Hydraulic rising bollard
Key benefits:
- Control system: Integrated electro-hydraulics
- External case size: 430*430*1130mm/500*500*900mm
- Diameter: 168 mm, 219 mm, 273 mm (can be customized)
- Storage environment: 10 ℃ ~ 65 ℃, waterproof and moisture-resistant.
- Bollard thickness: 6 mm, 8 mm and 10 mm. 12 mm, 15 mm, 30 mm (optional)
- Structure： With load-bearing steel beam-column, anti-collision steel beam-column, 4 navigation rods ;
- Integrated electric mechanism: stroke 600 mm, cylinder outside diameter 60 mm, rod diameter 16 mm;
- 6k mirror cylinder;
- Colored with LED (acrylic light circle) ;
- Reflective sticker: 2 stripes ;
- Gang control interface ；
- It can fall manually if the power supply is cut off;
- Available to reverse operation during ascent or descent;
- The hydraulic drive is supplied with a hydraulic lock;
- PLC programming control system ;
- The LCD screen has both Chinese and English menus;
- Integrated PLC encryption system.
Riser terminal hardware characteristics:
| Flow pressure | ≤80- 120-ton container trucks |
| Voltage | AC220V 50Hz integrated |
| Dynamic system power | 350W Integrated |
| Rise time | ≤3-4S (adjustable) |
| Autumn weather | ≤3-4S (adjustable) |
| Hardware | 304 stainless steel |
| Rising height | 600mm |
| Waterproof | IP68, double sealed |
| Running noise | ≤60 dB |
| Mass | Approx. 200 KG |
| Operating temperature | -35℃~75℃ (appropriate) |
| Remote control range | Approx. .50m-100m |
| Solenoid valve voltage | 24V |
Hydraulic rising bollard
The Hydraulic Bollard Riser offers an exceptional access control solution thanks to its integrated electro-hydraulic system. it adapts perfectly to a variety of environments. This robust bollard features a sturdy structure with a collision-resistant steel column-beam.
Highlights :
- High-performance electro-hydraulic system.
- Customizable dimensions for easy adaptation.
- Sturdy steel column-beam structure.
- Integrated electric mechanism with 600 mm stroke.
- Visual design with coloured LEDs and reflective stickers.
- Manual operation in case of power failure.
