RS PRO V Output Signal IR Temperature Sensor, 1m Cable, 0°C to +1000°C

Introducing the high-quality RS PRO non-contact IR Thermal Infrared Temperature Sensor. The infrared temperature sensor is extremely small, with a side-entry cable making it ideal for mounting in tight spaces. Featuring configurable parameters for temperature range, alarm output and emissivity settings to give full control of temperature sensing requirements. The infrared temperature sensor measures the average temperature within a spot.
The size of the spot will depend on the distance between the IR sensor and the surface. The sensor's measuring range is very wide, it can be positioned very close to the target surface, to measure a small area, or used at long distances measuring a larger spot. The accuracy of the sensor is not affected by the measurement distance.

• Non-contact IR temperature sensor, ideal for industrial, laboratory or benchtop applications
• Simultaneous voltage and alarm outputs
• Built-in backlit display and controls
• Voltage output: 0 to 5 V dc, 1 to 5 V dc, or 0 to 10 V dc linear output for measured temperature
• Adjustable temperature range scaling
• Open collector alarm output with configurable setpoint and hysteresis
• Measures from 0 ºC to +1000 ºC accurately and consistently
• Fast response time – a fraction of a second
• IP65 rated

The mounting bracket 905-8777 provides fixed or adjustable mounting for aiming the sensor.

Materials such as paper, plastics, rubber, wood, tarmac, food, pharmaceuticals and organic matter can all be measured using the RS PRO infrared temperature sensor straight from the box with no need to configure any settings. Painted metal surfaces are also easy to measure.

Gaps between objects on a conveyor can be ignored with the included Peak and Valley Hold function. The voltage output will ignore low or high readings for a chosen period, so the sensor does not display or output the higher or lower temperature if there is a gap.

The included Reflected Energy Compensation feature provides improved accuracy when measuring objects inside an oven or furnace, with the sensor positioned outside the hot environment and aimed in.