HEAVY DUTY BARRIERS
RAISING THE BAR ON BARRIER SOLUTIONS.
The Defensis Heavy Duty Barrier is an automatic raise arm barrier is designed to offer long term reliability, efficient smooth operation, and maximum durability. This makes it ideal for applications where constant vehicle movements are experienced such as ports, airports and HGV parks.
Boom lengths of up to 9m are available, with opening times between 1.6 and
6 seconds depending on length. A slow down feature is incorporated, which minimises wear on the mechanism and greatly reduces operating noise.
The barrier incorporates a 3-phase inverter driven motor and gearbox drive which provides smooth consistent operation with variable speed all from a single phase supply. This is controlled via an intelligent PLC which can be programmed to suit any access control requirements and also features adjustable parameters such as timing to allow automatic opening during work hours etc.
Safety features such as photocells and induction loops may be specified, and the barrier is compatible with any access control system.
Available options include upper and lower skirts to maximise the visibility of
the barrier and prevent pedestrians passing under the boom, LED boom lights, STOP signs, LED traffic lights, and fixed or folding “pogo” type boom rests.
Maximum boom length:
9.0 metres Plain pole
8.0 metres c/w bottom skirt
6.5 metres c/w hi-bar skirt
4.0 - 9.0 seconds
3 phase motor and wormed
gearbox (inverter driven)
100% continuous duty rating
Epoxy primed and polyester powder coated
505 x 505 x 1140mm
1-phase 230vac 50hz 5Amps
PREPROTECH SOLUTIONS FEATURE AN INTELLIGENT PLC OFFERING DIAGNOSTIC, MAINTENANCE AND RUNTIME FUNCTIONS VIA A USER-FRIENDLY, INTUITIVE INTERFACE.
- REDUCES MAINTENANCE TIME
- DETECT FAULTS WITH PRECISION AND ACCURACY
- ERADICATES TIME CONSUMING FAULT TESTING
- HISTORY FUNCTION ALLOWS YOU TO MONITOR ALL FAULTS, WHAT TIME FAULT HAPPENED AND TIME IT WAS CLEARED
- ADJUSTABLE PARAMETERS I.E TIMING ALLOWS AUTOMATIC OPENING DURING DESIGNATED HOURS
- COMPATIBLE WITH MOST ACCESS CONTROL SYSTEMS