Power Detector for High Power Lasers - 15 kW: HP60A-15KW-GD-QBH-MET-D0

Name: Power Detector for High Power Lasers - 15 kW: HP60A-15KW-GD-QBH-MET-D0
Brand: Gentec-EO
Availability: InStock

Description

HP60A-15KW-GD-QBH is a Power Detector for High Power Lasers (up to 15 kW). It works well for fiber lasers, CO2 lasers. This new laser power detector is ideal for measuring average laser power for burn-in tests over long periods of time or for quick on the field applications with the simplicity of connecting a fiber laser output directly to the detector.

The HP60A-15KW-QBH Power Detector for High Power Lasers is calibrated to NIST standards and has damage thresholds up to 80 kW/cm2. The underlying technology allows designing custom products that can measure much higher laser power levels than the 15,000 Watts enabled by this product. Please inquire.

EASY AND CONVENIENT TO USE
The user simply needs to connect its QB or QBH fiber output and adapted water lines and is ready to measure. There are 2 outputs on this product: DB15 and USB. The DB15 cable allows to view the measurements on your Gentec-EO display device, such as a MIRO ALTITUDE. Using the USB connection with a PC, the user can view and acquire data, or integrate the signal in a control feedback loop.

Gentec-EO's high-accuracy laser beam measurement instruments help engineers, scientists and technicians in all sorts of laser applications from the factory to the hospital, laboratory and research center. This detector series is less sensitive to variations in water cooling temperature than any other high power water-cooled meter on the market, which provides a stable reading.

These high-power laser power detectors also come with a wireless connection option, so the high power room can be closed and the measurements can be done without the presence of cable clutter.

The HP60A-15KW-GD-QBH power detector generates zero back reflection to environment and negligible back reflections to the fiber output connected to the detector. This is enabled by the gold cone absorber design incorporated into this detector.

COMPATIBLE DISPLAYS & PC INTERFACES

MAESTROMAESTRO: Touchscreen display device for power & energy measurement. Single-channel, multiple outputs (USB, Ethernet, analog).

BLUBLU: Embedded wireless interface for power measurement. Can only be purchased as a detector output option.

TUNERTUNER: Display device with tuning needle for power measurement. Single-channel.

UNOUNO: Economical display device for power measurement. Single-channel.

Specifications

Max Average Power:	15000 W
Effective Aperture:	70 mm
Spectral Range:	0.8 – 12 um
Cooling Method:	Water
Minimum Average Power:	500 W
Noise Equivalent Power:	15 W
Maximum Average Power Density:	80 kW/cm²
Required Cooling Flow:	(8 - 10) LPM < ±1 LPM/min
Temperature Range:	15 – 25 °C
Rate Of Temperature Change:	< ±3°C/min
Maximum Water Pressure:	413 kPa (60 psi)
Data Display:	Real time, scope, needle, averaging, histogram and statistics
Analog Output:	0-2 Volts
Serial Commands Via:	USB
External Power Supply:	Through USB or Gentec-EO displays & PC interfaces
Absorber:	GD
Dimensions:	153H x 153W x 386D mm
Weight:	16 kg

Download Data Sheet

Features

HIGH POWER HANDLING
Measures powers up to 15 kW in continuous mode with our standard models. Custom models available for even higher powers.

STABLE READING
Less sensitive to variations in water cooling temperature than any other high power water-cooled meter on the market

LARGE APERTURE
Our standard HP models (4KW, 12KW and 15KW) come with an effective aperture up to 125 mm to accommodate large cross-section laser beams. Larger apertures with various shapes are available upon request. Please inquire.

AVAILABLE WITH YAG AND CO2 CALIBRATION
All HP Models can be calibrated at YAG and CO2 wavelengths with a calibration uncertainty of +/- 5%

USB CONNECTIVITY
Each unit comes with both a DB-15 connector (for use with a Gentec-EO monitor) and a USB 2.0 output for direct connection to a PC.

AWARD-WINNING TECHNOLOGY
The HP-BLU series wireless detectors for high-power lasers was recognized among the best by an esteemed and experienced panel of judges from the optics and photonics community at the 2020 Laser Focus World Innovators Awards.