The EB250 is a Slimline lock ideally suited to narrow style aluminium doors. It suits sliding, double or Single swing doors and can be fitted to the door or the frame. Compatible with timber and metal doors Measurements Field Reversible: Current Consumption: 12v: 740mA (activate) 120mA (holding), 24v: 440mA (activate) 70mA (holding). Dimensions ALPEB250: (H) […]
The EB1001 suits all door types and can be fitted in the door or the frame. It also features a plug in LED indicator as standard. Measurements Field Reversible: Fail safe. Dimensions: (H) 203mm x (W) 34mm x 37mm. Current Consumption: 1000mA (activating), 259mA (holding). Bolt Throw: 15mm. Faceplate: Square. Holding Force:
The Tate Colson Solonoid is a deedlock monitored solonoid bolt. Solenoid bolts provide a high level of security using a strong steel bolt which provides a secure physical barrier. They are suitable for use with most forms of access control but due to the high level of physical security are more appropriate for higher security access control systems such as Card […]
The EB501 is a mini solenoid bolt that can be fitted to the door or frame and is often used for narrow profile cabinets and showcases. Measurements Field Reversible: Fail safe. Dimensions: (H) 150mm x (W) 22mm x (D) 30mm. Current Consumption: 700mA (activate) 100mA (holding) Bolt Throw: 13mm. Faceplate: Square. Holding Force:
The DB25 offers a Slimline design and features power reduction allowing for continuous operation without heat generation. Also features automatic voltage regulation and dual monitoring. Measurement Field Reversible: See table. Current Consumption: 12v: 1100mA (activate) 210mA (holding), 24v: 1000mA (activate) 90mA (holding) Bolt Throw: 16mm. Faceplate: Radius. Holding Force: 1000kg.
The 1960 is a cost effective solenoid bolt with a 14mm bolt throw. Ideal for a range of access control applications. Measurements Field Reversible: Fail safe. Dimensions: (H) 179mm (W) 43mm. Current Consumption: 800mA @ 12V, 500mA @ 24V. Bolt Throw: 12mm. Faceplate: 230mm x 25mm Square. Holding Force: