 
Now with larger 8mm X 8mm Active area Thermopile Sensor.
(Tests most Lasers from 5mW to 1050mW output power in 1mW increments.)
The 1 Watt LaserBee I comes pre-assembled and Pre-Calibrated so you can use it as soon as it arrives. This 1 Watt (1000mW) Laser Power Meter was designed to let the hobbyist technician know the output power of almost any Laser from 5mW up to 1050mW.
It does NOT require an optical correction factor chart.... It does NOT use a photodiode sensor... The 1 Watt LaserBee I uses an included Thermopile Sensor Head.
The 1 Watt Laserbee I is calibrated using a Newport Model 1825-C Laser Power Meter. The 8x2 LCD module comes with a male connector and a female on the PCB so you can make an extension if needed. The Sensor is now connected by a 3 Pin screw type Terminal Block on the PCB so that it can be disconnected.
The LCD Backlight is now controlled by the Push Buttons to turn it "ON/OFF" if you need to conserve battery power. The 1 Watt LaserBee I can test most Lasers from 5mW to 1050mW output power in 1mW increments.
Easy to operate... simply attach a single 9 volt battery... or external 9VDC power supply... shine the Laser Beam onto the Thermopile Sensor and read almost any Wavelength Laser's power output directly on the Backlit LCD Display.
Comes with clear and easy to understand User Instructions and Drawings as well as the PC Interface Windows Data Logging Software on CD.... Can be used with other non amplified Thermopile Sensors.... Can be re-calibrated by yourself if you have a calibrated Laser Power Meter and a stable 300mW to 600mw Laser....
The new LaserBee I products now Feature Data Logging and Peak Detection. With the Data Logging Feature... you can Data Log the LaserBee I's output using the included Data Logging PC Interface Software.... You can then Graph your data on screen and/or print it out to a Printer....
Can also be used with a USB port when using an RS232 to USB Adapter Cable...
The LaserBee I comes standard with the Data Logging feature and Peak detection. (a standard RS232 M-F extension cable is required) If you do not have a Serial Port available on your PC, a USB to RS232 Converter Cable can be used to communicate with your LaserBee I products.
Specifications
Power Supply: ............................... 7-12 Volts DC (9Volt Battery or 9Volt DC Adapter recommended)
Sensor: .......................................... Thermopile (by J.BAUER Electronics)
Sensor Area: ................................. 8mm x 8mm (64 square mm)
Sensor Cable Length: ................... 12.0"
Thermopile Head Dimensions: ...... 1.65" x 1.50" x 1.00"
Power Range: ............................... 5mW to 1050mW in 1mW increments
Power consumption: ..................... 6 milliamps @ 9vdc (without LCD Backlight)
Power consumption: ..................... 64 milliamps @ 9vdc (with Green LCD Backlight)
Total Dimensions: .......................... 2.55" x 1.90" x 0.95" (Including LCD)
PC Interface Software: .................. on CD
User Instructions: ........................... on CD
Click To Buy
$219.99
+ shipping |
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