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Multi functional industrial signal analog isolator

NegotiableUpdate on 03/05
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Overview
The multifunctional industrial signal analog isolator can measure electrical parameters such as current and voltage, or non electrical parameters such as temperature and resistance at high speed and accurately, and convert them into standard analog signal outputs through isolation. It can be directly connected to pointer meters and digital displays, as well as to automatic control instruments (such as PLCs), various A/D converters, and computer systems.
Product Details

Multi functional industrial signal analog isolatorsummary:

The BM series analog signal transmitter can isolate and convert electrical parameters such as current and voltage, as well as non electrical parameters such as temperature and resistance, into standard analog signal outputs. It can be directly connected to pointer meters and digital displays, as well as to automatic control instruments (such as PLCs), various A/D converters, and computer systems.


Widely used in automation systems in industries such as power, railway, petrochemical, metallurgy, chemical, food, and warehousing, it is a cost-effective product.

Multi functional industrial signal analog isolatorKey selection points

  1. Determine the input/output signal typeSelect the appropriate isolator based on the signal type of the on-site equipment (such as voltage, current, thermal resistance, etc.).

  2. Consider the power supply methodChoose circuit powered, independent powered, or output powered isolators based on system requirements and wiring convenience.

  3. Pay attention to accuracy and stabilityChoose isolators with high transmission accuracy and good stability to ensure accurate signal transmission.

  4. Evaluate anti-interference capabilitySelect isolators with strong anti-interference capabilities based on the on-site electromagnetic environment to eliminate the impact of interference signals on the system.

  5. Consider carrying capacitySelect the appropriate isolator load capacity based on the requirements of the downstream load to ensure stable signal transmission.