Gentec-EO Thermal Detector UP12E-70W-H5-D0

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Specifications

Max Average Power: 70 W
Effective Aperture: 12 mm
Spectral Range: 0.19 – 20 um
Cooling Method: Water, Heatsink
Maximum Average Power (1 Minute): 110 W
Noise Equivalent Power: 1 mW
Typical Rise Time: 0.3 sec
Typical Power Sensitivity: 0.53 mV/W
Power Calibration Uncertainty: ±2.5 %
Repeatability: ±0.5 %
Typical Energy Sensitivity: 0.84 mV/J
Maximum Measurable Energy: 5 J
Noise Equivalent Energy: 0.02 J
Minimum Repetition Period: 1.5 s
Maximum Pulse Width: 50 ms
Energy Calibration Uncertainty: ±5 %
Maximum Average Power Density: 36 kW/cm²
Maximum Energy Density: 1 J/cm²
Peak Power Density: 143 MW/cm²
Absorber: H5
Dimensions: 68.5H x 38W x 34D mm
Weight: 0.19 kg
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Features


  • Designed for laser power measurement up to 70 W.

  • Modular concept with 3 different cooling modules to enhance power capability.

  • High performance with fast rise time (0.3 sec) and high damage threshold (36 kW/cm²).

  • Compact design, only 14 mm thick (10S model).

  • Energy mode capable of measuring single shot energy up to 5 J.

  • Smart interface containing all the calibration data.

  • Compatible with various stands and displays, including MAESTRO, TUNER, UNO, and several PC interfaces like S-LINK and P-LINK.

  • Broad spectral range from 0.19 - 20 μm.

  • High power sensitivity of 0.53 mV/W with a power calibration uncertainty of ±2.5%.

  • Can handle maximum average power of 70 W continuously and 110 W for 1 minute with noise equivalent power at 1 mW.

Applications


  • Laser System Calibration: Ideal for calibrating and testing laser systems in manufacturing or research labs, ensuring their output is within desired parameters.

  • Medical Equipment Maintenance: Used in the maintenance and calibration of medical laser equipment, such as those used in surgery or dermatology, to ensure safe and effective operation.

  • Industrial Processing: Suitable for monitoring and controlling laser power in industrial applications like cutting, welding, and engraving, ensuring consistent quality and process efficiency.

  • Scientific Research: Supports experiments and research in physics and optics, where precise measurements of laser power are critical.

  • Quality Assurance: Utilized in quality assurance processes for products and components that involve laser technology, ensuring compliance with required standards.