RCI 8360 28 Mortise Minimag 750 Lb offers a robust solution for securing sliding doors with its low-profile design and impressive holding force of 750 lbs. This electromagnetic lock operates on 12/24 VDC, ensuring compatibility with various access control systems. Designed for both interior and perimeter doors, the RCI 8360 is ideal for applications requiring effective loss prevention and traffic control. The brushed aluminum finish (689/US28) not only enhances the aesthetic appeal but also ensures durability in commercial environments. Its fail-safe function guarantees that the door remains secure under normal conditions, while the remote lock status switch allows for easy monitoring and control. With an amp draw of just .50 amps at 12VDC and .25 amps at 24VDC, it operates efficiently without consuming excessive power. Installation is straightforward, making it suitable for commercial settings where reliability and security are paramount. RCI backs the 8360 with a lifetime warranty, providing peace of mind for long-term use. Whether you're enhancing security in a retail space or managing access in an office building, the RCI 8360 28 Mortise Minimag is a dependable choice for your door hardware needs.
Mortise Minimag 750 Lb
Mortise 750 Lb. Minimag, 12/24 VDC, Remote Lock Status, Sliding Doors, Brushed Aluminum
8360 Mortise MiniMag For sliding doors. Low-profile design ideal for sliding doors .
Interior or Perimeter Doors; Access Control; Loss Prevention Traffic Control
For use in: Interior or Perimeter Doors; Access Control; Loss Prevention Traffic Control
Manufacturer surcharge: $ 0.0
Amp Draw: .50 Amps at 12VDC, .25 Amps at 24VDC
Base Material: VARIES
Commercial Residential: Commercial
Finish: 689/US28
Finish Family: Matte Silver
Function: Fail Safe
Holding Force: 750 lbs.
Installation: Commercial
Limited Warranty: Lifetime
Operating Voltage: 12/24 VDC
Pack Qty: 1
Series: RCI Electromagnetic Locks
Subtype: Maglocks
Switch Type: Remote Lock Status
Type: Electric Strikes, Bolts, Magnets
Unit of Measure: Each
Upc: 7.86E+11
