Srujana Industries LLP

In applications in harsh environmental conditions it often happens that an object gets into the ­travel length of the ­carrier and blocks it. What is needed here is a system that ­detects such blockages and switches the system off. However, in large systems the moving mass is very large, which means that the moving unit continues to move for several meters ­even after braking is initiated. This leads to defects in the ­carrier, a complete failure of the system and extensive repair work. Our decoupling system for cable carriers offers, in addition to the emergency stop function, also a bridging safeguard for the braking distance.

Possible areas of application: all applications with long travel lengths, e.g.: crane, port, compost or coal conveyor systems, steel works and raw materials systems.

1. Steel cable for transmission of extremely large tensile forces

2. Open design

   • Fast cable laying by simple pressing in of the cables – no threading through is necessary

   • Simple inspection of all the cables

3. Special plastic for long service life

4. Protective covers or heat shields made of different materials are available for different environmental conditions

5. Easy fastening on every chain link with quick-opening mounting bracket possible

• For three-dimensional movements
• Can be deployed on robots for swiveling and rotational movements:
  The same system for robot feet and arms
• With channel system, it is a universal solution for rotary applications
• Also ideally suited for rotary tables
• Optimum system for long service life of the cables:
  – The minimum bend radius can be maintained
  – The cables are cleanly isolated in three separate chambers

1. End connectors for different connection variants

2. Favorable ratio of inner to outer width – no peripheral divider necessary

3. Weight-optimized chain bands – specially coated or stainless steel

4. Optional central bolt for applications with large loads

5. C-rail for strain relief elements

6. Different stay variants available in 1 mm width sections

7. Strokes are integrated in the chain link plate – no additional bolts are needed

8. Dividers made of plastic or steel

9. Various cable separation options

• Improved dynamic characteristic values due to weight-optimized design
• Long unsupported lengths for small to medium additional loads
• Cover with steel band for protecting the cables is available on request

1. Universal connectors (UMB)

2. Designs with inward or outward opening brackets

3. Robust, double stroke system for long unsupported lengths

4. Single-part connector with integratable strain relief comb

5. Designs covered on one side or on both sides with plastic cover system

• Cost-effective cable carrier
• Particularly high torsional rigidity
• TÜV design approved in accordance with 2PfG 1036/10.97

1. All stays available in 1 mm width sections

2. 4-fold bolted aluminum stays for extreme loads

3. Rolling stays

4. Aluminum hole stays

5. Mounting frame stays

6. Aluminum cover available in 1 mm width sections

7. Joint design with special bolt for a long service life

8. Bolted and riveted joint connections possible

9. Straight link plate design (S/SX1252/1252B and S/SX1802/1802B)

10. Cranked link plate design

11. Different separation options for the cables

12. Can be opened quickly on the inside and the outside for cable laying

13. Extremely robust side bands, galvanized or stainless steel

14. Replaceable glide shoes

15. End connectors for different connection variant

• Extremely robust, sturdy steel cable carriers for heavy mechanical loads and rough environmental conditions
• Side bands made of steel or stainless steel
• Very sturdy link plates, each consisting of two individual plates
• Very extensive unsupported lengths even with large additional loads
• Joint design with multi stroke system and special bolt
• Bolted stay systems, solid end connectors
• S series
  Side bands made of galvanized steel
• SX series
  Side bands made of steel resistant to rust and acid
  The design
  Steel cable carriers with extremely sturdy link plates and a joint design with multi stroke system and special bolt, proven successful for many years. The extremely sturdy design provides extensive unsupported lengths and allows high additional loads.