Miniature Infrared Temperature Sensor Output RS485

Thank you for choosing the miniature RS485 fixed installation infrared temperature sensor. RS485 infrared temperature sensor is highly integrated, adopts standard 485 protocol, and no additional 485 module is needed.

DOBENY's infrared temperature sensor can calculate the surface temperature of an object by measuring the intensity of infrared radiation emitted by the target without touching the target. Non-contact temperature measurement is the advantage of infrared temperature sensors, allowing users to easily measure targets that are difficult to access or move.

· non-contact

· Output:  RS485

· Measurements to 1200°C

· Fast Response with High Stability

·Optional Air/Water Cooled Housing, Air Purge Collar, Laser Sighting Tool and Mounting Brackets

To Order：

IRT-L100RTU     IRT-100RTU       IRT-200RTU       IRT-300RTU       IRT-500RTU

-20~100℃           0~100℃             0~200℃             0~300℃            0~500℃

General Specifications

Model：IRT-500RTU

Temperature Range:  0~500℃

Supply Voltage:  6-24 Vdc

Output:  RS485

Field of View:  20：1

Accuracy: ±2°C or 1%   (Ambient temperature: 23℃±5℃)

Repeatability: ±1°C

Emissivity Setting Range:  pre-set to 0.95 /1.0

Response Time:  300 ms

Spectral Range:  8 to 14 μm

Maximum Current Draw:  25 mA

Construction:  Stainless Steel 304

Dimensions:  ø18 x length 68 mm

Mounting:  two mounting nuts

Cable Length:  2m as standard (custom lengths also available)

Weight: 130g with 2 m(7') cable

Environmental Rating: IP65

Ambient Temperature Operating Range: 0 to 50°C (32 to 122°F)

Support communication protocol type
1. Support Modbus-RTU standard communication protocol (suitable for industrial control equipment)
2. Support ASCII character type non-standard protocol (suitable for host computer and self-programming occasions)
3. Support fast hexadecimal simple non-standard protocol-no check code (suitable for CPU type devices)

Maximum distance and size of measurement point
Size of measurement target and optical features of infrared thermodetector determine maximum distance between measurement target and measurement head. To prevent measurement error, the measurement target should fill field of view of probe as much as possible. Therefore, always keep measurement point smaller than measurement object or at least the same size as measurement target.

When adjust measurement target and measurement head, ensure that optical path is barrier free, as shown below:

Technical Experts at Your Service Call 86-18257343661 from 8 AM—5 PM China for applications and technical support, or email dobeny@126.com, you will have a response within 24 hours.