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The galvanised mild steel range of 750mm tall fixed posts are suitable for a range of applications and are ideal as a complement to the Autopa Parking Posts, RemovaPosts and RetractaPosts.
Available with a Ragged finish (for casting into new concrete) or Flanged (for bolting to existing concrete).
This Post 750 in height and is finished with a welded steel cap & as a standard comes Galvanised.
Please note, the following postcodes below may have additional
delivery charges – Please Enquire:
AB, BT, DD, DG, GY, HS, IV, JE, KA1-30, KW1-3, KW5-14, IM, PA19-41,
PH1-41, PH49-50, PO30-41, TD, TR, IRELAND, ZE
The rising bollards system is designed to bring convenience and enhancements to higher-level security. It is an ideal choice for universities, pedestrian sidewalks, parking lots, government buildings, gyms, amusement parks, airports, shopping centers, hospitals, and occasions with high traffic flow.
Our Hydraulic Bollard Road Blockers can be used to control vehicles in either one-way or two-way configurations and are specifically designed to interface with our extensive range of access control security systems, remote manned operation, or open/close vehicle loop detectors. The ‘red’ traffic light is illuminated while the Hydraulic Bollard is in its active position. The green light is only being illuminated once the Hydraulic Bollard is fully retracted. As the vehicle passes on to the safety/closing induction loop, the light will change to red signaling the next vehicle to stop. The Hydraulic Bollard can be lowered manually in the event of a power failure. Furthermore, the Hydraulic Bollard can operate with a comprehensive range of cabinet-mounted key switches for Emergency Service or site-specific operational requirements.
This is new designed electric-hydraulic operated retractable
bollard for roadblock management.
The system can be quickly and easily operated, suitable for both
security and access control applications.
Applicable places
1,State organs and other important units gate: install lift barricades to effectively prevent the entry of
vehicles from outside units and illegal vehicles from breaking in.
2,Walking Street: Installing lifting barricades at the intersection of walking
street. The barricades are usually in a raised state to restrict
the entry and exit of vehicles, and in case of emergency or special
situation (such as fire, first aid, leading inspection, etc.) the
barricades can be lowered quickly to facilitate the passage of
vehicles.
3,Road isolation belt: in the non-enclosed road isolation belt can be used to lift the
barricade, usually prevent vehicles from turning left or turning
around. In case of road construction, road blockage and other
special circumstances, the barricade can be lowered to divert
vehicles to pass.
4,Multi-purpose square: The barricades are raised during the day to prohibit vehicles from
entering the square, and at night the square is used as a temporary
car park and the barricades are lowered so that vehicles can enter
and park.
5,Open park: Open park intersections are equipped with lifting barricades, which
are usually raised to prevent vehicles from passing and allow
visitors to pass freely. In case of special circumstances, the
barricades are lowered to allow vehicles to pass.
6,Place where vehicles are restricted from entering such as
community, bank, school, etc. and to ensure the effective use of
fire escapes.
Installation and use method
1.Installation method.
After finding the centre point of the location where the barricade
needs to be installed and digging out a pit with a diameter of 60cm
and a depth of 70cm, lay about 10cm of sand and gravel at the
bottom, then put in the barricade to make it flush with the ground
level, and then pour cement around the barricade until it is flush
with the ground.
2. Method of use.
Lowering: Activated with the key, the mechanism is released and
pressure is applied to the top of the barricade to lower the
barricade back into the ground and lock it automatically.
Up: Activated with the key, pressure is applied to the top of the
barricade and then the pressure is released the barricade will rise
and be in the highest position.