Motor-driven bolt locks for tubular frame doors
Motor-driven bolt locks for tubular frame doors are specially designed for narrow door profiles made of aluminium or steel. Thanks to their compact design, variable backset dimensions and precise bolt technology, they are ideal for use in single- and double-leaf tubular frame doors – both in new buildings and for retrofitting.
The automatic locking via robust locking bolts provides maximum protection while ensuring ease of use. Unlocking is performed electrically, e.g. via an access control system or an emergency exit control. The locks are tested according to DIN 18251 and are available in versions compliant with EN 179 and EN 1125 for escape and rescue routes.
In combination with monitoring contacts, panic functions and electronic controls, motor-driven bolt locks offer a powerful solution for security-critical applications in public, commercial and sensitive areas.
Features
The compact design is optimally suited for narrow door profiles in tubular frame doors made of aluminium or steel
Different backset dimensions and mounting options allow flexible use in DIN left and DIN right doors
The motor-driven locking via robust bolts ensures high burglary protection while providing convenient operation
- The locks comply with DIN 18251 and are available in variants according to EN 179 and EN 1125 for escape and rescue routes
The electric drive enables automatic unlocking via access control systems or emergency exit controls
Integrated monitoring contacts provide reliable feedback on the locking status to door management systems
- The locks are compatible with standard profile cylinders – a freewheel cylinder is not required
The locks are low-maintenance, durable and ideal for security-critical applications in commercial and administrative buildings
Motor-driven bolt locks: The right choice – not only in terms of security
Motor-driven bolt locks for tubular frame doors combine powerful locking technology with intelligent control for modern door systems. Whether in public buildings, commercial properties or security-relevant facilities – thanks to their variety of versions and functionality, these locks can be optimally integrated into any electronic security and access concept.
Reliability
The robust bolt mechanism automatically locks after the door is closed – for permanently secure protection under heavy use.
Versatility
Whether connected to access control, emergency exit control or monitoring – motor locks can be flexibly integrated into any system.
Security
Certified versions meet the requirements of EN 179 and EN 1125 and ensure standard-compliant safety in escape routes.
Technical data & standards
| Products | Type of lock | Usable in | Panic function | Secured latch retention | Type | Note | |||
|---|---|---|---|---|---|---|---|---|---|
| 1-leaf | 2-leaf | ||||||||
| Bolt locks Series 18 |
Motor-driven bolt lock | x | Yes | x | - | Yes | B-1893 | ||
| Bolt locks Series 19 |
Motor-driven bolt lock | x | Yes | x | - | Yes | B-1993 | ||
Standards and safety requirements
Motor-driven bolt locks for tubular frame doors meet the highest safety standards and are – depending on the version – certified according to DIN EN 12209. Versions with escape route function additionally comply with the European standards DIN EN 179 (emergency exits) and DIN EN 1125 (panic doors). Many models are suitable for use in burglar-resistant doors according to DIN EN 1627–1630. In addition, versions with CE marking as well as fire and smoke protection approvals for the European market are available.
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.
