SDC LR100HK-EM Motor Latch Retraction Kit is designed to enhance the functionality of Hager 4500 Series exit devices with its Quiet Duo Dual Latch Retraction and Dogging capabilities. This innovative kit enables seamless electric access control, allowing for efficient operation of mechanical exit devices. When energized, the LR100HK-EM retracts the latch of the exit device and depresses the pushpad, facilitating both momentary and sustained push and pull operation of the door. Ideal for commercial applications, this retraction kit is perfect for high-traffic environments where ease of access is essential. The electric dogging feature ensures that the door remains securely open, making it convenient for everyday use. With a straightforward installation process tailored for commercial settings, the SDC LR100HK-EM is a reliable choice for those who require robust security without compromising on operational efficiency. It is packaged as a single unit, ensuring you have everything needed for installation in one convenient package. Please note that this device is not fire-rated, making it suitable for various non-fire-rated applications. Elevate your access control solutions with the SDC LR100HK-EM, where technology meets reliability.
Motor Latch Retraction Kit
Quiet Duo Dual Latch Retraction / Dogging Kit, for 32" Hager 4500 Series Exit Devices
The SDC LR100 Series Electric Latch Retraction Kit enables electric access control and dogging of mechanical exit devices. When energized the motor retracts the exit device latch and pulls the pushpad on most devices into the dogged (depressed) position enabling momentary or sustained push and pull operation of the door.
Enables electric access control and dogging of mechanical exit devices.
Application: For Hager Exit Devices
Commercial Residential: Commercial
Dogging Options: Electric Dogging
Electric Options: Electric Latch Retraction
Fire Rated: No
Installation: Commercial
Pack Qty: 1
Series: SDC ELR Retrofit Kits
Subtype: Latch Retraction Kit
Type: Exit Devices
Unit of Measure: Each