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7Z07141
70K-W
Calorimetric Sensor, 2-70 kW, Ø130 mm, 0.8-10.6µm Water-Cooled
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 7Z07141 70K-W Calorimetric Sensor, 2-70 kW, Ø130 mm, 0.8-10.6µm Water-Cooled
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PC Software & Drivers

OphirCalorimetricSensorApp PC Application

Adapter for monitoring calorimetric sensors via Ethernet

Specifications

  • Product Name
    70K-W
  • Absorber Type
    BB - Broadband general purpose
  • Aperture Size
    Ø130 mm
  • Spectral Range
    0.8-10.6µm
  • Minimum Power
    2 kW
  • Maximum Average Power
    70 kW
  • Backscattered Power
    Less than 0.5%
  • Cooling
    Water
  • Dimensions
    467 X 396 x 427 mm (LxWxD)
  • CE Compliance
    Yes
  • UKCA Compliance
    Yes
  • China RoHS Compliance
    Yes

Features

Support horizontal and vertical measurement orientation:

Different applications and use cases require different beam orientations. For testing and development purposes, directed energy systems usually use a horizontal beam. However, in industrial settings, vertical beams are often preferred due to process requirements and safety considerations. The system is designed to perform measurements both horizontally and vertically, offering the flexibility needed to accommodate varying operational and safety needs.

Operational safety:

The system guarantees operational safety with an extremely low back reflection of <0.5% and a built-in interlock output, offering several configurable trigger criteria. Together, these features are essential for ensuring safety in high-power environments.

Real time laser power monitoring​:

There are cases, users may want to check the stability of their laser or use an indication on laser power as an input to one of their systems. By using the integrated photodiode output of the 70K-W, it is possible to accommodate these needs, enabling direct connection to third-party devices for monitoring laser stability or providing instantaneous control and feedback.

Easy integration with 3rd part systems​:

The 70K-W can be part of a larger system and requires integration. This can be achieved using Ethernet, RS232 communication interfaces, or an analog output. The sensor can operate with regular tap water​ or deionized water to accommodate different cooling systems.

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