Deadbolt locks for timber and steel doors
Our deadbolt locks have been specially developed for double-leaf door systems made of timber or steel. The deadbolt locks ensure reliable locking of the inactive leaf at the top and bottom. Automatic locking occurs via a suitable switching lock when the door is closed; unlocking is performed manually – either via a rotary lever, a rod handle, or a push bar. Versions with motorized unlocking on the inactive leaf further expand the range of applications.
Features
The reinforced design allows installation in single- and double-leaf door systems made of timber and steel – even for high security requirements
Backset dimensions from 65 mm offer high flexibility in the selection of door profiles and areas of application in project and fire protection sectors
- Versions with manual or motorized opening enable flexible use – also in combination with multi-point locking
Coordinated accessories such as deadbolt rods in various lengths and switching locks for different profiles complete the inactive leaf locking
The locks are of high-quality workmanship, durable, and designed for safe continuous use in heavily used door systems
Deadbolt locks: The right choice – not only in terms of security
Deadbolt locks for timber and steel doors offer durable locking technology and high resistance forces of the deadbolt rod for demanding door situations. Whether in administrative buildings, industrial facilities, or public construction projects – thanks to various designs, functions, and certified security, deadbolt locks can be integrated safely, efficiently, and in compliance with standards into modern door and security concepts for double-leaf doors.
Reliability
The powerful locking technology ensures permanently secure operation – even under high mechanical stress. Ideal for use in heavily frequented project and fire protection doors.
Versatility
Manually lockable deadbolt locks for timber and steel doors can be flexibly adapted to door profile, standards, and usage situation – ideal for a wide range of applications in project and commercial construction.
Security
Certified deadbolt locks meet the requirements of DIN 18251 and are suitable for use in doors with high security requirements as well as in escape and rescue routes.
Technical data & standards
| Products | Type of lock | Usable in | Panic function | Secured latch retention | Type | Note | |||
|---|---|---|---|---|---|---|---|---|---|
| 1-leaf | 2-leaf | ||||||||
| Deadbolt locks Series 23 |
Deadbolt locks | x | Yes | x | - | Optional | B 2390 | ||
| x | Yes | x | - | - | B 2391 | ||||
| x | Yes | x | - | - | B 2392 | ||||
| secured deadbolt locks | x | - | x | - | - | B 2394 | |||
| x | - | x | - | - | B 2397 | ||||
| Deadbolt locks Series 21 |
Deadbolt locks | x | Yes | x | - | - | B 2189 | ||
| x | Yes | x | - | - | B 2190 | ||||
Standards and security requirements
Deadbolt locks for timber and steel doors meet the highest security standards. Versions with multi-point locking or panic function also comply with European standards EN179 (emergency exits) and EN1125 (panic doors). Also approved for burglar-resistant doors according to DIN EN 1627–1630. Many models also feature tested fire and smoke protection suitability as well as CE marking for the European market.
suitability for fire protection
Approved for use on fire and smoke protection doors
Emergency exit devices with lever handle or push plate for doors in escape routes
The EN 179 standard refers to emergency exit devices intended for use in buildings where it is expected that people familiar with the escape route can quickly and safely reach an exit in an emergency. These locking systems are designed to be easily opened in the event of an emergency. They require only a simple hand movement without the use of keys or similar aids. EN 179 specifies requirements for the design and performance of such systems to ensure their reliability and safety.
panic-break-out hardware with horizontal operating bar
DIN EN 1125 refers to panic exit devices with integrated latch that are equipped with a horizontal operating bar. This standard specifies the requirements and test methods for emergency exit devices intended for use in public buildings to ensure a quick and safe exit in case of emergency. The devices must be designed so that they can be easily operated even under panic conditions.Find the right support quickly!
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