V/0~600V

$237.08

Factory price 3-phase AC voltage power transducer for sale online. The three-phase AC voltage power transducer supports 0~120V/0~300V/0~450V/0~600V AC voltage input, provides 0~10VDC/0~5VDC output, and has an accuracy of up to 0.2%/0.5%.

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SKU: ATO-PT-V3

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Delivery date: 6-12 days

Overview

The 3-phase AC voltage power transducer is sold at a low price, with an accuracy of 0.2%/0.5%, a response time of less than 400ms, and an output ripple of ≤0.5% RO peak. The three-phase AC voltage power transducer is designed for different environments, and the storage conditions are a temperature of -20~70℃ and a relative humidity of less than 70%.

Specification

Model	ATO-PT-HDB-V3
AC Voltage Input	0~120V，0~300V，0~450V，0~600V, etc. (optional)
Input Load	Voltage transformer PT: ≤0.1VA
Allow Overload	Voltage×1.2 times the nominal value lasts
Accuracy	0.2%, 0.5% (optional)
Response Time	≤400ms
Output Voltage	0~10VDC, 0~5VDC (load resistance = input voltage/10mADC)
Output Current	0~20mADC, 4~20mADC (Load resistance=10VDC/output current)
Output Ripple	≤0.5% RO peak
Work Environment Temperature and Humidity	0~50℃/less than 80% relative humidity (no condensing)
Storage Conditions Temperature and Humidity	-20~70℃/less than 70% relative humidity (no condensation)
Aux.power Supply	AC/DC 80V~270V, please contact us for special specifications
Isolation	Input/output/power supply/shell
Power Consumption	DC about 3W, AC about 4VA
Material of Shell	ABS fireproof material
Weight	About 450 grams
Compressive Strength	AC2kVrms/min
Insulation Resistance	>100MΩ at DC500V
Dimensions	120（L）× 110（W）× 75（H）mm
Installation Method	35mm standard guide rail or fixed on the cabinet

Dimension (Unit: mm)

Dimension of 3 phase AC voltage power transducer

Calibration Fine Tuning

3 phase AC voltage power transducer calibration fine tuning

PWR: Power indicator
SPAN: Calibration full scale potentiometer
ZERO: Zero potentiometer

Wiring

Tips: Use and maintenance of power transducer

Regular calibration: After long-term use, the sensor may drift. Regular calibration is recommended to ensure accurate measurement.
Check the connection terminals: After long-term operation, the terminal screws may loosen, resulting in unstable signals. Check and tighten them regularly.
Avoid overload: Make sure the input signal does not exceed the rated range to prevent damage to the sensor or increase in measurement error.
Prevent moisture and high temperature: Excessive ambient temperature and humidity may affect the life of the circuit board. Keep it ventilated and dry.

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