Features
1.Fast speed and low noise: The Lifting time is 2 seconds and silent when operating because it uses hydraulic drive unit, action, soft and calm.
2. Control Sensitivity: equipped with muti-functional logic controller, it provides various functional modes to meet different applications. In addition, the user can freely control the spike height
3. Unique Structure: The hydraulic unit core and mechanical power mechanism are integrated design, which transfer the mechanical energy to the hydraulic drive unit effectively.
4. Safe and Reliable: in the case of power failure or emergency situations, you can operate the emergency descent button, then the bollard will fall down. The upper and lower parts of the internal fixing mechanism are respectively equipped with current detection sensors and electromagnetic sensors, thus realizing the effective limit of the over-current protection and the cylinder action of the power unit, and the operation is stable and reliable.
5. Economical and Practical: Environmental protection, energy saving, low consumption, low failure rate, long life span, low maintenance costs. In addition, as use non-traditional steering mechanism design, installation and maintenance, more simple and quick.
Applications
Embassies
Consulates
Military installations
Airports
Railway stations
Bus stations,
Oil & gas refineries
Mines
Parameters
System Control |
Electric hydraulic drive |
Power Supply |
AC220V/ AC110V±10%, 50/60hZ (control voltage DC24V) |
Material |
#304 stainess steel ( #201, #304, #316 stainless steel optional) |
Diameter |
φ168mm, φ219mm, φ273mmoptional |
Thickness |
6mm, 8mm, 10mm, 12mm, 15mm, 20mm optional |
Box Round Diameter |
φ370mm. Height: 990mm |
Through Pressure |
Bearing over 80 ton container truck |
Outside Bollard Height |
600mm |
Remote Control Range |
≤ 30 meters |
System Power |
3.7 KW |
Rising Time |
≤3~5 seconds (adjustable) |
Falling Time |
≤ 3 seconds (adjustable) |
Working Temperature |
-35ºC~75ºC |
Storage Temperature |
-10ºC~65ºC, anti-rain, anti-dust, anti-moisture |

Project

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