HYKCD RS485 Digital Signal Current Transformer/sensor

  • Rated current(lpn AC): 50A,100A,150A,200A
  • Rated output: DC 4-20mA
  • Supply voltage: +12V,+24V
  • Power Consumption: 35mA

HYKCD current sensor uses advanced sensing technology and integrator function. This state-of-the-art device will redefine the way we measure and monitor current. Equipped with RS485 digital signal output and user-friendly hinge interface, this current sensor can be seamlessly integrated into a variety of industrial applications from automation to renewable energy.

Directions for use:

  • When the current will be measured goes through a sensor, the current will be measured at the output end. (Note: The false wiring may result in the damage of the sensor)
  • Custom designs with different rated input currents are available..

Applications:

  • Industrial Automation: In automation processes, HYKCD provides accurate current measurement for motors, pumps, compressors, and other equipment. Its integrator function helps monitor energy consumption, optimize performance, and implement predictive maintenance strategies.
  • Renewable Energy: In renewable energy applications such as solar panels and wind turbines, KCD ensures accurate monitoring of current during charging and discharging. And outputs RS485 digital signals for seamless integration into renewable energy systems.
  • Battery Management: For electric vehicles and energy storage systems, HYKCD’s integrator function plays a vital role in monitoring charging and discharging cycles, optimizing battery performance, and extending battery life.
  • Building Management Systems: HYKCD facilitates efficient power distribution and HVAC systems in building management applications, facilitating energy efficiency analysis and resource optimization
  • Data Centers: Ensuring reliable power distribution and monitoring in data centers is critical, and HYKCD excels in this area, providing accurate current measurement and facilitating efficient energy management.

Feature:

  • High-precision sensing technology: At the heart of the Open Sensor HYKCD is its advanced sensing technology, which ensures accurate and reliable current measurement. Whether in demanding industrial environments or critical energy storage applications, the KCT-L consistently delivers accurate and reliable real-time data.
  • Integrator Function: Setting a new standard for current sensors, the HYKCD incorporates an integrator function that enables users to accurately track accumulated charge over time. This feature is useful in scenarios where cumulative current measurement is critical, such as in battery charging and discharging applications, where it can provide insight into energy usage patterns and enable predictive maintenance.
  • RS485 digital signal output for seamless integration: The HYKCD is equipped with an RS485 digital signal output that complies with the industry standard RS485 digital signal data transmission. This output ensures stable and interference-free communication, making it ideal for large industrial applications where accurate and reliable data transmission over long distances is critical. It is compatible with existing systems and programmable logic controllers (PLCs), simplifying the integration process.
  • Hinged connector for added convenience: The Open Sensor HYKCD understands the importance of ease of use in industrial environments and features a hinged connector. This innovative design facilitates easy loading and unloading of conductors or cables, reducing installation time, maintenance effort, and overall operating costs. The user-friendly interface increases efficiency and minimizes downtime during sensor replacement or repositioning.

The Open Sensor HYKCD represents a significant advancement in current sensing technology. With its high accuracy, integrator functionality, RS485 digital signal output, and hinged interface, the HYKCD is poised to revolutionize current sensing applications across industries. Embrace the future of accurate and reliable current sensing and unlock new possibilities for increased efficiency and productivity with the Open Sensor HYKCD.

Experience cutting-edge innovation from Open Sensor HYKCD – your partner in advanced sensing solutions.

Parameters KCL-16L-50A KCL-16L-100A KCL-16L-150A KCL-16L-200A Unit
Rated current(lpn AC) 50A 100A 150A 200A A
Measure range(lp AC) 0-50A 0-100A 0-150A 0-200A A
Rated output RS485 digital signal mA
Supply voltage +12V V
Power Consumption 35 mA
Zero current 4+0.1 mA
Offset drift -40~+85℃  +0.005mA mA/℃
Output drift -40~+85℃  +0.005mA mA/℃
Linearity 1 %FS
Response time ≤200ms ms
Galvanic isolation 5KV KV
Bandwidth 20~20000 Hz

FAQ

1. What current ranges are available for the HYKCD current sensor?

The HYKCD current sensor offers rated AC current options of 50A, 100A, 150A, and 200A, with corresponding measurement ranges starting from 0A. Select a range that covers your maximum expected operating current. For other rated input currents, contact HEYI to discuss custom requirements.

2. Can the HYKCD current sensor measure DC current?

The published HYKCD specifications list AC current measurement. For DC current monitoring, including battery charging and discharging applications, please contact HEYI to confirm a suitable sensor model before ordering.

3. What should I confirm before connecting HYKCD to a PLC?

Confirm the sensor’s output type, supply voltage, and wiring requirements against your PLC specifications. For an RS485 version, also verify the communication protocol, baud rate, device address, and register map. RS485 alone does not confirm Modbus RTU compatibility.

4. How is the HYKCD current sensor installed?

The HYKCD features a hinged opening that allows installation around an existing conductor. Before installation, confirm that the cable fits the sensor aperture. Follow the wiring diagram for the selected model, fully close the sensor, and observe the applicable electrical safety procedures.

5. What are the linearity and response time of the HYKCD current sensor?

The published specifications list a linearity of 1% FS and a response time of no more than 200 ms. Linearity is one part of measurement performance and should not be treated as total accuracy. For applications with specific accuracy requirements, request the complete specifications and test conditions from HEYI.

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