0.01MW-100MW Laser Power Meter Photoelectric Type OEM Version Fast Response RS232 Control

0.01MW-100MW Laser Power Meter Photoelectric Type OEM Version Fast Response RS232 Control

Features:
1. Range: 0.01mW～100mW        
2. The effective photosensitive aperture of the probe is 10mm/0.4", and the size of the probe body is 43 x 43 x 29mm/1.7 x 1.7 x 1.1"
3. Probe damage threshold: 10kW/cm²
4. Power update time: 0.2s            
5. Wavelength response range: 400nm~1100nm. There are corresponding calibration parameters for each wavelength (resolution of 1nm) on the supporting software. So, customers can calibrate all wavelengths if they have the conditions, and the calibration coefficients can be permanently saved in the host computer file
6. The meter can display power, and the user can use the host computer software to store the calibration data of the corresponding wavelength in the meter, so that the meter can be used as a power display terminal without displaying the power through the host computer software
7. The meter is the OEM version. Host computer connects the meter through a serial cable or a USB-to-serial cable, supporting RS232 communication. And the setting of RS232 is 9600,8,n,1. The host computer only needs to send the command ?pw% to return the power value; send the command ?data% to return the AD value of the photoelectric probe, and the host computer can then convert this value into the laser power through calculation
8. The supporting software can facilitate users to calibrate the power calibration coefficient at each wavelength (with a resolution of 1nm) (it can be manually calibrated or automatically calibrated). Each wavelength can be zeroed in software. The laser power can be recorded according to the sampling interval and total duration set by the user, the power stability curve can be displayed, and all data or curves can be saved to the computer file
9. This photoelectric power meter is suitable for monitoring the stability of continuous or quasi-continuous (repetition frequency not lower than 1kHz) laser power with wavelengths in the range of 400nm-1100nm. If the laser power is greater than 100mW, a beam splitter or white glass can be used to reflect a small part of the laser light into the photoelectric probe, or a small part of the laser that escapes after passing through a 45-degree all-emitter mirror can be injected into the photoelectric probe. Users can monitor the laser power stability with the value of the meter, or use this value to optimize the power stability of the actual laser through feedback control

Package Included:
- 1 x Laser Power Meter
- 1 x Probe
- 1 x Power Supply
- 1 x USB To RS232 Cable