NLU5000 Loading Unit


  • Exceptional versatility and reliability
  • Three output taps for a wide range of load impedances
  • Configurable maximum current: 5000A on the 2.3V range, 2500A on the 4.6V range or 1250A on the 9.2V range
  • Seamless connection to the Control Unit with included interconnect lead
  • Designed to meet the stringent requirements of BS EN61010
  • Duty cycle trip and thermal protection for enhanced safety

The NLU5000 Loading Unit is an essential companion to the PCU1-SP Mk2 Primary Current Injection Test System. It offers exceptional versatility and reliability by working seamlessly in conjunction with the system. Additionally, its three output taps provide a wide range of load impedances, making testing more flexible.

You can configure the unit to deliver a maximum current of 5000A on the 2.3V range, 2500A on the 4.6V range or 1250A on the 9.2V range. Connection to the Control Unit is straightforward thanks to the included interconnect lead, a standard accessory. This simplifies the setup process and ensures seamless integration.

Moreover, the NLU5000 Loading Unit carries the UKCA mark, demonstrating compliance with applicable UK safety standards. It is also designed to meet the stringent requirements of BS EN61010, ensuring safety and reliability in all testing scenarios.

To prioritize safety and performance, the NLU5000 Loading Unit comes equipped with a duty cycle trip and thermal protection. These features safeguard against overload and overheating, ensuring reliable and efficient operation. Whether conducting primary current injection testing, stability testing, or circuit breaker testing, the NLU500 Loading Unit offers precise and accurate results.

 

Weight 60 kg
Dimensions 450 × 275 × 305 mm
Supplied Accessories User manual
Calibration certificate
Output screw set
2 x 19mm ring combi spanner








Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    NLU5000 Loading Unit

    • Exceptional versatility and reliability
    • Three output taps for a wide range of load impedances
    • Configurable maximum current: 5000A on the 2.3V range, 2500A on the 4.6V range or 1250A on the 9.2V range
    • Seamless connection to the Control Unit with included interconnect lead
    • Designed to meet the stringent requirements of BS EN61010
    • Duty cycle trip and thermal protection for enhanced safety

    The NLU5000 Loading Unit is an essential companion to the PCU1-SP Mk2 Primary Current Injection Test System. It offers exceptional versatility and reliability by working seamlessly in conjunction with the system. Additionally, its three output taps provide a wide range of load impedances, making testing more flexible.

    You can configure the unit to deliver a maximum current of 5000A on the 2.3V range, 2500A on the 4.6V range or 1250A on the 9.2V range. Connection to the Control Unit is straightforward thanks to the included interconnect lead, a standard accessory. This simplifies the setup process and ensures seamless integration.

    Moreover, the NLU5000 Loading Unit carries the UKCA mark, demonstrating compliance with applicable UK safety standards. It is also designed to meet the stringent requirements of BS EN61010, ensuring safety and reliability in all testing scenarios.

    To prioritize safety and performance, the NLU5000 Loading Unit comes equipped with a duty cycle trip and thermal protection. These features safeguard against overload and overheating, ensuring reliable and efficient operation. Whether conducting primary current injection testing, stability testing, or circuit breaker testing, the NLU500 Loading Unit offers precise and accurate results.

     

    Weight 60 kg
    Dimensions 450 × 275 × 305 mm
    Supplied Accessories User manual
    Calibration certificate
    Output screw set
    2 x 19mm ring combi spanner








    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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