Description

 

0.01mW-100mW Photoelectric Laser Power Meter with OEM Display Supports Fast Response & RS232 Control

Features:
- Range: 0.01mW~100mW         
- The effective photosensitive aperture of the probe is 10mm/0.4". The probe body measures 43mm x 43mm x 29mm/1.7" x 1.7" x 1.1"
- Probe damage threshold: 10kW/cm²
- Power update time: 0.2s
- Wavelength response range: 400nm~1100nm. Each wavelength (resolution of 1nm) has corresponding calibration parameters on the accompanying software. All wavelengths can be calibrated if the relevant conditions are available. The calibration coefficients can be permanently saved in the host computer file
- Its display can show the power directly. The host computer software can be used to store the calibration data of the corresponding wavelength in the display. In this way, the display can be directly used as a power display terminal, and there is no need to display the power through the host computer software
- The display is an OEM version. You can connect the host computer to the display through a serial cable or a USB to serial cable. Pure RS232 communication. RS232 is set to 9600,8,n,1. As long as the host computer sends the command ?pw%, it can return the power value; Send a command? data% to return the AD value of the photoelectric probe. The host computer then converts this value into laser power through calculation
- The supporting software can easily calibrate the power calibration coefficient (manual calibration or automatic calibration. See the instructions) at each wavelength (resolution of 1nm). Users can zero each wavelength on the software. The software can record the laser power according to the sampling interval and the total time set by users, display the power stability curve and save all the data or curves to the computer file
- This photoelectric power meter is particularly suitable for monitoring the stability of continuous or quasi-continuous (repetition rate not less than 1kHz) laser power in the wavelength range of 400nm-1100nm. If the laser power is greater than 100 mW, a small part of the laser can be reflected by a beam splitter or a white glass into the photoelectric probe, or a small part of the laser can be passed through a 45-degree full-reflection mirror into the photoelectric probe. Users can monitor the laser power stability with the displayed value, or directly use this value to optimize the power stability of the actual laser through feedback control

Package Included:
- 1 x Set of Laser Power Meter

Packaging Details:
- G.W.: 1.1kg