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Coherent® High Power Water-Cooled Thermopile Sensors

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  • Water-Cooling Capability to Withstand Laser Powers up to 5kW
  • Spectrally Flat from 0.25 to 11μm
  • Large 50mm Aperture for Accepting a Wide Range of Beam Diameters

Common Specifications

Calibration Uncertainty (%):
3
Cooling Method:
Water
Maximum Incident Energy Density:
600mJ/cm2 (10ns, 1064nm)
Active Area Diameter (mm):
50
Calibration Wavelength (nm):
1070
Wavelength Range (nm):
250 - 11000
Wavelength Range (μm):
0.25 - 11
Power Resolution (W):
1
Computer Interface:
DB-25

Products

 Power Range   Power Resolution (W)   Computer Interface   Wavelength Range (nm)   Active Area Diameter (mm)   Cooling Method   Compare   Stock Number   Price  Buy
5W-1kW 1 DB-25 250 - 11000 50 Water
5W-3kW 1 DB-25 250 - 11000 50 Water
10W-5kW 1 DB-25 250 - 11000 50 Water

Product Details

Coherent® High Power Water-Cooled Thermopile Sensors are designed to withstand high power lasers up to 5kW. The water-cooling mechanism reduces the heat transferred to the sensor from input lasers to prevent sensor damage when used with the recommended minimum water flowrate. This makes these sensors ideal for use with >100W power industrial CO2 and Nd:YAG lasers that exceed the power handling capability of standard thermopile sensors. Coherent® High Power Water-Cooled Thermopile Sensors cover a broad wavelength spectrum from 190 - 11,000nm, allowing for them to be used in most laser applications. A power resolution of 1W allows for these thermopile sensors to provide exceptional measurement accuracy of high power lasers. Refer to manual included with purchase for fitting and water flow specifications.

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