Bollard Systems

Explanation

Explanation
   It is one of the barrier types used in crossings and guardrails that require High Security. They can be manufactured as Hydraulic, Pneumatic, Electro-mechanical type. Bollard barriers are among the products that are frequently requested in transition systems with their high impact resistance, climate-resistant structure that allows pedestrian crossings but does not allow vehicle crossings in places where parking problems are experienced. Bollard barrier systems can be produced to work with remote control, plate reading, card pass, button and ogs pass system. Cork barrier systems are also produced according to the desired diameter and height.

1- Hydraulic Type Bollard Barrier; They consist of 2 parts as the main unit (Hydraulic System) and the bollard part. They work with the logic of transmitting the hydraulic fluid to the hydraulic piston in a pressurized manner thanks to the hydraulic pump. They are manufactured as resistant to severe climatic conditions (temperature, humidity, frost, precipitation, etc.) that can work for years without any problems.

2- Pneumatic Type Bollard Barrier; They consist of 2 parts as the main unit (compressor and air unit) and the bollard part. They work with the logic of transmitting the compressed air produced in a special compressor air unit to the pneumatic pistons.

3- Electro-mechanical Type Bollard Barrier; They work with the principle of drive of the electric motor and reducer. The whole system is complete with the bollard body.

Technicial Specifications

Hydraulic System Feature

- Hydraulic Pressure Gauge

- Hydraulic Temperature Gauge

- Hydraulic Level Indicator

- Pressure Endurance 160 bar Working Pressure 20 -50 bar

- Valve Lock.