Kenom
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- May 4, 2007
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figured I'd show you all what we've developed so you all can see what is comin down the pipe on a very short while.
Kenometer pro
Enclosure that will be used
enclosure specs
6.299" x 3.779" x 2.382"
for those familiar with the original Kenometer, here is a size comparison
The Kenometer Pro is a culmination of a lot of hard work from Mario, Things, and I and have produced a spectacular laser power meter. Totally microprocessor controlled with 128x64 graphical LCD, the Kenometer Pro, is the ultimate in Hobby laser power meters, with a professional power meters attitude but not the price tag! On-screen graph, peak, current, min, and average power is displayed at all times on the LCD. The graph is set to record at a specified by you time frame and displays on screen.. In continuous monitoring an Analog meter is show in place of the graph that is ACTUALLY FUNCTIONAL.
Connect the Kenometer Pro to your PC and graph to the software. Print your graphs. Use it as a selling point. "Was measured on a Kenometer Pro!" and include the printout with the laser. View the peak, current, average, and minimum on your pc live!
As with the Kenometer USB, the Pro is a spectrally flat thermopile sensor that is capable of reading 300nm-1500nm without any adjustments. Reads from 1mW-5000mW and is Calibrated against a Coherent LabmaxII-TO.
Kenometer pro comes with a sloped enclosure with a battery compartment for charging the included 14500 batteries. Thermopile connects via a coiled, shielded wire with an easy to remove plug.
Kenometer USB
No screenshots of this as it's all software based
The Kenometer USB is a USB only laser power meter. Connect it to your PC and launch the software execute a macro and you will be able to graph and view live the results of lasers shined onto the laser power meter. The electronics are enclosed in a small 2"x1"x2.5" enclosure with a mini-USB port on the side and a wire going to the sensor. Plug the included wire into the enclosure, hook up the thermopile sensor and go. Power is drawn from the USB buss. Sensor is spectrally flat. Meaning you can measure from 300nm-1500nm without any factoring or adjustments based on wavelength. Can read from 1mW-5000mW. They are calibrated against a Coherent LabMaxII-TO laser power meter.
Kenometer pro
Enclosure that will be used
enclosure specs
6.299" x 3.779" x 2.382"
for those familiar with the original Kenometer, here is a size comparison
The Kenometer Pro is a culmination of a lot of hard work from Mario, Things, and I and have produced a spectacular laser power meter. Totally microprocessor controlled with 128x64 graphical LCD, the Kenometer Pro, is the ultimate in Hobby laser power meters, with a professional power meters attitude but not the price tag! On-screen graph, peak, current, min, and average power is displayed at all times on the LCD. The graph is set to record at a specified by you time frame and displays on screen.. In continuous monitoring an Analog meter is show in place of the graph that is ACTUALLY FUNCTIONAL.
Connect the Kenometer Pro to your PC and graph to the software. Print your graphs. Use it as a selling point. "Was measured on a Kenometer Pro!" and include the printout with the laser. View the peak, current, average, and minimum on your pc live!
As with the Kenometer USB, the Pro is a spectrally flat thermopile sensor that is capable of reading 300nm-1500nm without any adjustments. Reads from 1mW-5000mW and is Calibrated against a Coherent LabmaxII-TO.
Kenometer pro comes with a sloped enclosure with a battery compartment for charging the included 14500 batteries. Thermopile connects via a coiled, shielded wire with an easy to remove plug.
Kenometer USB
No screenshots of this as it's all software based
The Kenometer USB is a USB only laser power meter. Connect it to your PC and launch the software execute a macro and you will be able to graph and view live the results of lasers shined onto the laser power meter. The electronics are enclosed in a small 2"x1"x2.5" enclosure with a mini-USB port on the side and a wire going to the sensor. Plug the included wire into the enclosure, hook up the thermopile sensor and go. Power is drawn from the USB buss. Sensor is spectrally flat. Meaning you can measure from 300nm-1500nm without any factoring or adjustments based on wavelength. Can read from 1mW-5000mW. They are calibrated against a Coherent LabMaxII-TO laser power meter.
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