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High Field of View IR Sensor High Temperature 6 digit LCD
300:1 FOV, 600°C to 1600°C, Fixed IR Sensor with Display
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-4 | $1,042.17 |
| 5-9 | $990.06 |
| 10-24 | $969.22 |
| 25-49 | $927.53 |
| 50-99 | $906.69 |
| 100+ | $885.84 |
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- Wide Temperature range from 0°C to 1600°C
- Superior Optical resolution up to 300:1
- Ultra fast 5ms response time
- Adjustable emissivity for different surface measurments
OS-HFV50-3001-H1 Model Options
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*Highlighted options are not compatible. Please select a different combination.
Process Temprature Range
Field of View
Accuracy @ Ambient
Spectral Response
Response Time
Operating Temprature range
Laser Output
Built in Display
Emissivity
Cable Length
Output
Supply Voltage
Communication Protocol
Intrisically Safe
Features
- Housing Material Aluminium alloy
- Maximum Ambient Humidity 95%, non-condensing
- Maximum Storage Temperature 80°C
- Minimum Storage Temperature -20°C
- Repeatability ±0.5% of reading or ±1°C, whichever is greater (OS-HFV50-*-LR), ±0.3% of reading +1°C (OS-HFV50-*-H1)
- Sensor Diameter 59.5mm
- Sensor Length 110mm
The OSHFV-Series are infrared temperature sensors with a built-in 6 digit backlit LCD display, simultaneous analog/digital outputs, Dual Laser Sighting, Superior Optical resolution and free OMEGAonline software.
The OSHFV-Series features very high temperature measurement ranges from 0 up to 1600°C. These ranges are perfect for measuring surfaces of very hot equipment like furnaces, hot extrusion equipment and more!
The Dual Laser Sighting allows for easily installation of the IR sensor. The integrated dual laser provides mobility to the sensor since it can be re-installed and re-aligned very quickly.
The OSHFV-Series sensors have adjustable emissivity to measure the temperature of different surfaces such as iron and steel, marble, asphalt and more. They also have an optional air purge collar for sensor cooling and bracket accessories for easy installation.
Rated 4 out of
5
by
JMcIntyre from
Good device, bad documentation
The product works well, but the operator's manual contains a MAJOR error in the section on how to set up the sensor. The manual says to enter setup mode by pressing and holding both buttons. However, pressing and holding down, then pressing up resets the sensor, erasing all settings. Setup must be entered by pressing and holding up, then pressing down. This is not explained in the manual. It took 6 calls to Omega over two days to even explain to a tech support person what the error was. I hope that it will be corrected in future documentation.
Date published: 2021-02-09
Can you use this with a CNi16D44 controller? if so, how do you set up the controller for right temp reading?
You would need to scale the input of the Controller with the Analog output of the IR sensor. Once that is completed the display will show the temperature relative to what the IR device is measuring.
Date published: 2023-05-19
Am I able to receive the output of this sensor into my own application? Is there an API for it?
Thank you for your inquiry. You can either use a device that will accept an analog signal or use the optional USB Communication with the provided software.
Date published: 2020-07-29
Is it correct that the output can be adjusted between 4-20ma AND 0-5Vdc? This is reflected in the listed specs but no mentioned in the manual.
Please send your inquiry to temp@omega.com to provide assistance.
Date published: 2024-03-21
Can this wavelength range (8-14 μm) penetrate a Sapphire window? It is currently known that SiO2 window is unable to transmit.
Infrared sensors with (8-14um) Spectral Response will not see through any obstruction and will only measure the surface temperature. Omega recommends 2.5 um or less for measuring through quartz or glass and Sapphire should be OK as well.
Date published: 2023-09-01
When there are different temperatures in the FOV, will this sensor return a value based on the highest temperature, or that average of the entire FOV?
The IR sensor will take the total energy emitted by the FOV area and convert it into a temperature so it is an average.
Date published: 2024-07-11
