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    Temperature Sensor

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    Digital Duct Temperature Sensor, -40°C-120°C

    ● Onput Signal: RS485 / 4-20mA / 0-5V / 0-10V ● Accuracy: ±0.2°C (25°C) ● Range: -40°C-120°C ● Response Time: ≤25s (1m/s Wind Speed)
    $129.88

    Industrial Infrared Temperature Sensor, 0-1200℃

    ● Range: 0-1200℃ ● Object Distance Ratio: 20:1 ● Accuracy: ±1% reading or ±1℃ ● Signal Output: 4-20mA
    $162.43

    Pipe Thermocouple with Display, -50~100℃

    ● Measuring Range: -50~100℃ ● Measuring Medium: Air ● Output Signal: 4-20mA / RS485 ● Accuracy Level: 0.5%FS / 0.25%FS
    $85.00

    Portable Dew Point Sensor for Laboratory, -30~60°C

    ● Dew point range: -30~60°C ● Display: Color LCD screen ● Data storage: 99 groups ● Curve display: Real-time measurement curve
    $1,132.15

    Pt100 3 Wire RTD Sensor

    ● Measuring Range: -200℃-420℃ ● Division No.: Pt100 ● Accuracy Class: Class A or Class B ● Length: 100mm / 200mm / 250mm / 300mm / 400mm / 500mm
    $94.54

    2 Wire RTD Sensor, Pt100

    ● Transmission Mode: Two-wire System ● Ambient Temperature: -25℃-80℃ ● Transmitter Module Type: 4-20mA / 4-20mA + HART ● Connection Box: Waterproof Type
    $121.14

    Handheld Dew Point Sensor, -30~80°C, IP66

    ● Dew point range: -30~80°C ● Protection level: IP66 ● Report generation: Automatic ● Measurement: 4 parameters simultaneously
    $425.54

    K Type Thermocouple, Stainless Steel, 0~800℃

    ● Measuring range: 0~800℃ (long-term) ● Probe diameter: 3mm~8mm (customizable) ● Probe length: 500mm~1500mm (customizable) ● Sheath material: 304 (default)
    $78.69

    Non-Contact Infrared Temperature Sensor, 0-1400℃

    ● Range: 0-1400℃ ● Object Distance Ratio: 30:1 ● Accuracy: ±1% reading or ±1℃ ● Signal Output: 4-20mA
    $291.71

    Wireless Temperature Sensor, LoRa, -55℃-125℃

    ● Range: -55℃-125℃ ● Output Signal: Wireless Digital Signal (LoRa Modulation) ● Data Collection Interval: Default 5 Minutes ● Protection Level: IP67
    $135.43

    Digital Infrared Temperature Sensor, 0-1300℃, RS485 Output

    ● Range: 0-1300℃ ● Object Distance Ratio: 20:1 ● Accuracy: ±1% reading ● Signal Output: RS485
    $138.86

    Outside Ambient Temperature Sensor, -50-100℃

    ● Range: -50-100℃ ● Output Signal: 4-20mA, RS485 (Optional) ● Accuracy Level: 0.25%FS, 0.5%FS ● Power Supply Range: 12-36VDC
    $166.66

    RTD Temperature Transmitter with Display

    ● Input: Thermal Resistance Pt100 ● Output: 4-20mA, 4-20mA + HART ● Transmission Mode: Two-wire System ● Protection Grade: IP54
    $182.14

    S Type Thermocouple, Corundum, 0~1600℃

    ● Measuring range: 0~1600℃ (short-term) ● Thermo wire diameter: 0.3mm (default) ● Stainless steel diameter: 16mm (default) ● Corundum tube diameter: 22mm (default)
    $536.89

    B Type Thermocouple, Corundum, 0~1800℃

    ● Measuring range: 0~1800℃ (short-term) ● Thermo wire diameter: 0.3mm (default) ● Stainless steel diameter: 16mm (default) ● Corundum tube diameter: 22mm (default)
    $1,105.79

    Industrial Temperature Sensor, 0-100℃ to -50-300℃

    ● Range: 0-100℃, 0-200℃, 0-300℃, -50-50℃, -50-100℃,-50-300℃ ● Output Signal: 4-20mA, RS485 (Optional) ● Accuracy Level: 0.25%FS, 0.5%FS ● Housing Material: ABS Engineering Plastic
    $92.68

    Pt100 RTD Sensor, -200℃-420 ℃

    ● Install Fixed Form: Movable Flange ● Measuring Range: -200℃-420℃ ● Protection Tube Diameter: Φ16mm ● Connection Box: Waterproof type
    $95.43

    R Type Thermocouple, Sheathed, 0~1600℃

    ● Measuring range 0~1600℃ ● Thermocouple type: R ● Sheath diameter 0.5~8mm (customizable) ● Response time 2 seconds
    $1,035.92

    Waterproof Temperature Sensor, -50-100°C/-50-300°C

    ● Range: -50-100°C / -50-300°C ● Measuring Element: 1×Pt100 (1/3B Level) ● Accuracy Level: 0.25%FS, 0.5%FS ● Protection Level: IP68
    $121.37

    Handheld High Temperature Thermocouple, 0~1100℃

    ● Thermocouple type K ● Measuring range 0~1100℃ ● Diameter 6mm/8mm (customizable) ● Sheath material 321 stainless steel (default)
    $77.69

    Discover our comprehensive selection of temperature sensors, engineered to provide precise and reliable temperature measurements across industrial, environmental, and laboratory applications. Our range supports industry-standard outputs such as RS485 Modbus RTU and 4-20mA signals, ensuring seamless integration into automation and control systems.

    • Infrared (IR) Temperature Sensors
      Ideal for quick, non-contact surface temperature measurements. Well-suited for applications where physical contact could interfere with the process or where fast response times are required.
    • RTD Sensors
      Known for high stability and accuracy across wide temperature ranges. Widely used in industries where measurement precision is critical, including laboratory research, food processing, and industrial process monitoring.
    • Thermocouples
      A cost-effective and versatile option capable of withstanding high temperatures and harsh operating environments. Suitable for both general-purpose and demanding industrial applications.

    Every sensor is built with durable materials and tested for consistent, long-term performance, helping ensure reliable operation in real-world industrial conditions.

    Quick Comparison: Which Temperature Sensor Is Right for You?

    Sensor Type Measurement Method Accuracy Best For
    Infrared (IR) Sensor Non-contact Moderate Fast, non-contact measurement; moving or hard-to-reach objects; hygienic applications
    RTD Sensor Contact High Precision monitoring in labs, food processing, and industrial automation
    Thermocouple Contact Moderate High-temperature environments, harsh conditions, cost-sensitive applications

     

    FAQ

    1. What's the difference between an RTD sensor and a thermocouple?
      RTD sensors offer higher accuracy and stability, making them ideal for precision applications, while thermocouples can withstand higher temperatures and are more cost-effective for rugged environments.
    2. Can infrared sensors measure temperature accurately from a distance?
      Yes, infrared sensors measure surface temperature without contact, though accuracy can be affected by distance, target size, and surface material—closer range and larger targets generally improve accuracy.
    3. Which temperature sensor is best for harsh industrial environments?
      Thermocouples are generally the most durable choice for harsh conditions due to their ability to withstand high temperatures and physical stress.