Panic Bar Lever Handle Provides Reliable Protection
Panic Bar Lever Handle Provides Reliable Protection
Blog Article
In modern buildings and public facilities, safe evacuation is a key link in ensuring the safety of people's lives. Especially in emergency situations, such as fires, earthquakes and other disasters, fast and barrier-free evacuation channels are essential. The Panic Bar Lever Handle (emergency escape push rod handle) launched by YAKO is a professional-grade hardware accessory designed to meet this demand. It can trigger the door lock release mechanism through a simple push action, ensuring that people can pass quickly, providing reliable protection for emergency evacuation.
1. Product Overview
Panic Bar Lever Handle is a hardware accessory designed for emergency exits, mainly used in door lock systems in rapid evacuation scenarios. Its core function is to trigger the door lock release mechanism through a simple push action in an emergency, ensuring that people can pass quickly and without obstacles. The product adopts a mechanical structure design that meets international safety standards, usually consisting of a high-strength metal body, an internal linkage device and an external push plate. Through the principle of leverage, the lateral pressure is converted into the retraction action of the vertical lock tongue, thereby achieving rapid unlocking.
2. Product parameters
- Model: YTH-128
- Material: stainless steel/aluminum alloy/brass/zinc alloy
- Surface treatment: SSS (natural stainless steel), PSS (brushed stainless steel), PVD (physical vapor deposition), SN (nickel), CP (chrome), AB (gold copper), ACM (antique bronze), PB (black), SB (silver), etc., can also be customized according to customer needs.
- Sample: Accepted
- OEM/ODM: Accepted
3. Product features
(1) Commercial complex application
Panic Bar Lever Handle is widely used in fire partition doors and emergency exits in commercial complexes such as shopping malls and office buildings. Its fast trigger mechanism can achieve instant unlocking in emergency situations such as fire, ensuring rapid evacuation of personnel. The product can be linked with the electromagnetic lock. When the fire protection system triggers a power outage, the door lock is automatically released, in compliance with NFPA 101 life safety regulations. The high strength characteristics of stainless steel or aluminum alloy can withstand frequent use and sudden impact, ensuring the efficiency of safe passages in public places.
(2) Application in medical facilities
Medical facilities such as hospitals and clinics have extremely high requirements for hygiene and safety. The antibacterial copper alloy version of the Panic Bar Lever Handle can effectively inhibit bacterial growth, and the surface electrolytic polishing treatment makes cleaning easier. In an emergency, medical staff and patients can quickly push open the door leaf to escape, and the anti-pinch design avoids secondary injuries in panic. The product is also compatible with automatic door systems to ensure that key areas such as operating rooms and ICUs can still be opened normally during power outages.
(3) Application in educational institutions
Schools and kindergartens need to strike a balance between safety and ease of use. The anti-pinch version of the Panic Bar Lever Handle can prevent children from being hooked by the end of the push rod while running. Its lightweight design is suitable for scenes with frequent opening and closing, such as classroom doors and gymnasiums, and its silent structure reduces classroom disruptions. The product has undergone rigorous durability testing and can withstand the high-intensity operations of students' daily use, ensuring reliable triggering during emergency evacuation.
(4) Application in transportation hubs
Transportation hubs with dense traffic such as subway stations and airports have high requirements for the product's weather resistance and sensitivity. The stainless steel material of the Panic Bar Lever Handle is highly weather-resistant and can withstand long-term exposure to outdoor environments without rusting. The product's high sensitivity ensures that in an emergency, passengers can quickly push open the safety door and simultaneously activate the alarm system to improve the overall emergency response efficiency. The product has also passed the EN 179 seismic certification and can operate normally under a magnitude 6.8 earthquake.
(5) Industrial site application
Industrial environments such as chemical plants and warehouses often have corrosive gases or high temperature conditions. The 316L stainless steel version of the Panic Bar Lever Handle has strong resistance to hydrogen sulfide corrosion and is ATEX Zone 1 explosion-proof certified. Its heavy-duty structure can withstand mechanical shocks in industrial environments, and its modular design facilitates maintenance. In an emergency, workers can quickly operate the push rod to escape, ensuring compliance with occupational safety regulations such as OSHA.
4. Product advantages
(1) Quick unlocking
The core advantage of the Panic Bar Lever Handle lies in its quick unlocking mechanism. In an emergency, personnel only need to push lightly to trigger the door lock release mechanism, ensuring a fast and barrier-free evacuation channel. This design is ergonomic and easy to operate, making it easy to complete even in a panic state.
(2) High strength and durability
The product is made of high-strength metal materials such as stainless steel and aluminum alloy, which can withstand frequent use and sudden impact. Its internal linkage has been rigorously tested to ensure reliable performance in long-term use. Whether it is a commercial complex, medical facility or educational institution, Panic Bar Lever Handle can provide long-lasting protection.
(3) Multiple materials and surface treatments
Panic Bar Lever Handle offers a variety of material options, including stainless steel, aluminum alloy, brass and zinc alloy, to meet different environmental and design requirements. In addition, the product also provides a variety of surface treatments, such as brushing, electroplating, PVD, etc., which can be customized according to the specific requirements of customers to ensure that it matches the architectural style and decoration design.
(4) Safety and hygiene
In medical and educational places, the antibacterial copper alloy version of Panic Bar Lever Handle can effectively inhibit bacterial growth, and the surface electrolytic polishing treatment makes cleaning easier. The anti-pinch finger design avoids secondary injuries during emergency evacuation and ensures the safety of personnel.
(5) Environmental protection and sustainability
The materials and production process of Panic Bar Lever Handle meet environmental protection standards, support recycling, and reduce the impact on the environment. This not only meets the requirements of modern society for environmental protection, but also reflects the social responsibility of the enterprise.
5. Maintenance and care
In order to ensure the long-term and stable operation of Panic Bar Lever Handle, regular maintenance and care are essential. It is recommended to conduct a comprehensive inspection of the product once a month, including the flexibility of the push rod, the retraction performance of the lock tongue, and the tightness of the connecting parts. If any looseness or wear is found, it should be repaired or replaced in time. In addition, regularly clean the surface of the product to remove dust and stains to maintain its good appearance and performance.
YAKO's Panic Bar Lever Handle is a professional-grade hardware accessory designed for emergency evacuation. Its quick unlocking mechanism, high strength and durability, a variety of materials and surface treatments, safety and hygiene characteristics, as well as environmental protection and sustainability make it an ideal choice for commercial complexes, medical facilities, educational institutions, transportation hubs and industrial sites. Whether in fire, earthquake or other emergency situations, the Panic Bar Lever Handle can provide reliable protection for the safe evacuation of personnel, ensuring life safety and property protection.