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520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light
520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light

520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light

$ 28.82

Availability: 20 in stock
  • Refund will be given as: Money Back
  • Item must be returned within: 30 Days
  • Divergence Angle:: 88°, the line length is about 2 meters at 1 meter
  • Diameter: 12x42mm
  • All returns accepted: Returns Accepted
  • EAN: 6256294941428
  • Return shipping will be paid by: Buyer
  • Marke: 520ML-5-30-1242-AC
  • Brand: Q-BAIHE
  • Operating voltage: DC3V
  • Operating temperature: -20°~+60°
  • Country/Region of Manufacture: China
  • Wavelength: 520nm
  • Laser Safety:: Class 3B
  • Restocking Fee: No
  • UPC: 6256294941428
  • Condition: New
  • Herstellernummer: Q-BAIHE
  • Model: 520ML-5-30-1242-AC
  • Storage temperature: -40°~+85°
  • MPN: 520ML-5-30-1242-AC

    Description

    Title：
    520nm 5mW 30mW Tunable Green Line Laser Module Laser Marker Positioning Light DIY
    Wavelength:
    520±10nm
    Output Power:
    <5mW,<30mW,
    Operating Voltage:
    DC3V
    Operating Current:
    <80mA,
    <180mA
    Operating Temperature:
    -20°~+60°
    Storage Temperature:
    -40°~+85°
    Mean time to failure:
    >10000H
    Laser Safety:
    Class 3B
    Divergence Angle:
    88°, the line length is about 2 meters at 1 meter
    Range (indoor):
    > 10 meters
    Lens:
    Acrylic
    Size:
    12x42mm
    Driver circuit:
    ACC
    Working mode:
    Continuous work
    Package:
    1* Green Laser Module
    On Jan-12-21 at 20:00:27 PST, seller added the following information: