980nm650nm Electricity Meter Reading Laser JAP9805-007
Dual wavelength infrared data acquisition laser: 980nm650nm laser for electricity meter reading.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Housing size [980nm Channels] | φ4 mm × 8 mm |
| Lens [980nm Channels] | φ3/ Glass |
| Circuit Board Size [980nm Channels] | 6 mm × 7.5 mm |
| Circuit Board [980nm Channels] | 3–5V/PWM Modulation Board |
| Product Material [980nm Channels] | Copper /H59 |
| Wire [980nm Channels] | UL1571 28# 5P1.25 Terminal Cable 29mm |
| Wire Rated Temperature [980nm Channels] | 80 ℃ |
| Optical Power Output Po [980nm Channels; TC=25℃; 3–5V Power Supply] | min:1.35 mW; typical:1.6 mW; max:1.9 mW |
| Working current Iop [980nm Channels; TC=25℃] | typical:20 mA; max:25 mA |
| Operating Voltage Vop [980nm Channels; TC=25℃] | min:3 V; typical:3.5 V; max:5 V |
| Laser Wavelength λp [980nm Channels; TC=25℃] | min:965 nm; typical:980 nm; max:995 nm |
| Electrical Power Wl [980nm Channels; TC=25℃] | min:0.06 W; typical:0.07 W; max:0.125 W |
| Laser Beam Mode [980nm Channels] | Dot Pattern |
| Working Mode [980nm Channels] | Pulse work |
| Spot Size [980nm Channels; distance 8m] | 35±5 mm |
| Working Temperature [980nm Channels] | -10~40 ℃ |
| Storage Temperature [980nm Channels] | -40~80 ℃ |
| Operating Time [980nm Channels] | 10000 h |
| Housing Electrical Polarity [980nm Channels] | Positive Polarity |
| Control Signal Voltage [980nm Channels] | 2.5–5.5 V |
| The control mode [980nm Channels] | PWM modulation |
| Response frequency [980nm Channels] | <100 kHz |
| Initial Response Duty Cycle [980nm Channels] | 3 % |
| Housing size [650nm Channels] | φ4 mm × 8 mm |
| Lens [650nm Channels] | φ3/ Glass |
| Circuit Board Size [650nm Channels] | 6 mm × 7.5 mm |
| Circuit Board [650nm Channels] | 3–5V/APC Circuit Board |
| Product Material [650nm Channels] | Copper /H59 |
| Wire [650nm Channels] | UL1571 28# 5P1.25 Terminal Cable 29mm |
| Wire Rated Temperature [650nm Channels] | 80 ℃ |
| Optical Power Output Po [650nm Channels; TC=25℃; 3–5V Power Supply] | min:2 mW; max:4 mW |
| Working current Iop [650nm Channels; TC=25℃] | typical:20 mA; max:30 mA |
| Operating Voltage Vop [650nm Channels; TC=25℃] | min:3 V; typical:3.5 V; max:5 V |
| Laser Wavelength λp [650nm Channels; TC=25℃] | min:650 nm; typical:655 nm; max:660 nm |
| Electrical Power Wl [650nm Channels; TC=25℃] | min:0.06 W; typical:0.07 W; max:0.15 W |
| Laser Beam Mode [650nm Channels] | Dot Pattern |
| Working Mode [650nm Channels] | continuous |
| Spot Size [650nm Channels; distance 8m] | <15 mm |
| Working Temperature [650nm Channels] | -10~50 ℃ |
| Storage Temperature [650nm Channels] | -40~85 ℃ |
| Operating Time [650nm Channels] | 10000 h |
| Housing Electrical Polarity [650nm Channels] | Positive Polarity |
Datasheet
Supplier Information
Related Products
-
1000/1500/2000W Single Mode Continuous Wave Green Fiber Laser GCL-1000-F-S-W-S
Laser Modules & Systems
Gongdalaser
working mode: Continuous / modulation Central Wavelength: 532±2 nm Power Stability [8h]: ±1.5 %
Gongda Laser introduced its 1000W to 2000W single mode continuous wave green lasers to address processing problems such as the extremely low infrared absorption and unstable forming of highly reflective materials. The series emphasizes exceptional processing stability. It uses the strong absorption of 532nm green light by metals, excellent beam quality and a real time closed loop power control system to suppress welding spatter at its source and maintain high consistency during prolonged, intensive processing.
-
1000/1500/2000W Single Mode Continuous Wave Green Fiber Laser GCL-1500-F-S-W-S
Laser Modules & Systems
Gongdalaser
working mode: Continuous / modulation Central Wavelength: 532±2 nm Power Stability [8h]: ±1.5 %
Gongda Laser introduced its 1000W to 2000W single mode continuous wave green lasers to address processing problems such as the extremely low infrared absorption and unstable forming of highly reflective materials. The series emphasizes exceptional processing stability. It uses the strong absorption of 532nm green light by metals, excellent beam quality and a real time closed loop power control system to suppress welding spatter at its source and maintain high consistency during prolonged, intensive processing.
-
1000/1500/2000W Single Mode Continuous Wave Green Fiber Laser GCL-2000-F-S-W-S
Laser Modules & Systems
Gongdalaser
working mode: Continuous / modulation Central Wavelength: 532±2 nm Power Stability [8h]: ±1.5 %
Gongda Laser introduced its 1000W to 2000W single mode continuous wave green lasers to address processing problems such as the extremely low infrared absorption and unstable forming of highly reflective materials. The series emphasizes exceptional processing stability. It uses the strong absorption of 532nm green light by metals, excellent beam quality and a real time closed loop power control system to suppress welding spatter at its source and maintain high consistency during prolonged, intensive processing.
-
3000/4000W Single Mode Continuous Wave Green Fiber Laser GCL-3000-F-SC-W-S
Laser Modules & Systems
Gongdalaser
working mode: Continuous / modulation Central Wavelength: 532±2 nm Power Stability [8h]: ±2 %
Gongda Laser recently introduced near single mode 3000W and 4000W continuous wave green lasers, described as quasi single mode continuous wave green lasers with the highest average power worldwide. They provide more energy for processing highly reflective materials. Their near single mode output maintains high beam quality and consistency, with the potential to improve welding quality, efficiency and penetration depth in thick copper processing. The system uses an all fiber fundamental frequency architecture and external cavity frequency doubling for high stability and reliability.
-
3000/4000W Single Mode Continuous Wave Green Fiber Laser GCL-4000-F-SC-W-S
Laser Modules & Systems
Gongdalaser
working mode: Continuous / modulation Central Wavelength: 532±2 nm Power Stability [8h]: ±2 %
Gongda Laser recently introduced near single mode 3000W and 4000W continuous wave green lasers, described as quasi single mode continuous wave green lasers with the highest average power worldwide. They provide more energy for processing highly reflective materials. Their near single mode output maintains high beam quality and consistency, with the potential to improve welding quality, efficiency and penetration depth in thick copper processing. The system uses an all fiber fundamental frequency architecture and external cavity frequency doubling for high stability and reliability.
Related Articles
As a professional ultraviolet‑laser solution provider, Precilasers has launched its 266 nm narrow‑linewidth industrial laser, delivering reliable single‑frequency output for high‑precision interference lithography, semiconductor inspection and precision metrology applications.
On November 28, 2024, the 3rd China Laser Star Enterprise Summit & Advanced Laser Processing Technology Summit, an annual influential event in the laser industry, was grandly held in Wuhan Optics Valley.
Within cutting‑edge ultrafast photonics research, asynchronous optical sampling (ASOPS) and synchronous sampling serve as fundamental technologies for terahertz excitation detection, coherent Raman imaging and other time‑resolved spectroscopy experiments.
A laser bar is an array semiconductor laser chip integrated with dozens of emitters, which realizes hundred-watt quasi-continuous output on a single chip. With regular emitter arrangement and controllable fill factor, integrated thermal design and superior wall-plug efficiency compared to single chips, it acts as the core light source for high-power pumping, medical lasers and precision processing.
Loading...
Name
Phone
Organization
Use Case
Database Platform