Product Description
7431-130 Adams Rite UltraLine Electric Strike with faceplates in Clear Aluminum Finish
The 7431 series Electric Strike with 6-7/8" faceplates are specifically designed for Adams Rite deadlatches or cylindrical locksets with 1/2" to 5/8" latchbolt projection. It provides remote electrical control of any narrow stile or hollow metal door equipped with an Adams Rite 4500, 4700, or 4900 Series (or similar) Deadlatch or cylindrical (key-in-knob/lever) type lockset with 1/2" to 5/8" latchbolt projection. It functions in such a way that electrical actuation unlocks strike jaw and thus releasing latchbolt so that the door can be opened without operating latch itself. The Adams Rite 7431 series' extremely compact mechanism very smoothly fits into jamb sections as shallow as 1-1/16". It is a direct upgrade for Adams Rite 7130 series electric strikes. The electric strike opens electrically under 35 lbs. of preload.
Recommended for use in aluminum stiles
Benefits and Features:
- Clear Aluminum Finish
- Aluminum construction
- Opens under 35lbs of pre-load
- Grade 1 strength
- The Adams Rite 7431 can operate in either fail Secure or fail Safe modes easily and can run on 12 or 24 volts in DC or AC mode
- Stainless Steel Split-Jaw is included with 5/8" adjustable x 1-7/16" x 1/2" deep strike opening
- Available in Zinc-aluminum alloy case of size approximately 1" x 3-3/8" x 1-1/16" deep
- Perfect solution for storefront doors with Adams Rite hardware
- UL 1034 burglary-resistant listed hardware
- For use in aluminum stiles
- Non handed operation
- Radius faceplate measures 1-1/4" x 6-7/8 is included as always
- The 7431 series is radiused to match nose on inactive leaf in a pair of aluminum stile glass doors
- 3 year limited manufacturer's warranty is included
Individually boxed including mounting screws, mounting clips and adhesive shims to accommodate jamb or stile extrusion thickness greater or less than nominal 1/8", an adjustable jaw shim pack and two plug-in voltage adapters for 12/16/24 VAC and 12/24 VDC.
