3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish
        • 3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish
        • 3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish

        3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish

        SKU: 3101B-CHGO
        DYNALOCK
        SKU: 3101B-CHGO
        3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish has aluminumis designed to satisfy life safety codes and high security needs at the same time. the next generation 3101b system offers better technology, resistance to electrical surges, and a virtually maintenance free sensing system. In a typical installation, the door is normally closed and latched by the existing mechanical door hardware and magnetically secured by the 3101B Lock. Attempting to exit by applying 15Lbs. or less pressure to the door will cause the door to become unlatched, and activate the 3101B delay egress timer. The audible and red LED will pulsate for 15 seconds (30 seconds field selectable). After the time delay has elapsed, the lock will release and the audible will sound continuously with a green LED until the door is shut and the lock is reset. Reset and/or bypass are accomplished with a built-in keyswitch or remote signal. The system unlocks automatically when the 3101B is integrated with the building emergency fire alarm system or power is removed. Fire alarm contacts on the 3101B Lock are field selectable for NO and NC signals.The MSA Dyna-Lock Self-Retracting Lanyards (SRL) are fast-acting fall arresters that limit free-fall distance, deceleration distance and fall arrest forces while allowing user freedom of movement.
          • 42% less
          Market price:$1979.97 save $824.99
        • $1154.98
         
        OR
        3101B-CHGO Dynalock Single Delay Egress Lock Outswing With Chicago Code Us28 Finish has aluminumis designed to satisfy life safety codes and high security needs at the same time. the next generation 3101b system offers better technology, resistance to electrical surges, and a virtually maintenance free sensing system. In a typical installation, the door is normally closed and latched by the existing mechanical door hardware and magnetically secured by the 3101B Lock. Attempting to exit by applying 15Lbs. or less pressure to the door will cause the door to become unlatched, and activate the 3101B delay egress timer. The audible and red LED will pulsate for 15 seconds (30 seconds field selectable). After the time delay has elapsed, the lock will release and the audible will sound continuously with a green LED until the door is shut and the lock is reset. Reset and/or bypass are accomplished with a built-in keyswitch or remote signal. The system unlocks automatically when the 3101B is integrated with the building emergency fire alarm system or power is removed. Fire alarm contacts on the 3101B Lock are field selectable for NO and NC signals.The MSA Dyna-Lock Self-Retracting Lanyards (SRL) are fast-acting fall arresters that limit free-fall distance, deceleration distance and fall arrest forces while allowing user freedom of movement. The Dyna-Lock SRL is ideal for climbing applications where vertical mobility is needed. Founded in 1989, DynaLock Corporation. manufactures high security locking and access control products. Its modern 18000 square foot facility in Bristol, CT utilizes the latest in computerized machining centers and robotics. DynaLock Corporation. specializes in the manufacture of UL listed electromagnetic locks and delay egress systems. Additional products include UL listed power supplies, exit controls and custom consoles. DynaLock Corporation. offers the DynaLife Lifetime Warranty on all standard products. DynaLock Corporation's sales engineering staff is available for technical help regarding product and systems design. In addition, DynaLock Corporation. offers design services for custom built products and system point-to-point wiring diagrams.