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High Temperature Infrared Sensor, Non-Contact, 4-20mA Output

5 out of 5 based on 1 reviews | Write a review
$359.39
High temperature infrared sensor at factory price for sale, with 4-20mA signal output, can be used for temperature monitoring in chemical industry, metallurgy, food, textile industry and other fields. Measurement range -50℃ ~ 300℃ (-58 ~ 5720F), accuracy ±2% or ±2℃. This IR temperature sensor with infrared measurement, easy assembly and high precision.
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SKU: ATO-IR-402
30-day Returns
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Delivery date: 6-12 days

Industrial high temperature infrared sensor, non-contact with -50℃~300℃ measuring range, infrared measurement, M12 connector, millisecond response speed, can monitor temperature continuously, small in size, easy to install, suitable for temperature monitoring in steel, glass and plastic production areas.

Specification

Model ATO-BRW600-402
Measurement Range -50℃ ~ 300℃ (-58 ~ 572°F)
Measuring Distance 10 ~ 30 cm
Power Supply 24VDC, 50mA Max
Accuracy ±2% or ±2℃
Emissivity 0.95
Signal Output 4–20 mA
Working Temperature 50℃
Response Time 500 ms
Response Wavelength 8~14 μm
Maximum Current < 50 mA
Storage Temperature -20 ~ 50℃
Ambient Temperature 0 ~ 50℃ (Better performance in this range)
Relative Humidity 10 ~ 95%RH (No condensation)
Object Distance Ratio 16:01
Protection Grade IP65
Dimension L168mm × φ50mm
Electrical Connection M12 Connector
Shell Material Aluminium Alloy + Stainless Steel
Weight 1 kg


Dimension & Wiring

Unit: mm

Dimensions and wiring of non-contact infrared temperature sensor

Detail

High Temperature Infrared  Sensor Details

Application

Widely used in electric power equipment; modern medical field; food industry; chemical industry; construction industry; machining control field and other temperature control scenarios.

Non contact high temperature infrared sensor application

Tips for installing the non-contact infrared temperature sensor

  1. According to the measurement requirements and the measurement coefficient of the infrared temperature sensor, select the appropriate distance and orientation, and fix the infrared temperature probe and the adjustment bracket well.
  2. Adjust the measurement direction of the probe so that the measured object is roughly facing the observation site.
  3. Lock the orientation of the adjustment bracket.

Installing the non-contact infrared temperature sensor

Existing reviews of High Temperature Infrared Sensor, Non-Contact, 4-20mA Output
Question for linear relationship
We recently purchased a few High Temperature Pressure Transducers for measurement ranges of 0-2.5MPa, 0-10 MPa, and 0-20MPa, each with an output signal of 4-20mA. Is there a calibration curve that correlates the output signal to the measured value or is it just a linear relationship with 4mA being equal to a pressure of 0 which increases linearly up to 20mA being equal to the maximum measurement range of that specific sensor?
From: Mia | Date: 08/01/2024
Was this review helpful? Yes No (0/0)
ATO Responded
The range and output signal of these pressure sensors are only a linear relationship, 4mA is equal to 0 pressure, and linearly increases to 20mA.
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