The Load Sensor is a key component of the synchronous control system, working together with the main control box, sub-control box, remote control, and mobile monitoring terminal. It collects real-time load data from each support point, ensuring safe and precise synchronous lifting of the frame structure.
Main Control Box: Manages the synchronous lifting of the entire frame system.
Sub-Control Box: Controls each lifting device and transmits load signals to the main controller.
Load Sensor: Collects real-time load data at each point.
Remote Control: Provides manual command transmission for start, lifting, lowering, and stop.
Mobile Monitoring Terminal: Integrates data monitoring and function control for real-time system management.
Achieves synchronized lifting for enhanced work efficiency and safety.
Smart load monitoring system with automatic overload alarm and stop functions.
Supports remote operation for easy and efficient management.
Seamlessly integrates with the all-steel fabricated self-climbing scaffold system.
The all-steel self-climbing scaffold system replaces traditional steel pipes and fasteners with steel frames, expanded metal panels, and formed steel walkway boards, significantly improving safety, reliability, sealing, and aesthetics. It meets national standards for green, energy-saving, and safe construction.
Labor Savings: Reduces manpower by 40%-60%, easing labor shortage pressures.
Efficiency Boost: Assembled once at the bottom and climbs with the building height, no tower crane needed.
Comprehensive Protection: Integrates anti-falling, anti-tilting, and guiding functions.
Intelligent Operation: Remote control with real-time monitoring, overload alarms, and automatic stops.
Eco-Friendly: Supports low-carbon, sustainable construction.
Additional Value: Metal mesh panels can serve as advertising boards, creating extra revenue.
We believe the projects that we have executed speak for themselves. CITIC HIC has engineered and provided 6 AG mills of Ø12.2m×11m (28000kW gearless drive) and 6 overflow discharge ball mills of Ø7.9×13.6m (2×9000kW gear drive) for Sino Iron Project in Australia. For Zijin Mining’s Duobaoshan Copper Mine project in Heilongjiang, we have manufactured and provided SAG mills of Ø11×6.4m (2×9000kW) and overflow discharge ball mills of Ø7.9×13.6m (2×9000kW) which have been well operating currently.
We believe the projects that we have executed speak for themselves. CITIC HIC has engineered and provided 6 AG mills of Ø12.2m×11m (28000kW gearless drive) and 6 overflow discharge ball mills of Ø7.9×13.6m (2×9000kW gear drive) for Sino Iron Project in Australia. For Zijin Mining’s Duobaoshan Copper Mine project in Heilongjiang, we have manufactured and provided SAG mills of Ø11×6.4m (2×9000kW) and overflow discharge ball mills of Ø7.9×13.6m (2×9000kW) which have been well operating currently.
