CSS Series, Intelligent continuous strand-jack system - Product

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Place of Origin : Wuhan,China
Delivery Time : 30days
Payment Terms : TT

Product Description

Incremental launching method is to prefabricate the superstructure segments in a casting yard which is located behind the bridge abutment. Each segment is assembled and connected to the previous superstructure. then launched forward step by step with the help of sliding device(stainless and Teflon board) to the final position. KATTOR, developed the CSS with characteristics of hydraulic transmission, computer control, field-bus technology and multi-point launching.

Basic Information

Brand : Kattor
Material : Alloy Steel

Physical Specification

Weight : 1ton~5ton
Other Specification : Features: Automatic Control Computer Centralized Control High Accuracy Synchronous Accuracy Of Less Than 1mm Can Be Achieved Flexible Adaptability Multi-points Synchronous Action In Complicated Applications, The Max Launching, Lifting And Lowering Weight Can Reach 40,000 Tons, The Launching Distance Up To 1000 Meters. Easy Operation And High Efficiency Modularized Design, Easy For On-site Assembly, Operation And Management Safety And Reliability Adopt Wired Or Wireless Communication, High Reliability,Automatic Locking And Unlocking Function Working Principle CSS Is An Intelligent System Combined With Strand Jacks, PLC Controlling System And Pump Station. A Strand Jack Contains Two Cylinders Which Work Alternately. A Bundle Of Steel Strands Are Guided Through The Hollow Cylinder In The Jack, The Wedges Of Anchor System Gripping The Strand Bundle Simultaneously, This Is How The Strand Jack Carry A Load. When The Continuous Status Signal Feedback By Approach Switch Components And Sent To Controlling System, Turn On-off The Relevant Magnetic Valve , To Control The Extend And Return Of Strand Jack Alternately, In This Way To Realize Heavy-duty Launching, Lifting And Lowering. Application �Horizontal Movement Of Bridge And Heavy Objects �Rotation Project Of Bridge And Heavy Objects �Lowering And Lifting Of Bridge Beams And Heavy Objects

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