Roger Bionik 4M Boom Gate Barrier

For High Demand Car Park Solutions

The Roger Bionik Boom Gate Barrier delivers full featured performance in a space efficient design, making it the smart choice for applications where footprint matters. This compact automatic barrier arm operates a 4-metre arm up to 2500 times daily with opening times as quick as 2 seconds, powered by an advanced 36V brushless motor that ensures smooth, responsive operation.

Built for demanding environments including car parks, factories, offices, apartments and industrial sites, the Roger Bionik combines superior safety sensing, instant reversing capability and a robust 100% duty cycle with economical power consumption. The state of the art digital controller provides precise speed adjustment and multi function programming flexibility, while the low voltage design enhances operator safety and supports multiple power configuration options. Experience reliable, high performance gate automation without compromising on space or budget.

Specifications:

• Max gate weight 600kg
• Speed 25m/min
• Input Power - 230V AC
• Motor Power - 220W, 36V AC brushless
• Max torque- 200Nm
• Opening time- 2-6 sec
• Master/Slave Operation - Available
• Control Board - CTRL

Power Options

• Mains 240V  - the most reliable option if it is possible to get 230v out to the gate.
• External Transformer - put a transformer inside the house or garage and run low-voltage AC out to the gate using a garden light cable.
• Solar - Roger Automation is very energy efficient and suits solar power. The specification of your panel(s) and batteries depends on your application and we will help you select the right solar solution.
  

Why Roger?

• High torque to weight ratio – these low voltage motors can now be applied to applications that were once only served by larger 230v motors.
• Increased efficiency – Significantly reduced losses due to the motor construction. The omission of brushes and the fact that the motor windings are supported by the motor housing, any heat generated is cooled by conduction resulting in ultra-low power consumption and a super-intensive duty cycle.
• Longer lifetime, increased reliability and reduced noise – This is achieved due to the elimination of brush or commutator erosion, ionizing sparks and the overall reduction of electromagnetic interference.
• Higher speeds – Brushless motors are capable of higher speeds without the loss of torque. Brushed motors develop maximum torque when stationary, linearly decreasing as velocity increases.
• Superior control & motor positioning – Utilising the pulses from the undriven coils within the brushless motor and the technology incorporated in the controller the motor is capable of achieving precise control and positioning. One obvious advantage to this is significantly reduced stresses to the motor and gearbox resulting in the overall longevity, sustainability and reliability of the unit.