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RS 300RS 301RS 301TRS 302RS 302-1RS 200RS 201Access ControlRS 716RS 716-1RS 716-1RS 716-1RS 716-1RS 716-1RS 716-1RS 716-1RS 716-1RS 716-1FRS 716-1FRS 716-2RS 716-2RS 716-3RS 716-3FRS 716-4RS 716-4RS 716-5RS 716-5RS 716-5FRS 716-5FRS 716-5FRS 716-6RS 716-7RS 716-7RS 716-8RS 716-9RS 716-9RS 716-10RS 716-10RS 716-10FRS 716-11RS 716-12FRS 716-13RS 716-14RS 716-14RS 816RS 816RS 816RS 816Glass TurnstileRS 118RS 218RS 218-1RS 218-1RS 218-2RS 218-2RS 218-2RS 218-2RS 218-3RS 218SRS 218SRS 218SRS 218-1SRS 218-1SRS 218-2SRS 318RS 318RS 318FRS 318fRS 418RS 518RS 518-1RS 518-2RS 518-3RS 618RS 618-1RS 618FRS 718RS 718RS 718-1RS 718-2RS 718-3RS 818RS 818RS 918RS 918RS 918RS 918RS 918-1RS 918-1RS 918-2RS 918SRS 918FRS 918fTripod TurnstileRS 188RS 188RS 288RS 288-1RS 288-2RS 288-1FRS 288-1fRS 388RS 388RS 488RS 488RS 488RS 488-1RS 488-1RS 488-2RS 488-3RS 588RS 588RS 588-1RS 588-2RS 688RS 688RS 688RS 688SRS 688-1RS 688-1RS 688-2RS 688-3RS 788RS 788-1RS 888RS 888FRS 888fRS 888-1RS 888-1RS 888-2RS 888-2ERS 888-3RS 888-4RS 988RS 988Flap BarrierRS 116RS 116RS 116RS 116-1RS 116-2RS 116SRS 216RS 216RS 216-1RS 216-2RS 316RS 316RS 316RS 316-1RS 316-1RS 316-2RS 316-2RS 316-3RS 316-3RS 316-4RS 316SRS 316-1SRS 316-2SRS 316-3SRS 416RS 416-1RS 416-1RS 516RS 616RS 616RS 616RS 616FRS 616-1RS 616-2RS 916Swing BarrierRS 1005RS 1006RS 1006RS 1006RS 1006RS 1006RS 1006-1RS 1006-2RS 1007RS 1007RS 1007-1RS 1007-1RS 1007-2RS 1007-3RS 1007-4RS 1007-5RS 1007-6Speed GateRS 996RS 996-1RS 997RS 997RS 997RS 997-1RS 997-1RS 997-2RS 997-2RS 997-2RS 997-3RS 997-3RS 997-3RS 997-3RS 997-3RS 997-3RS 998RS 998RS 998RS 998RS 998-1RS 998-1RS 998-2RS 998-2RS 998-2RS 998-2RS 998-3RS 998-4RS 998-4RS 998-4RS 998-5RS 999RS 999RS 999-1RS 999-2Full Height TurnstileRS 995RS 995RS 995RS 995SRS 995SRS 995-1RS 995-2Half Height TurnstileRS 1008RS 1008-1RS 1008-2RS 1008-3RS 1009RS 1009RS 1009RS 1009-1RS 1009-1RS 1009-1RS 1009-2RS 1009-3RS 1009-4Drop Arm BarrierTurnstilesRS 1001RS 1001RS 1001RS 1001RS 1002RS 1003RS 1003RS 1003RS 1003-1RS 1003-2RS 1004RS 1004RS 1005RS 1005RS 1005RS 1005-1RS 1005-1RS 1005-1RS 1005-2RS 1005-3RS 1006RS 1006RS 1006-1RS 1006-2RS 1007RS 1007Hydraulic BollardRS 2001RS 2001-1RS 2001-1RS 2001-2RS 2002RS 2002RS 2002RS 2002RS 2003RS 2003RS 2004RS 2004RS 2004-1RS 2004-1RS 2004-2RS 2005RS 2005RS 2005-1RS 2006RS 2006-1RS 2006-2RS 2007RS 2007Road BlockerRS 601RS 602RS 602RS 602-1RS 603RS 603-1RS 604RS 604-1RS 605Boom BarrierRS 5001RS 5001RS 5001RS 5001RS 5002RS 5002-1RS 5003RS 5003-1RS 5004RS 5005Tyre Killer

how to install rising hydraulic bollard system?

In the future smart city planning, hydraulic bollard will play an important role in the parking lot and the entrance and exit system. It has stronger control over the vehicle than the boom barrier. It is perfectly hidden, neat and beautiful, and does not occupy the floor space. The anti-collision level can reach 80 tons, which truly protects the lives and property of the people and provides us with a safer living environment.

Hydraulic bollard principle: the car hits the hydraulic bollard, the column blocks the car, the ground panel and the limit flange act as the fulcrum of the force. For the fragile materials such as cast aluminum and cast iron, the fulcrum cannot be made, and the fulcrum must be directly exposed to the embedded base. In order to transmit the strength to the buried foundation, a solid support point can be formed. The bumper flange must be in direct contact with the pre-embedded flange to create piston motion that directly transfers force to the pre-embedded and pre-embedded foundation to release energy. Then when the hydraulic bollard is installed. What are the steps?


Step 1: Digging the pit

Foundation pit width: 500mm

Foundation pit depth: 1200mm

Step 2: Laying the bottom datum

The brick is laid at the bottom of the foundation pit.

Masonry layer thickness 200mm

Step three:

Laying drainage channel (1)

Use a brick to make a drain on the previously laid gravel.

Drainage width: 100mm

Height: 100mm

Laying drainage channels (2)

According to the number of hydraulic bollard, build a layer above the drain to cover the drain to avoid filling the drain when pouring cement.

Step 4: Place the hydraulic bollard

After the drains are completed, place the hydraulic bollard in order according to the plan and adjust the horizontal angle to ensure that the hydraulic bollard is flush with the road surface.

Step 5: Fix the device


After ensuring that the equipment is level with the ground, fill in a small amount of cement to secure the equipment.

Step 6: Equipment wiring

The TV cable uses the RVV3*2.5 specification wire, and the LED warning lamp uses the 4*1.5 specification wire. After connecting the wire, insert the PVC pipe into the control box.

Step 7: Control box wiring

According to the diagram, the control box is connected. The motor wires are connected to the positive and negative lines of the motor and the LED line of the common line are connected to the positive and negative lines of the lamp group.

Step 8: Debugging

After the control box is connected, conduct a power-on test to ensure that the lift is normal, and the rise and fall are consistent with the direction of the remote control.

Step 9: Backfilling the bauxite

After the equipment is debugged, fill in the sand and compact it, leaving a distance of 200mm from the ground.

Step 10: Level the ground

Make sure that the hydraulic bollard is parallel to the ground to pour cement on the bauxite layer, flush with the ground and restore the road surface.