Panic locks with monitoring contacts for timber and steel doors
Panic locks for timber and steel doors with integrated monitoring contacts meet the highest requirements for security, functionality, and control – especially in escape and rescue routes. Thanks to certified design in accordance with DIN EN 179 and DIN EN 1125, they are ideal for public buildings, educational or healthcare facilities.
Our panic locks – e.g. from series 21/23 – provide targeted feedback on the status of latch, bolt, cam, and lever via the integrated contacts. This enables security-relevant door states to be monitored and integrated into central control systems – for example, for logging, alarm triggering, or access release control.
In combination with durable mechanics, silent latch, or top locking, these locks offer a practical solution for heavily frequented and security-critical door systems.
Features
The compact design allows installation in single- and double-leaf door systems made of timber and steel – ideal for escape and rescue route applications
Backset dimensions from 25 mm offer high flexibility in the selection of door profiles and areas of application in project construction
The reversible latch allows use for both DIN left and DIN right – without additional adjustment effort
- Panic locks according to DIN 18251, EN 179, and EN 1125 are optimally suited for doors with defined escape functions in public and commercial buildings
Versions with monitoring contacts for latch, bolt, or lever enable targeted door status control – even in security-critical areas
- The locks are compatible with standard profile cylinders and door fittings – a freewheel cylinder is not required
- An optional silent latch is available for quiet closing – particularly suitable for sensitive areas such as clinics or schools
The locks are low-maintenance, durable, and designed for reliable continuous use on heavily frequented escape doors
Panic locks with monitoring contacts: The right choice – not only in terms of security
Panic locks with monitoring contacts for timber and steel doors combine reliable escape door technology with intelligent status monitoring for security-relevant door systems. Whether in public authorities, hospitals, or project construction – certified security in accordance with DIN 18251, EN 179, and EN 1125 as well as integrated monitoring functions allow panic locks to be integrated into modern escape and security concepts in compliance with standards and practical requirements.
Reliability
The high-quality mechanics ensure permanently reliable operation – even with high usage frequency. Ideal for escape doors in public and commercial areas.
Versatility
Panic locks with monitoring contacts can be flexibly integrated into door systems – whether for status detection of bolt, latch, or lever, or for connection to building management systems.
Security
Certified versions meet the requirements of DIN 18251, EN 179, and EN 1125 – and, thanks to integrated contacts, offer additional security through controllable escape and rescue functions.
Technical data & standards
| Products | Type of lock | Monitoring contacts | |||
|---|---|---|---|---|---|
| Latch | Bolt | Cam | Lever | ||
| Panic locks Series 23 (manually locking) |
Panic locks | x | x | x | x |
| Panic locks Series 21 (self- locking) |
x | - | x | x | |
Standards and safety requirements
Panic locks with monitoring contacts for timber and steel doors meet the highest safety standards in accordance with DIN EN 18251 and DIN EN 12209. Variants with panic function also comply with the European standards DIN EN 179 (emergency exits) and DIN EN 1125 (panic doors). Thanks to integrated monitoring contacts for latch, bolt, or lever, they enable precise door status control – ideal for security-critical applications. Many models also feature VdS approval, CE marking, and tested fire and smoke protection suitability for use throughout Europe.
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.
mechanically operated locks and strike plates
EN 12209 is a European standard that deals with mechanical locks and striking plates for doors. This standard defines the requirements for security, functionality, and durability of mechanical locks. It includes test procedures for evaluating the performance of these products in various categories such as durability, corrosion resistance, and resistance to tampering.
VDS
Profile cylinders with this marking are available in VdS version.
RC
The EN 1627 standard is a European standard that defines requirements and classifications for burglar-resistant components such as doors, windows, curtain walls, grilles, and roller shutters. This standard is part of a series of standards, which also includes EN 1628, EN 1629, and EN 1630, covering various aspects of testing these products for their resistance to burglary.Resistance classes (RC = Resistance Class) are a central element of this standard and indicate how well a component withstands a burglary attempt. There are several resistance classes, from RC 1 to RC 6, with each higher class offering better protection. [doc2]
