Frisco Eclipse Silver ED15 Eclipse Digital Lock (Fire Rated)
The Frisco Eclipse Silver ED15 Eclipse Digital Lock is a practical mechanical digital locking solution designed for fire door applications. It combines convenient push-button access with a robust, keyless design, making it well suited to a variety of commercial and architectural settings where controlled access is required.
Fire Rated Design
The ED15 digital lock is BS EN 1634 FD60 minute fire rated when fitted with the specified Eclipse intumescent packs, Code 99758. This makes it suitable for compatible fire door applications where the appropriate intumescent protection is installed as required.
Practical and Versatile Operation
Featuring a mechanical push-button digital locking mechanism, the lock offers 8,000+ possible combinations for controlled entry. It is supplied with a 60/70mm latch and includes a holdback facility for added convenience during use.
The non-handed design allows the lock to be fitted to either hand of door, helping simplify installation. Fixings are also supplied, providing the essential hardware for fitting to a compatible door.
Key Features
- Silver finish
- ED15 Eclipse digital lock
- Mechanical push-button digital lock
- BS EN 1634 FD60 minute fire rated when fitted with Eclipse intumescent packs, Code 99758
- 60/70mm latch
- 8,000+ combinations
- Holdback facility
- Supplied with fixings
- Non-handed design
Frequently Asked Questions
Is the Frisco Eclipse ED15 fire rated?
Yes. The ED15 is FD60 minute fire rated to BS EN 1634 when fitted with the specified Eclipse intumescent packs, Code 99758. The lock should be installed as part of a compatible, appropriately tested fire door assembly.
How many combinations does the digital lock offer?
The mechanical push-button lock offers 8,000+ possible combinations, providing a wide range of options for controlled access.
Is the ED15 digital lock handed?
No. The Frisco Eclipse ED15 has a non-handed design, meaning it can be fitted to either hand of a compatible door, helping to make installation more straightforward.