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1. Surface Adherence: The probe adheres to the surface of the object for noninvasive temperature measurement.
Immunity to Electromagnetic Interference: Resistant to electromagnetic interference, ensuring accurate readings in complex environments.
2. High Voltage Insulation and Explosionproof: Designed to withstand high voltage and hazardous conditions for enhanced safety.
3. Single Point Temperature Measurement, Digital Signal Output: Provides precise singlepoint temperature measurements with digital signal output for easy integration into monitoring systems.
4. Customizable and Compact Design: The small diameter of the optical fiber probe allows for customization to fit specific applications, while the compact transmitter facilitates easy installation.
5. Dip Switch Configuration: Features dip switches for direct communication address configuration, simplifying setup and operation.
IFC2B16F20 fiber optic temperature measurement transmitter | |
Working power supply | AC220V |
Number of temperature measuring channels | 1~16 channels (optional) |
communication method | RS485 communication, Modbus protocol |
Fiber optic connector | ST connector |
Size | Appearance size: 145*54*100 (length*width*height) |
Provides two switching output signals |
Industrial Processes: Monitor temperature in manufacturing and production processes.
Environmental Monitoring: Ensure precise temperature control in environmental monitoring applications.
Energy Management: Optimize energy systems by monitoring temperature variations.
Safety Compliance: Ensure compliance with temperature regulations in hazardous environments.
Research and Development: Facilitate temperature monitoring in research and development projects.
To use the transmitter, adhere the probe to the surface of the object to be measured. Configure the communication address using the dip switches for seamless integration into existing systems. Refer to the user manual for detailed instructions.
1. Q: Can this transmitter withstand high temperatures?
A: Yes, it can measure temperatures up to 1000°C accurately.
2. Q: Is it suitable for use in hazardous environments?
A: Absolutely, it's designed to be explosionproof and can withstand high voltage insulation.
3. Q: How do I configure the communication address?
A: Use the dip switches provided on the transmitter for direct configuration of the communication address.
4. Q: What is the expected lifespan of the transmitter?
A: With proper use and maintenance, you can expect a lifespan of over 10 years for our Optical Fiber Temperature Measurement Transmitters.