Electric Release System

Electric Release System

Safety is at the forefront of today’s security minded owners of buildings and homes, and using an integrated access control system made up of various electronic based components can effectively protect the property.  The system can consist of proximity card reader, electromagnetic lock (EM lock), shear lock, electric strike…etc to control the traffic in and out of doors in restricted areas.

EM-1200 Conceal & Surface Mounted Shear lock

EM-1200 Conceal & Surface Mounted Shear lock

The DNW EM-1200 is a compact yet powerful electromagnetic shear lock, delivering a robust 1200 kg holding force. Its versatile design accommodates various door configurations, including aluminum frame-to-glass and glass-to-glass setups. With options for concealed or surface-mounted installations, it seamlessly integrates into single or double swing doors, regardless of mounting style.

The EM-1200 electromagnetic shear lock incorporates advanced features such as a Hall Effect sensor for precise locking, microprocessor control with adjustable time delays, and immediate demagnetization when encountering disconnection to power during an emergency. It meets stringent CE standards, EN61000-6-1, EN61000-6-2, EN61000-6-3, EN61000-6-4, and EN 55011, and is SGS-tested for over 500,000 cycles. Additionally, DNW offers complementary accessories like surface mount housings, aluminum clamps for glass doors, and filler plates to tailor the EM-1200 to specific installation requirements.

EM-1350 Surface Mounted Electric lock

EM-1350 Surface Mounted Electric lock

DNW new surface mounted electric lock for inswing and outswing door, compack size with high holding force 1,350Kgs (3,000Lbs), stainless steel cover to provide excellent weather resistant. 

The extra slim in size which can replace all the EM lock on the market. Not only as a electric locking device, more suitable to match moden house and offices' slim look. 

Electric and mechinical mechanism combined locking device to install in high security location.