Surface-Mount Temperature Sensors
Ultra-Slim Design for Tight Spaces
Surface-mount temperature sensors are specifically designed for measuring temperatures on solid surfaces. They utilize a variety of temperature-sensing cores, including high-precision platinum resistance thermometers, thermocouples, and digital chips, and are categorized into two main types: integrated transmitter models and bare probe models.The probe features a flat metal patch design that can be securely bonded to equipment surfaces using high-temperature adhesive or aluminum foil tape, providing a large contact area and rapid heat transfer. The integrated models incorporate a sealed signal conversion module capable of directly outputting standard industrial signals, making them compatible with PLCs and data acquisition terminals for remote temperature measurement. They are widely used in surface temperature measurement applications across new energy, meteorology, industrial pipelines, and scientific research.
- Temperature-sensing element types: RTD / Thermocouple / Thermistor (optional)
- Probe Structure: Thin-film patch probes, chip-packaged probes, etc. (select based on mounting surface and response requirements)
- Mounting Methods: Thermal-conductive adhesive backing, screw mounting, magnetic attachment, clamp fastening
- Housing Materials: Red copper/brass, stainless steel, aluminum casing, polyimide film, silicone rubber, etc.
- Temperature Measurement Range: Depends on the packaging material and wiring
- Lead Material: Standard/high-temperature-resistant/shielded wires available; wire length can be customized
- Connector Configuration: Bare wires, terminals, plug-in connectors, etc. (optional)
Product Description
Surface-mount temperature sensors are specifically designed for measuring temperatures on object surfaces. The product is secured using high-temperature-resistant adhesive or by compression, eliminating the need to drill holes in equipment and ensuring easy installation. Its built-in sensing element features high accuracy, a wide measurement range, excellent stability, and strong corrosion resistance, and supports a variety of output signal options. It is suitable for surface-mounted temperature measurement in equipment retrofits, localized monitoring, and space-constrained scenarios.
Applications
- Semiconductor Industry: Used for precision surface temperature monitoring of semiconductor process equipment, power modules, and fixture carrier boards.
- New Energy Industry: Suitable for surface temperature monitoring of photovoltaic, wind power, and energy storage equipment, enabling stable, all-weather outdoor temperature measurement.
- Meteorology and Transportation: Used for environmental and equipment surface temperature data collection at meteorological monitoring stations, mobile monitoring vehicles, and port facilities.
- Industrial Equipment: Widely used for non-destructive surface temperature monitoring and surveillance of industrial equipment such as pipelines, molds, motors, and air ducts.
- Scientific Research and Experimentation: Suitable for high-precision contact temperature measurement of various laboratory fixtures and experimental equipment.
- HVAC and Refrigeration: Used for surface temperature measurement of central air conditioning, heat exchangers, and chilled water equipment to assist in maintaining constant system temperatures.
Advantages
- Accurate and Stable Temperature Measurement: Equipped with high-precision temperature-sensing elements, it adheres tightly for uniform heat transfer, ensuring stable measurements and excellent repeatability.
- Flexible, Convenient, and Efficient Installation: Supports both adhesive-free mounting and screw fastening, suitable for various equipment surfaces including flat, curved, and piped surfaces.
- Multiple Signal Outputs and Stable Transmission: Compatible with mainstream industrial signals, highly resistant to interference, and capable of stable, loss-free transmission over long distances.
- Weather-Resistant, Corrosion-Resistant, and Widely Adaptable: Made of high-quality, rust-proof, waterproof, and corrosion-resistant materials, it can withstand complex outdoor, humid, and dusty operating conditions.
- Customizable and Highly Adaptable: Dimensions, cables, signals, and accuracy can be customized as needed to suit various non-standard temperature measurement scenarios.
- Reliable Protection and Long Service Life: The sealed potting process provides dust and moisture protection, resists environmental erosion, and ensures stable, durable long-term operation.
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