Product parameters
| Product Name: |
Lateral Seismic Restraint For Cable Trays |
| Type: | cable tray seismic bracing/seismic cable tray/seismic support for cable traycable tray lateral seismic brace/lateral seismic restraint for cable trays/cable tray lateral seismic bracing |
| Material: | Q235 carbon steel |
| Surface Treatment: | Galvanizing |
Other Characteristics
| Color: | Natural Color |
| Certification: | CMA/ILAC-MRA/CNAS/CE |
| Scope of application | Mechanical and electrical engineering, fire protection engineering, intelligent engineering, industrial equipment, nuclear power and other fields |
| Use cases | Residential buildings, office buildings, shopping malls, hospitals, schools, industrial plants, hotels, subways, utility tunnels, and other similar locations. |
| Non standard specifications are availabe according to customer's requirement. | |
Core Technologies for Cable Tray Lateral Seismic Braces
Triangular Stable Structural System
Utilizes an optimized triangular support configuration through finite element analysis, with diagonal brace rods and vertical hanger rods forming an optimal mechanical angle of 45°-60°. This structure effectively decomposes horizontal seismic loads into axial forces, achieving efficient load transfer through collaborative work between components. Each connection node is verified through seismic calculations to ensure structural stability under seismic action.
01
Intelligent Rigid-Flexible Conversion Mechanism
Equipped with patented dual-mode swivel devices that allow necessary thermal displacement adjustment of the cable tray system under normal operating conditions, while achieving instantaneous rigid conversion through mechanical locking mechanisms during seismic events. This intelligent response mechanism ensures normal system functionality while providing reliable seismic protection during critical moments.
02
Multi-stage Energy Dissipation Design
Adopts a graded energy dissipation concept using a composite damping system composed of friction dampers and hydraulic buffer devices. The first stage absorbs daily micro-vibrations through elastic elements, the second stage consumes moderate seismic energy through dampers, and the third stage dissipates strong seismic energy through steel structure plastic deformation.
03
Precision Displacement Control System
Integrates high-precision displacement monitoring and limit stop devices, displaying real-time cable tray displacement status through visual scale markers. The system sets multiple displacement thresholds and automatically triggers warnings when approaching allowable limits, ensuring the cable tray system always operates within safe parameters.
04
System Composition Architecture of Cable Tray Lateral Seismic Brace
Main Support Structure
Utilizes high-strength roll-formed channel struts as primary load-bearing rails, combined with adjustable-length seismic diagonal braces to form the core support frame. All connection points employ heavy-duty seismic-specific connectors to ensure effective load transfer.
Specialized Fixing Components
Equipped with cable tray-specific seismic clamp bases lined with anti-vibration rubber pads, ensuring both clamping force and protection of the tray surface. The clamps feature quick-installation design with anti-loosening nuts for long-term safety.
Anchorage Connection System
Configures differentiated anchoring solutions based on building structure type: undercut mechanical anchors for concrete structures and specialized beam clamp systems for steel structures. All anchor points are verified through seismic calculations to ensure reliable connection with the building structure.
Auxiliary Function Accessories
Includes displacement indicators, safety end caps, and identification management systems. The displacement indicator visually displays the tray's displacement status, permanent stamped identification ensures product traceability, and end caps provide safety protection.
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