Electrically locking panic locks for tubular frame doors
For our electrically locking panic locks for single-leaf tubular frame doors, the installation of additional locking devices is not required. The combination of a self-locking panic lock and an electric escape door lock provides a compact solution and offers architects and fabricators significant planning and time savings.
The EVP lock, as a mortise lock, features standard DIN lock case dimensions and can therefore be retrofitted at any time. Additional milling in the door leaf or in the frame above the strike plate is not necessary.
The integrated automatic latch bolt ensures that the door is always locked – manual locking is not necessary. By positioning it in the area of the strike plate, the holding point of the electric lock is located centrally in the door, thus preventing the door leaf from warping.
Features
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Electrically locking panic locks enable controlled access and safe escape in an emergency.
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Thanks to their compact design, the locks are ideally suited for single-leaf door systems made of aluminium.
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The locks can be combined with standard profile cylinders and door fittings; a freewheel cylinder is not required.
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Depending on the area of application, versions with monitoring contacts are available.
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The robust construction is specifically designed for use in heavily frequented public buildings.
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Easy integration into existing access control systems and building technologies ensures a consistent security concept
Electrically locking panic locks: The right choice – not only in terms of security
Electrically locking panic locks for tubular frame doors combine proven escape door technology with modern access control. Whether in public buildings, administrative buildings, or security-relevant facilities – thanks to various versions and functions, these locks can be optimally integrated into any electronic security concept.
Reliability
Automatic locking after door closure ensures immediate security – ideal for highly frequented escape and rescue routes.
Versatility
Whether with panic function, monitoring contacts or connection to access control systems – the locks can be flexibly integrated.
Technical data & standards
| Products | Type of lock | Usable in | Panic function | Top locking | Secured latch retention | Type | Note | |
|---|---|---|---|---|---|---|---|---|
| Single-leaf | Double-leaf | |||||||
| Panic locks Series 19 EVP (self-locking) |
Electrically locked panic locks |
X | - | B | - | - | B-1920 | |
| X | - | E | - | - | B-1926 | |||
| Multipoint locking system, electrically lockable (EVP electrically-locking panic lock) | X | - | B | - | - | SECURY 6-B1910 EVP | can be combined with A-opener | |
| X | - | E | - | - | SECURY 6-B1916 EVP | |||
Standards and safety requirements
Electrically locking panic locks for tubular frame doors meet the highest security requirements and are approved according to current standards. In addition, the locks are suitable for fire and smoke protection and bear the CE marking for the European market. This ensures that these locks can be reliably integrated into modern escape security concepts.
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
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