Product Overview
The Surface MiniMag® locks are designed with a 1-7/8" width to keep undersized openings within code. These locks are ideal solutions for traffic control on narrow-style interior or perimeter doors. The RCI 8371 Surface MiniMag® is for single outswinging doors. The RCI 8372 Surface MiniMag® is used for double outswinging doors without mullions. These electromagnetic locks install perfectly alongside most automatic door operators or stop-mounted door hardware. They reduce installation time and eliminate the need for extra brackets.
General Information
Name : RCI 8371 Surface Single MiniMag Electromagnetic Lock with Security Condition Sensor, Outswing Doors, 750 lb, Brushed Anodized Aluminum , RCI by dormakaba
Category : Magnetic Locks
UPC Code : 785943360830
Country of Origin : China. Country of origin is subject to change.
Specifications
General Information
ADI Part Number : RU-8371S8
Brand Name : RCI
Manufacturer : dormakaba Holding
Manufacturer Part Number : 8371 SCS 28
Product Line : MiniMag
Product Model : 8371
Product Name : 8371 Surface MiniMag
Product Type : Magnetic Lock
Technical Information
Armature Plate Depth : 0.51" (13 mm)
Armature Plate Depth (mm) : 13
Armature Plate Height : 1.50" (38 mm)
Armature Plate Height (mm) : 38
Armature Plate Width : 7.28" (185 mm)
Armature Plate Width (mm) : 185
Door Supported : Single Door
Holding Force (g) : 340194.278
Material : Bronze, Steel
Physical Characteristics
Application/Usage : Inswing Door, Outswing Door
Color : Silver
Form Factor : Surface Mount
Lock Depth : 1"
Lock Height : 9.38"
Lock Width : 1.88"
Power Description
Input Current : 520 mA
Input Current (A) : 0.52
Input Voltage : 12V DC, 24V DC
Input Voltage (V DC) : 12, 24
Product Information
Finishing : Aluminum
Holding Force : 750 lb
Warranty
Limited Warranty : Lifetime
Miscellaneous
Features : Adjustable Keyhole Mounting, Door Status Sensor (DSS), Fail Safe, Security Condition Sensor (SCS), Surge Protection
Package Contents : <ul> <li>8371 Surface MiniMag</li> <li>Armature Plate</li> </ul>
