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30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System
30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System 30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System 30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System 30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System 30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System

30mm Bridge Type Cable Carrier Chain – Flexible PA66 Nylon Cable Protection System

Product ID : YBL30
Product Attributes :

Raw Material: 100% High-Grade Reinforced PA66 Nylon

Inner Height (hi): 30 mm / 1.18 in

Inner Width (bi): 38–200 mm / 1.50–7.87 in

Bending Radius (R): 55-200mm / 2.17 in - 7.87 in

Pitch: 45.7mm / 1.80 in

Chain Links per Meter: 22pcs

Max Cable Outer Diameter: 27mm / 1.06 in

Opening Method:Openable Bridge Type

 

Product Description

Product Overview

Technical Specifications (30mm Series Bridge Type Cable Carrier Chain)

Model Internal Dimension (H×W) mm External Dimension (H×W) mm Bending Radius (R) mm Pitch mm Chain Links per Meter pcs Max Cable OD mm Opening Method
YBL3025 30×25 45×45 R55 R75      R100 R125 R150 R175 R200 45.7 22 27

Openable

/Bridge

YBL3038 30×38 45×58
YBL3050 30×50 45×70
YBL3057 30×57 45×77
YBL3060 30×60 45×80
YBL3070 30×70 45×90
YBL3075 30×75 45×95
YBL3077 30×77 45×97
YBL30103 30×103 45×123

In modern automated manufacturing, maintaining the smooth movement and dynamic integrity of power, control, and air lines is essential for preventing equipment downtime and maximizing production efficiency. Designed for precise linear motion systems, our 30mm inner height bridge type cable carrier chain delivers a highly reliable cable management solution engineered to support rapid reciprocating movement, high travel acceleration, and long-term mechanical wear. Manufactured exclusively from high-grade raw PA66 nylon (polyamide 66) engineering plastic, this open-bridge style cable carrier chain provides the ideal combination of structural flexibility, low dynamic noise, chemical resistance, and extended service life.

Unlike fully enclosed cable tracks that trap frictional heat and dust debris, the open bridge-style design ensures rapid thermal dissipation, preventing heat buildup around high-current power cables while allowing operators to inspect internal lines easily. The open frame structure also enables fast cable laying and quick maintenance without requiring complete dismantling of the guide channel assembly. Engineered specifically with a 30mm internal height clearance and accommodating versatile bending radii ranging from 55mm to 200mm (55mm, 75mm, 100mm, 125mm, 150mm, 200mm), this adaptable cable carrier chain protects dynamic electrical cables and pneumatic hoses against physical abrasion, torsional twisting, and premature material fatigue across various machine stroke envelopes, keeping your automated machinery operating at peak precision.

Understanding that every automated assembly line presents distinct spatial layouts and mechanical requirements, our cable carrier chain is built upon a modular and highly customizable design platform. We offer tailored customization capabilities to match your exact application parameters, whether you need custom-assembled track lengths, multi-channel internal compartment partitioning, specialized fiber optic protection, or reinforced mounting hardware.

To optimize internal organization and eliminate destructive friction between adjacent moving lines, this modular cable carrier chain can be integrated with custom internal separators. These snap-in vertical and horizontal dividers create isolated internal chambers, preventing high-voltage power cables, low-voltage communication wires, and flexible air hoses from tangling or rubbing against each other during fast directional changes. For automated motion systems that rely on sensitive optical transmission lines, we supply specialized fiber optic cable buckles that hold delicate glass-fiber cables securely in place without exceeding their minimum bend radius or causing signal loss.

In addition, while our standard reinforced PA66 nylon end brackets offer excellent stability for general industrial automation, we provide interchangeable steel end connectors for demanding installation setups. These robust steel mounting brackets absorb mechanical vibration, operational stopping torque, and mounting stress at the connection points, ensuring the cable carrier chain remains solidly anchored to your machine frame or automated gantry. Combined with our capability to supply customized travel lengths down to the precise link count, this adaptable cable carrier chain delivers an all-in-one cable protection system tailored specifically to your automated production workflow.

Key Customization Features & Engineering Highlights

  • Premium Raw PA66 Nylon Construction: Formulated with high-grade PA66 polyamide material, offering superior tensile strength, fatigue resistance, and smooth mechanical articulation over millions of cycles.

  • Versatile Bending Radii (55mm to 200mm): Supports a wide array of radius configurations (55mm, 75mm, 100mm, 125mm, 150mm, 200mm) to accommodate different machine clearance limits and cable flexibility needs.

  • Tailored Travel Lengths: Custom-assembled to exact link counts and stroke distances, ensuring seamless integration into various automated machinery configurations without excess track slack.

  • Internal Divider & Separator Systems: Modular vertical and horizontal dividers isolate power cables, signal wires, and pneumatic tubes to eliminate dynamic entanglement and reduce jacket wear.

  • Specialized Fiber Optic Cable Buckles: Custom-engineered clips keep sensitive optical fibers firmly positioned, protecting fragile cores from excessive bending and vibration during fast motion cycles.

  • Interchangeable Steel End Connectors: Optional steel mounting brackets offer superior rigidity and vibration resistance, ensuring solid attachment to machine bases and gantry frames.

  • Open Bridge Design for Ventilation: Facilitates quick heat dissipation from electrical lines and allows easy push-fit cable installation without dismantling the entire chain body.

Real-World Application Case Studies

Case Study 1: High-Speed CNC Router & Machining Center

  • Challenge: A precision CNC machinery manufacturer experienced signal fluctuations and fiber optic line breakage on a 5-axis router due to dynamic vibration and loose cable routing during high-acceleration tool path movements.

  • Solution: The engineering team integrated our 30mm inner height cable carrier chain made of durable PA66 nylon, configured with a 100mm bending radius, internal vertical separators, specialized fiber optic cable buckles, and interchangeable steel end connectors.

  • Outcome: The specialized fiber buckles prevented bend-radius distortion on the optical lines, while the steel brackets effectively absorbed stopping torque at the gantry frame. The machine achieved consistent signal accuracy, completely eliminating cable maintenance issues over 18 months of continuous operation.

Case Study 2: Long-Travel Automated Conveyor & Transfer Line

  • Challenge: An automated warehouse equipment supplier required a lightweight dynamic cable track to feed control wires and pneumatic supply lines across a 12-meter horizontal stroke at speeds up to 4 m/s.

  • Solution: We provided a custom-length 30mm cable carrier chain with a 150mm bending radius, fitted with snap-in internal dividers that neatly separated air hoses from high-amperage motor supply cables.

  • Outcome: The open-bridge PA66 construction kept overall system moving mass low while preventing hose-to-wire friction, enabling smooth conveyor operation across millions of continuous cycles.

Frequently Asked Questions (FAQ)

Q1: What material is used in this 30mm bridge type cable carrier chain?

Our cable carrier chain is constructed from high-quality raw PA66 nylon (polyamide 66), providing excellent mechanical strength, fatigue resistance, and low friction for long operating lifespans.

Q2: What bending radius options are available for this 30mm series?

This series supports a versatile bending radius range from 55mm to 200mm (including 55mm, 75mm, 100mm, 125mm, 150mm, 175mm and 200mm), allowing engineers to choose the optimal curvature based on internal cable bend limits and machine height clearances.

Q3: What are the main advantages of an open bridge type cable carrier chain over an enclosed track?

The open bridge type cable carrier chain allows superior airflow and thermal ventilation around high-current power cables, preventing overheating. Additionally, the removable crossbars make cable installation, routing checks, and field repairs significantly faster without dismantling the entire chain body.

Q4: How do internal separators protect cables inside the cable carrier chain?

Internal vertical and horizontal separators create dedicated compartments within the chain. This prevents high-voltage power cables, signal wires, and air hoses from twisting, tangling, or rubbing against one another during rapid linear movement.

Q5: Why choose optional steel end connectors instead of standard nylon brackets?

Standard PA66 nylon brackets work exceptionally well for general motion control setups. However, interchangeable steel end connectors offer enhanced structural rigidity and vibration resistance at the mounting interface, making them ideal for high-impact or dynamic stopping environments.

Q6: How do specialized fiber optic cable buckles prevent signal loss?

Optical fibers are sensitive to sharp bending and crushing forces. Our fiber optic cable buckles securely clamp fragile glass-fiber lines at pre-calculated positions, maintaining the required minimum bending radius and preventing micro-bending signal loss during quick reversals.

Recommended Industrial Applications

  • CNC Machining Centers & Laser Engraving Equipment

  • Automated Material Handling & Pick-and-Place Robotics

  • Woodworking Machinery & Textile Processing Lines

  • Semiconductor Handling Equipment & Packaging Automation

  • Automated Assembly Workstations & Motion Systems

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