Seucrity assurance
Transmission control system: control the rescue cabin operating in uniform speed
Electromagnetic brake security systme: control the descent speed
Wire rope security system:it still can realize soft-landing in case the rescue cabin is out of control
Features of structure and technology
1.Design of structure: The equipment is made of steel, composed of the base, removing platform and rescue cabin. Modular programming is convenient for transproting, removing and installing. Different specification is also available according to the space and number of people.The equipment is designed based on ergonomics, which completely follow the idea of "people-oriented science and technology".
2.Speed-controlling technology: The equipment makes use of composite damping theories to make the device stable during running.
3.Run without electricity: The equipment can run stably without electricity back and forth.
4.Descent technology:The equipment uses the technology which turns gravitational potential energy into mechanical drop energy, qualified with the national standards GB21976.2-2012
5.Non-drummed design: The equipment uses non-twined rope, qualified with the national standards GB21976.2-2012.
6.Condition of usage: Usage of the equipment is not limited by the building's height.
7.Massive rescue: Each rescue cabin can evacuate a few people at once.
8.Handle easily:There are two ways as "main operation" and "assistant operation" to operate the equipment.
9.Slow descent speed: The descent speed of the equipment is 0.16-1.5m/s, qualified with the national standards GB21976.2-2012.
10.Reciprocating operation: The reciprocating cabin A, B can evacuate trapped people to the ground and transport firefights to the roof in the meantime.
11.Able to stop at selected storey: The equipment can stop at selected story.
Four steps to operate
1.Remove the rescue cabin: manual/semi-automatic/full-automation
2.Laydonw four soft slide
3.Trapped people get into cabin A or B
4.Start the cabin to escape