ELEVATOR FIRE CURTAIN SYSTEM
Smoke Control Solution for High-Rise Buildings

Elevator Shaft Fire and Smoke Barrier Solutions-Safeguarding Life-Saving Passages Through Professional Safety Design

In modern high-rise buildings, elevator shafts serve as essential vertical transportation channelsTo address this life-threatening challenge, advanced elevator fire curtain systems have been developedto seal off elevator openings at each floor level, preventing the uncontrolled migration of smoke throughthe shaft. These systems are engineered as an integral part of a building's passive fire protection strategy,ensuring that escape routes remain tenable and safe during emergencies.

These certifications validate the system's ability to maintain structural integrity,limit smoke penetration under differential pressure conditions (up to 50 Pa orhigher), and withstand elevated temperatures typically encountered in the earlystages of a fire. Compliance ensures interoperability with global building codesand facilitates approvals from authorities having jurisdiction (AHJs) worldwide.

In life-safety applications, reliable performance requires rigorous testing and certification.UL 10D: Standard for Positive Pressure Fire Tests of Vertical Shaft Enclosure AssembliesUL 1784: Standard for Air Leakage Tests of Door AssembliesBS476: Evaluate the fire resistance of building materials and fire protection systems.EN 1634-1: Fire resistance tests for door and shutter assemblies - Application tosmoke and heat control systemsEN 12101: Specification for sroke barriers used in smoke and heat control systemsCE: Indicates that the product complies with EU safety, health, and environmentalrequirements; this is a mandatory certification for accessing the EU market.

Advanced Smoke & Fire Curtain System Solutions

In modern high-rise buildings, elevator shafts serve as essential vertical transportation channels.To address this life-threatening challenge, advanced elevator fire curtain systems have been developedto seal off elevator openings at each floor level, preventing the uncontrolled migration of smoke throughthe shaft. These systems are engineered as an integral part of a building's passive fire protection strategy,ensuring that escape routes remain tenable and safe during emergencies.

Designed for maximum safety, precision control, and reliableperformance in critical fire protection

Equipped with a high-precision absolute encoder for accurate positioningProvides excellent stability and consistent performanceEasy installation with minimal calibration requiredBuilt-in limit fault protection prevents curtain damage caused by malfunction

One main controller can manage up to 14 sub-controllersSignificantly improves system integration efficiencyIdeal for large-scale projects and complex installationsOutperforms most competitors, who support only up to4 systems per controller

Designed with a fail-safe mechanism for emergency situationsAutomatically descends by gravity in the event of power failureEnsures reliable operation even when all power is lostEnsures effective smoke containment and reliable fire separationperformance.Adds an extra layer of safety for building occupants