Centurion Traffic Barrier SECTOR II Boom 6m MSteel Loop Det + Pole

• 1 x 6-Meter Reinforced Mild Steel Boom: Extra-heavy rectangular tube construction with internal reinforcement and external gussets at pivot point.

• 1 x Industrial-Grade Mild Steel Pole: Double-thickness construction with cross-bracing provision for extreme cantilever loads.

• 1 x Wide-Area Loop Detector Kit: Extended wire length and specialized electronics for large detection zones.

• Heavy-Duty Hardware Set: Oversized pivot assembly, mounting brackets, and Grade 8.8 bolts throughout.

Component	Specification	Industrial Advantage
Boom Length	6.0 meters (≈19.7 feet)	Spans lanes up to 5.7m clear width—triple standard traffic lane capacity.
Boom Material	Reinforced Mild Steel Tube	Minimum 5mm wall thickness with internal stiffeners to prevent deflection.
Boom Design	Tapered or Stepped Profile	Heavier section at pivot, optimized weight distribution along length.
Loop Detector	Extended Range with Multi-Zone Capability	Can support multiple loops or one very large loop for complete coverage.
Pole Construction	Reinforced Box Section with Gussets	Designed for moment loads exceeding 2,500 Nm at boom connection.
Foundation Requirements	Massive Concrete Base	Minimum 1.0m x 1.0m x 1.2m reinforced concrete recommended.
Operator Compatibility	SECTOR II 900+ or Dual Operators	Requires highest torque rating or dual synchronized operators.
Weight	Approx. 180-220kg (boom only)	Significant mass requires mechanical handling equipment for installation.

Engineering Considerations for 6-Meter Booms:

1. Structural Design Imperatives:

• Deflection Control: Maximum allowable deflection typically <1:200 span ratio (30mm max at 6m).

• Natural Frequency: Designed to avoid harmonic oscillation with operator cycle frequency.

• Wind Load Compliance: Engineered for wind speeds up to 120 km/h without stabilization.

• Fatigue Life: Minimum 1,000,000 cycles at full design load.

2. Dual Operator Configuration Option:

• Recommended for spans >5m: Two SECTOR II 600 operators synchronized via controller.

• Load Distribution: Evenly splits torque requirements across the span.

• Redundancy: One operator can maintain limited function if other fails.

3. Safety System Requirements:

• Multiple Photocells: Minimum of 3 pairs for full length coverage.

• Dual Loop Systems: Often requires entry, occupancy, and exit loops.

• Emergency Stop: Strategically placed along entire span.

• Warning Devices: Additional alarms and lights for such large moving structure.

Electrical Requirements:

• Power Supply: Dedicated 20A circuit for operator(s) and accessories.

• Control Wiring: Heavy-gauge for long runs to photocells and detectors.

• Lighting Circuit: For integrated boom lights and warning beacons.

Specialized Equipment Needed:

• Crane or Telehandler: For boom placement (220kg+ at 6m length).

• Laser Level: For precise alignment over full span.

• Torque Wrench: For critical pivot and mounting bolts (typically 300+ Nm).

Operational Parameters:

• Cycle Time: 8-12 seconds for full open/close (slower than standard for stability).

• Wind Lock: Automatic lockout at 60 km/h wind detection.

• Manual Operation: Requires two persons with specialized tool for emergency lowering.

• Maintenance Access: Built-in lifting points for boom removal if required.

Safety & Visibility Mandates:

• Lighting: Red obstruction lights at each end plus center (aviation-style for height >4m).

• Markings: Alternating red/white 500mm bands along entire length.

• Signage: "LONG BARRIER - KEEP CLEAR" at both ends.

• Audible Warning: Distinctive tone different from standard barriers.

Maintenance Schedule:

• Daily: Visual inspection for deflection, joint integrity, warning devices.

• Weekly: Pivot lubrication, bolt torque check, photocell alignment.

• Monthly: Structural inspection, operator gearbox check, loop detector test.

• Annual: Non-destructive testing (NDT) of critical welds, complete disassembly inspection.

Industry-Specific Applications:

Mining & Heavy Industry:

• Withstands vibration from nearby heavy machinery

• Visible to operators of ultra-large vehicles

• Survives dust, mud, and extreme temperature ranges

Aviation Ground Operations:

• Meets FAA/ICAO visibility requirements

• Withstands jet blast from nearby aircraft

• Compatible with ground radar and communication systems

Port & Intermodal Operations:

• Resists saltwater corrosion with proper coating system

• Visible to crane operators from height

• Withstands occasional impact from maneuvering containers

The Industrial Engineering Solution:

The Centurion SECTOR II 6m Mild Steel Boom System represents specialized engineering for extreme applications. While requiring significant installation planning and proper maintenance, it provides the only viable solution for automated control of ultra-wide access points. For facilities moving the world's largest vehicles or managing the broadest traffic flows, this system delivers industrial-scale control where other solutions simply cannot span the gap.

When your access point measures in multiple lanes, trust the barrier system engineered to span the impossible. Deploy the 6-meter solution for industrial-scale control.