600Lbs infrared induction double door magnetic lock
Model: EM600ISD (LED)
Technical parameters
Lock body dimensions: length 563x width 48.8x height 39.9mm
Size of suction plate: length 180x width 38.8x height 13.2 (mm)
Working voltage: DC12V (adjustable DC24V)
Working current: 12V/500mA (± 10%) X2; 24V/250mA(±10%)X2
Maximum tension: 280kg (600Lbs) X2 linear tension
Signal output: Lock status signal NO, NC, COM contacts
LED display: green (door open status), red (locked status)
Unlock delay setting: 3/6/9/12 seconds adjustable
Applicable door types: wooden doors, glass doors, metal doors, fire doors
Maximum sensing distance: 3m
Surface temperature: Within+20 ℃ below ambient temperature
Applicable temperature: -20 ℃~+55 ℃ (-4-131 ° F)
Applicable humidity: 0-95% relative humidity
Applicable scenarioses: entrance and exit control and access control for parking lots, elevator lobbies, and various public facilities in residential areas, apartments, hotels, office buildings, shopping centers, etc
Product weight: 5.2kg
Features and advantages
Infrared human body sensing device, effective sensing distance of 3M
Infrared human body sensing with a wide angle of 130 degrees
High brightness LED display of door lock status
Dual voltage design suitable for DC 12V or 24V
Lock signal NO/NC/COM contact
Enhanced electromagnetic lock core design with super strong suction force
Latest industrial design, safe and sturdy
Features and Applications
EM600ISD (LED) is a magnetic lock with infrared sensing automatic unlocking function, with the latest industrial design, beautiful, sturdy and durable. Effectively improving the efficiency of access control automation, widely used in parking lots, elevator lobbies, and access control for various public facilities in residential areas, apartments, hotels, office buildings, shopping centers, etc; Infrared sensing distance of 3 meters, wide angle of 130 degrees, DC12V or DC24V dual voltage design, NO, NC, COM lock signal contacts, high brightness LED display lock status, 3, 6, 9, and 12 second lock delay design.
