IR Thermometer for Measurement of Metallic Surfaces
The short measuring wavelength on the Optris CSlaser 2M allows not only for precise measurement of metal temperatures but metal oxides and ceramics as well.
The IR thermometer is equipped with an innovative double laser sight for precise marking of the measuring spot. A selection of optics allows measuring spot sizes to be as small as 0.5mm with the CF2 selection or alternatively, the SF optics with an optical resolution of up to 300:1 give small spot sizes even at large distances.
The Optris CSlaser 2M sensor and electronics are housed in one convenient housing and connected to your instrumentation by standard cable. Emissivity is adjusted easily via two switches in the back of the sensor accessed by four screws.
The sensor has a wide measuring range of 250 to +1600°C and an industry-standard 4-20mA output.
Application StoryWhat’s In The Box
- IR pyrometer
- Mounting nut
- ACCTLFB mounting bracket
- Calibration certificate
- Manual
Optris CSlaser 2M Additional Information & Software
Optris CSlaser 2M is also supplied with an optional USB interface and license-free Compact Connect software to configure the sensor by PC and record temperature measurements instead of traditional analogue or thermocouple outputs. The infrared temperature sensor and pyrometers from Optris can now also be easily operated from a smartphone using the IRmobile App for Android.
Calibration and a wide range of accessories are also available to purchase for your CSlaser 2M IR temperature sensor.
Any questions? Contact us for further information, or to talk to one of our experts about which pyrometer is best for your application.
Areas of Application for the Infrared Thermometer Optris CSlaser 2M
The Optris CSlaser 2M offers a short-wave spectral range of 1.6 µm making it specifically suited for temperature measurements of metal surfaces, metal oxides and ceramics.
The CSlaser series of sensors are the lowest cost in our range of infrared pyrometers with the innovative dual laser aiming system which gives the user both the position of the measurement and also its size as the lasers are factory configured to match the optics of the sensor.
