Edwards Signaling 1505-AQN5 Flush Wall Mounted Electromagnetic Door Holder, Short Catch Plate, 24VAC/DC, 120VAC, Flush Wall Mount
- Regular price
- $73.64
- Regular price
-
- Sale price
- $73.64
- Unit price
- per
Manufacturer : Edwards Signaling
Sku : 1505-AQN5
Condition : New
15 available
The Edwards Signaling 1505-AQN5 Flush Wall Mounted Electromagnetic Door Holder is an essential safety component for single door applications. Designed to securely hold self-closing swinging doors, this electromagnetic door holder can be activated automatically by fire alarm systems, smoke detectors, or sprinklers. It can also be manually operated for convenience and safety. Ideal for use in hospitals, schools, offices, nursing homes, and public buildings, the 1505 Series ensures that doors remain open under normal conditions and close securely during emergencies. This flush-mounted device is constructed from die-cast metal with a powder epoxy aluminum finish, offering both durability and an aesthetically pleasing appearance.
- •Durable Construction: Made from die-cast metal with a powder epoxy aluminum finish, the 1505-AQN5 offers robust performance and longevity, ensuring reliable operation in demanding environments.
- •Versatile Activation: Can be triggered automatically by fire alarm systems, smoke detectors, and sprinklers, or manually operated for added convenience and safety in various settings.
- •Easy Installation: Designed for flush wall mounting inside a standard single gang outlet box (not supplied), with field wiring connections made within the electrical box, facilitating straightforward and secure installation.
- •Flexible Catch Plate Assembly: The catch plate can be mounted to the door through-bolting or using concealed surface mounting plates, providing flexibility and ease of use during setup.
- •Wide Application Range: Ideal for use in hospitals, schools, offices, nursing homes, and other public buildings, the 1505 Series is suitable for holding single doors open under normal conditions and ensuring they close during emergencies for enhanced safety.