Laser power measurements are quick and easy with the 1000 watt power probe. Position the power meter in front of the laser beam (as shown in the photo) and 15 seconds later read the power measurement. It does not involve a time consuming setup and alignment like other power meters. Unfortunately, most laser power meters have sacrificed ease of use to gain continuous power readings. However, in most laboratory and production situations, the usual requirement is for a quick spot-check of power with a minimum of disruption. This power probe will display the average power absorbed on the calibrated readout scale and can be used with continuous or repetitively pulsed lasers. Key Features are: 1. The absorbing probe head is conveniently sized. 2. The head is large enough to be easily used, yet small enough to be inserted between optical components to measure the laser power without disturbing set-up. 3. The hand-held meter requires only about one minute to make a laser power measurement 4. The absorbent coating is very tough, resisting mechanical abrasion and water immersion 5. A zero adjustment mechanism has been incorporated into the design to expedite and simplify the power measurement process 6. An accurate and durable all metal construction has been used to ensure a long life Taking Measurements The 1000 watt power probe is a self-contained unit consisting of an absorbing head, a temperature measuring mechanism, a zeroing screw/nut and a readout dial. In operation, the dial is zeroed. Then, the absorbing head on the end of the power probe is exposed to the laser beam for 15 seconds. After the laser probe is removed from the laser beam, the average power can be read out on the dial. If it is necessary to make several power measurements in succession, the absorbing head can be rapidly cooled by immersing into a bucket of water between measurements. The 1000 watt laser probe has a coating that works for the wavelength range of 0.2 to 11 microns.
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