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Survival Laser R 660nm Diode & Driver Module
$59.99 inc. tax
Product Code: SL-DDMR
Survival Laser R 660nm Diode & Driver Module Summary
DANGER: APPROPRIATE LASER SAFETY GOGGLES MUST BE WORN WHEN OPERATING THIS MODULE! RISK OF INSTANTANEOUS SEVERE EYE DAMAGE OR BLINDNESS!
No soldering required! This is a 660nm LPC-826 diode pressed into a standard diode module and soldered to a 520mA current regulated driver circuit that has been installed in a C6-style host "pill". Solder junctions have heat shrink tubing applied, lead wire is silicone insulated. All modules are tested for function and performance, minimum output power is 300 +/- 25mW with a standard AR coated acrylic lens and 1 fully charged 18650 battery. This module can be used with P/N SL-SLS4LHA Survival Laser S4 Host Assembly with the red anodized heat sink option. Module is packaged in an anti-static bubble bag.
CAUTION: The LPC-826 diode is case negative and MUST be electrically isolated from the heat sink and the host body. Use of a copper heat sink is NOT recommended. Preferred setup is with an anodized aluminum heat sink and an anodized aluminum host. Verify zero conductivity between the diode module and host before applying power to the module.
No soldering required! This is a 660nm LPC-826 diode pressed into a standard diode module and soldered to a 520mA current regulated driver circuit that has been installed in a C6-style host "pill". Solder junctions have heat shrink tubing applied, lead wire is silicone insulated. All modules are tested for function and performance, minimum output power is 300 +/- 25mW with a standard AR coated acrylic lens and 1 fully charged 18650 battery. This module can be used with P/N SL-SLS4LHA Survival Laser S4 Host Assembly with the red anodized heat sink option. Module is packaged in an anti-static bubble bag.
CAUTION: The LPC-826 diode is case negative and MUST be electrically isolated from the heat sink and the host body. Use of a copper heat sink is NOT recommended. Preferred setup is with an anodized aluminum heat sink and an anodized aluminum host. Verify zero conductivity between the diode module and host before applying power to the module.
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