Tests most Lasers from 1mW to 10000mW output power. Displays resolution
in 1mW increments to 10000mW.
Our highest power hobbyists Analog Laser Power Meter using a prototype Molecron
Sensor in an Aluminum Head. The Moectron Thermopile Sensor head comes calibrated
against our recently calibrated NIST traceable Coherent FieldmaxII Lab LPM.
Just shine your Laser beam onto the large 17mm diameter Sensor and read the power
directly on the large LED Display. It is to be noted that the size of the Laser beam
diameter does not affect reading accuracy but does affect Power Density. Small
diameter high power beams could damage the coating.
Featuring a true Zeroing control to zero out the readings from random external heat
sources if they are in the vicinity of the test area to assure accurate readings.
Also included is the PC Hardware and Widows Firmware for our Eagle Eye Data Logging
Feature so you can data log your Laser Test sessions on your Computer.
Power comes from an included12VDC Power Adapter.
Specifications Power Supply: ................................. 12VDC Power Adapter Sensor: ............................................. Molectron Thermopile (by J.BAUER Electronics) Sensor Area: .................................. 17mm Diameter Molecron Sensor Cable Length: .................... 18.0" Thermopile Head Dimensions: .... 2.50" x 1.50" Power Range: ................................. 1mW to 10000mW Spectral Range: .............................. 250nm to 11000nm Response Time (100%): ................. 8-12 Seconds Display Resolultion: ....................... 1mW up to 10000mW Total Dimensions: .......................... 4.00" x 2.60" x 1.50"
EagleEye Firmware: ....................... Supplied on Flash Drive"