Directory
Company Profile
LumaSense Technologies, Inc.
Company Info
- Website
- lumasenseinc.com/EN/
- Phone
- 408-727-1600
- Fax
- 408-727-1677
- Address
-
3301 Leonard Ct.
Santa Clara, CA 95054
Entries
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in Fiber Optic Sensors
LumaSense Technologies, Inc. offers fluoroptic thermometry and gallium arsenide-based fiber optic temperature sensors for a wide range of applications. Luxtron ThermAsset2 fiber optic hot spot sensors feature up to 8 channels, overloading protection, thermal model calibration/recalibration, transformer rating verification, and dynamic loading capabilities. These sensors come in 2-8 channels, measurement ranges from -30 to +200°C, analog outputs ranging from 0 to 20 mA, and +/-2°C accuracy ratings.
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in High Temperature Sensors
LumaSense Technologies designs fiber optic temperature sensors for OEM applications. The company m600 series are available in one, two, and four channel versions, and feature calibrated accuracy of 0.5C within plus of minus 50C of calibration point. The sensors also have a measurement range of -100C to 330C.
- Luxtron m600 OEM Module: measurement range to 330 C
- Luxtron m600 Utility FOT Module: measurement range to 200 C
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in Infrared Sensors
LumaSense Technologies designs and manufactures a line of infrared thermometers for predominantly non-metallic, metallic, ceramic, graphite, or glass surfaces. The company's PhotriX series of non-contact infrared sensors are suited for industrial applications that require closed loop control of thermal processes. The sensors can measure temperatures ranging from 30 C to 2600C, and feature four or five different near infrared spectral responses (650 nm, 880 nm, 900 nm, 1550 nm, and 700-1650 nm).
- Series 300 & 310: small stationary infrared sensors
- Series 2000 & 3000: stationary infrared sensors
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in Temperature Sensors
LumaSense Technologies makes fiber optic temperature sensors, including two and four channel thermometers for industrial, laboratory, and research uses. Their two channel sensor does not require recalibration and is very small, 11.10cm by 14.38cm by 5.66cm, and is immune to EMI, RF, and microwave interference.