brands

attributes.Sensor_Type

attributes.Response_Time

attributes.Accuracy

attributes.Cable_Length

attributes.Supply_Voltage

attributes.Minimum_Temperature_Sensed

attributes.Output_Type

attributes.Communication_Protocol

attributes.Light_Source

attributes.Maximum_Temperature_Sensed

attributes.Housing_Material

attributes.Interface

attributes.Mounting_Type

attributes.Diameter

attributes.IP_Rating

attributes.Better_World_Product

attributes.Better_World_Verification

Calex PN151-K Type K Thermocouple NFC  IR Temperature Sensor, 1m Cable, 0°C to +1000°C

Calex EX-151-MT-C-25 mA Output Signal IR Temperature Sensor, 25m Cable, 0°C to +250°C

Calex PC21LT-0 mA Output Signal  IR Temperature Sensor, 1m Cable, -20°C to +100°C


### What are Infrared Temperature Sensors?

Infrared Temperature Sensors, also known as IR sensors or Infrared Sensors, commonly feature a lens that focuses the infrared energy onto the detector which converts energy into an electric signal.

This simple process of emission and detection of IR radiation help with heat and motion sensing to detect certain objects/obstacles within its range.

They are a key component of thermal imaging cameras, are vital in energy conservation & maintenance and are also used in medical applications such as IR thermometers.

### How Do Infrared Temperature Sensors Work?

Infrared (IR) temperature sensors emit an infrared energy beam focused by a lens onto a surface to detect the surface or object temperature. The reflected beam is received back in the sensor which converts the energy to an electrical signal that can be displayed in units of temperature. The sensor compensates for ambient temperature variation to give an accurate temperature reading.

### Measuring Different Surface Materials

With different temperature ranges, sensor types and outputs available, it is important to choose the infrared temperature sensor that is appropriate for your application. Painted surfaces, paper, thick plastics, food, water, asphalt, rubber, wood and other non-metals all have a high emissivity.

These materials can be measured easily using general-purpose sensors with a fixed emissivity setting. Sensors with an adjustable emissivity setting allow fine-tuning of the measurement accuracy for use on partially reflective materials such as metals.

### Applications of Infrared Sensors
- Gas Warning Devices
- Gas Analysers
- Flame Detectors
- Human Body Detection
- Item Counters

Browse the broad range of Infrared Temperature Sensors RS have to offer and order today for next day delivery



Infrared Temperature Sensors

Sensors

Automation & Control Gear

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Electronic Components, Power & Connectors

Engineering Materials & Industrial Hardware

Pneumatic Counters, Logic Controllers & Timers

Electronics Cleaners & Protective Coatings

Omron ES1B 10-70C IR Temperature Sensor, 3m Cable

Calex PCAN21 Temperature Sensor IR Temperature Sensor -20°C to +1000°C

ifm electronic TW2101 Temperature Sensor COM2 SDCI +250°C to +1600°C

Banner M18TB8Q Temperature Sensor IR Temperature Sensor 0°C to +300°C

Optris CATCSLT15SFCB3K Temperature Sensor USB IR Temperature Sensor -50°C to +1030°C

Optris CATCTLT15CB3K Temperature Sensor USB IR Temperature Sensor -50°C to +975°C

Amphenol Advanced Sensors Temperature Sensor I2C IR Temperature Sensor, -40°C to +125°C

Optris CATCTL3MH1SFK Two Point Laser USB IR Temperature Sensor +50°C to +1800°C

Calex Infrared Temperature Sensors

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