Discover how electric strikes tailored for panic bars can enhance safety and building security. This guide reviews five top options, highlighting holding strength, installation style, and access methods. Whether you’re upgrading a fire exit system or configuring a remote-access solution, these models offer durable performance and compliance with fire-rated doors.
Summary of Selected Products
| Product | Brand | Key Feature |
|---|---|---|
| MENGQI-CONTROL Fire Emergency Door Electric Strike Push Rod Lock for Panic Bar Exit Open Device | MENGQI-CONTROL | 1000 kg holding force; NO/NC/COM lock status output |
| HES 9600-630 Series Stainless Steel Fire Rated Surface Mounted Electric Strike | HES | Surface mounted, Grade 1, static 1,500 lbs; tamper resistant |
| MENGQI-CONTROL Waterproof Metal RFID+PIN Code Kit with Push Bar Strike Lock | MENGQI-CONTROL | Supports up to 2000 users; RFID, PIN, card+PIN access |
| MENGQI-CONTROL Panic Bar Electric Strike System for Fire Exit | MENGQI-CONTROL | Remote open via remote control; 100 ft range |
| Seco-Larm Enforcer Reversible Electric Door Strike, SD-994A-A1SQ | Seco-Larm | Reversible faceplate; fail-secure operation |
MENGQI-CONTROL Fire Emergency Electric Strike for Panic Bar
The MENGQI-CONTROL electric strike is designed for fire exit doors with a push-rod panic bar. Its operating principle relies on electromagnetism to pull or push the release lever, enabling the door to lock or unlock as needed. This model offers a substantial holding force of 1000 kg and provides lock status output options (NO/NC/COM), aiding integration with building management systems. Installers can leverage its compatibility with panic-bar configurations to ensure rapid egress during emergencies while maintaining secure access control during normal operation. The device is suitable for high-traffic doors and is intended for compliance with fire safety standards in many facilities.
Key considerations for this option include its push-rod compatibility, robust holding force, and the availability of a lock-status signal. When wiring for access control, plan for a power supply capable of sustaining short-term releases without voltage drop. Maintenance should focus on ensuring the strike and wiring terminals remain clean and protected from moisture or dust.
HES 9600-630 Stainless Steel Electric Strike for Rim Exit
The HES 9600-630 series is a stainless steel, fire-rated electric strike designed for surface mounting on rim exit devices. This Grade 1-tamper resistant option provides high static strength (1,500 lbs) and dynamic strength (70 ft-lbs), making it well-suited for heavy-use doors in commercial environments. The surface-mount design simplifies installation on existing rims, reducing frame work. Its fire-rated construction aims to preserve egress safety while maintaining robust security during normal operations. Consider the required alignment with rim exit hardware and the door’s thickness to ensure a proper fit.
Important considerations include compatibility with your panic bar system and the surface mounting footprint, which dictates the necessary cut lines and mounting hardware. Regular inspection of the strike’s strike plate and solenoid is advised to prevent sluggish or intermittent operation during busy periods.
MENGQI-CONTROL RFID+PIN Code Electric Strike Kit
This waterproof kit combines RFID credentials and PIN code access with a push-bar strike lock for panic bar systems. It supports up to 2000 users using a control keypad and card system, with the ability to mix access modes (card, PIN, or card+PIN). The kit offers flexible installation options (half-embedded design requiring door-frame modification) and supports Wiegand 26 input/output for integration with an external controller. Its versatile access management is suitable for facilities requiring multiple user profiles and robust audit capabilities. Plan for network or power redundancy to ensure uninterrupted operation in critical exit paths.
Consider how you’ll manage user enrollment, credential provisioning, and potential future scalability. Security depends on secure credential storage and regular firmware or software updates to prevent unauthorized access attempts.
MENGQI-CONTROL Remote Panic Bar Electric Strike System
This system emphasizes remote access for panic bar doors. The core advantage is the ability to open the door remotely, removing the need to walk to the door to unlock, which can streamline visitor flow and security checks. A typical remote control range is about 100 feet, and the package often includes multiple remotes (with the option to add more). It also provides multiple access options, including a password entry and remote control, coupled with a buzzer sounder for audible feedback. The installation is targeted at fire emergency door setups with a half-embedded strike requiring frame cutting, so planning for professional installation is recommended.
When evaluating this option, assess the security of the remotes, potential interference with other wireless devices, and the overall maintenance of the buzzer system. Remote access should be paired with a secure backup credential method to minimize single-point failure risk during power outages or remote control failure.
Seco-Larm Enforcer Reversible Electric Door Strike
The Seco-Larm SD-994A-A1SQ Enforcer electric strike offers compatibility with cylindrical door locking systems and features a reversible faceplate for both right- and left-handed doors. It operates in fail-secure mode, meaning the strike remains locked if power is lost, supporting safer egress under certain conditions. This model is known for straightforward wiring and reliable performance across standard door installations. It is particularly attractive for facilities with mixed door orientations or those seeking a reversible solution without a specialized frame modification.
Key considerations include ensuring the strike’s faceplate alignment matches your door’s hinge side and confirming the voltage and current requirements align with the building’s power supply. Consider implementing a battery backup or uninterruptible power supply (UPS) to preserve operation during outages and maintain egress safety.
Buying Guide: Key Purchase Considerations for Panic Bar Electric Strikes
- Door compatibility and installation type: Check whether your panic bar is surface-mounted, rim exit, or flush mounted. Some electric strikes are half-embedded and require frame cutting, while others are designed for surface mounting on existing hardware.
- Fire rating and safety compliance: For fire exit doors, select models rated to maintain safe egress during emergencies. Confirm that the strike’s materials and wiring conform to relevant building codes and safety standards.
- Holding force and latching behavior: A higher holding force supports security against forced entry. Consider static and dynamic strength ratings, especially in high-traffic environments.
- Access control options: Choose based on required methods—RFID/key fob, PIN, card+PIN, or remote control. Think about user capacity, enrollment workflow, and integration with management software or access controllers.
- Power supply and reliability: Verify power requirements and plan for backup power to ensure operation during outages. UPS or battery backups can prevent complete lockouts during emergencies.
- Remote and local control balance: Remote open/lock features can improve flow but introduce security considerations. Combine with audit logging and strong credential management to minimize risk.
- Maintenance and durability: Look for vandal-resistant, tamper-resistant designs and easy wiring access. Regular inspections of the strike, wiring, and door alignment help prevent failures.
- Integration with existing hardware: Ensure compatibility with your panic bar model, door frame, and any networking or software platforms used for access control and monitoring.
In selecting an electric strike for panic bar systems, prioritize a balance of reliability, safety compliance, and flexible access control. Evaluate the installation footprint, maintenance needs, and how the strike will perform under daily use and during emergencies. Consider a system that supports scalable user management, robust event logging, and reliable power backup to maintain secure and efficient egress in diverse facilities.