1.Column wall thickness ≥6mm, rising height ≥600mm, rising speed 3-6s, interception height 600mm.
2.Surface treatment: hot-dip galvanizing, no rust and mechanical loss on the surface of the roadblock, fastening parts are firm and reliable, no loosening and flexible lifting.
3.Warning mode: LED indicator or 3M reflective tape, with night warning function
4.The blocking capability of the roadblock is B1 or above in the GA/T 1343-2016 standard
5.Column material: 304 stainless steel
6.Control mode: control box/remote control, with manual lifting power,
7.Remote control range: 50-100 meters (according to the environment)
8.Protection level ≥IP68
9.Linkage control: one-key linkage, group linkage
10.Driving mode: electro-hydraulic lifting column, using electro-hydraulic power source and hydraulic action rod integration, and with bi-directional integrated hydraulic core
11.Pressure test :100 ton truck can pass
The system uses a micro motor connected to the gear pump and the fuel tank through a connecting block with an integrated valve , and then form a complete micro hydraulic system after assembled with the integrated hydraulic cylinder.
Install the system in the interior of the roadblock main body through the structure components,then get the complete conversion process of the electrical energy ->mechanical energy -> hydraulic energy ,truly realize the microcomputer, electrical, hydraulic integration.
The control mode is flexible . In addition to the normal manual button box control, it can also be controlled by short-range remote control, remote control, short-range card swiping, remote card reading, vehicle license plate recognition, etc., and program control can be realized by computer.
It is widely used in urban transportation, military and important national organ gates and surrounding, pedestrian streets, highways, toll stations, airports, schools, banks, large clubs, parking lots and many other occasions. Through the restriction of passing vehicles, the traffic order is effectively guaranteed, that is, the safety of main facilities and places.
