Paladin Advantage Universal Programmable Transducer

Paladin Advantage Universal Programmable Transducer

SKU: 254-XZZ
0.00excl VAT0.00incl VAT

The Paladin Advantage Universal Programmable Transducer measures, isolates, and converts all major electrical parameters into an industry-standard DC output signal. Suitable for use in single and three-phase balanced or unbalanced three or four-wire electrical systems, this versatile device delivers accurate and reliable data.

The Paladin Advantage 254-XZZ is a programmable transducer that isolates and converts all main electrical parameters into a standard DC output signal. It is applicable in both single and three-phase balanced or unbalanced three or four-wire electrical systems. Featuring an accuracy of Class 0.2, it includes RS485 Modbus RTU communications protocol and a pulse/alarm output as standard.

The 254-XZZ allows for the conversion of all primary electrical parameters into a voltage or mA output. It enables measurement, isolation, and conversion of up to four user-defined inputs and outputs. The device is pre-programmed to the user’s requirements but can be easily reprogrammed for any application.

Developed, designed, and manufactured in the EU, the 254-XZZ integrates a microprocessor for exceptional handling of distorted waveforms. It is ideal for low, medium, and high voltage applications, offering high protection against continuous and short circuits with galvanically isolated inputs and outputs.

Paladin Advantage Universal Programmable Transducer Features & Benefits: 

    • Measurement, isolation, and conversion: Up to 4 parameters
    • Communications: RS485 Modbus RTU protocol
    • Outputs: Alarm/pulsed output
    • Programmable ratios: VT/CT ratio
    • Measurement type: True RMS measurement
    • Configuration: User programmable
    • Accuracy: Class 0.2
    • Construction: DIN-rail enclosure
    • Manufacturing origin: EU
    • Benefits:
      • Cost-effective
      • Fully configurable
      • High protection against short circuits
      • Galvanically isolated inputs and outputs

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