How Laser Initiators Work
Laser initiators perform the same roles as conventional initiators although they use an alternate activation method – infrared laser light. The initiator output can be catered to either favor sustained pressure for performing mechanical work, or to emphasize hot particles for igniting adjacent energetics. Laser initiated devices offer unique characteristics over electrically ignited devices. They are ESD, RF and EMI/EMP immune which can be advantageous in certain design applications. They also generally present a system weight reduction for cabling because the fiber optic lines weigh less than typical copper lines and energetic transfer lines. PacSci EMC has qualified designs which utilize 100, 200 and 400 micron fiber optic cable assemblies. Any of the current designs can be adapted to other specified fiber optic systems.
Reliability and safety have been demonstrated on these designs as attested by the approval of range safety and man rated system uses.
What Our Laser Initiators Can Do
Laser initiators can be used in applications requiring pressure, hot particles, or both to activate further events and systems. The output pressure is useful for driving pistons that perform duties such as pressure vessel nipple removal, puncturing burst disks, activating separation bolts, driving pins forward or channeling the gas to a piston’s far side to retract the shaft (“pin puller” application). For variants emphasizing hot particles, the output may be used to ignite further energetics such as propellants, boosters, time delays, etc.
Where PacSci EMC Laser Initiators Can Be Found
PacSci EMC laser detonators are qualified and used in space launch vehicle applications, satellite release systems, and flare activation to name a few.
For product specific questions or to obtain data sheets, please email firstname.lastname@example.org or call (888) 995-5143 for immediate assistance.
|Performance Characteristic||Performance Level|
|All-Fire||Within 20 milliseconds @ 3.5 amp (when electrically initiated)
Within 10 milliseconds from ETL input stimulus
|No-Fire||>5 Minutes @ 1amp/1watt (when electrically initiated)|
|Operating Temperature||-90 °F to +220 °F|
|Piston Travel Distance||.15 to 2.50 inches typical|
|Side Loads||100 – 1,700 lbs. force typical|
|Applicable Specifications||Qualified to MIL-DTL-23659
(applies to electrical initiated Piston Actuator types)
MIL-HDBK-83578 Criteria for Explosive Systems used on Space Vehicles
(design margin validation)
Compliant with MIL-STD-1901A
(apples to energy transfer line initiated Piston Actuator designs)
MIL-STD-1576 Electro-Explosive Subsystem Safety Requirements and Test Methods for Space Systems
MIL-STD-1540 Test Requirements for Launch, Upper Stage and Space Vehicles
MIL-STD-202 Test Methods for Electron and Electrical Component Parts
MIL-STD-810 Environmental Engineering Considerations and Laboratory Tests
Additional Questions? Please email email@example.com or call (888) 995-5143 for immediate assistance.