• Kaiyuan road 36,Chunkou,Liuyang, Hunan,China
  • info@wireropes.net
  • +86-15573139663
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Duty Cycle Crawler Cranes

High performance steel wire rope from Aulone for duty cycle crawler cranes

Tailored Duty Cycle Crawler Cranes Wire Ropes to Suit Your Needs!

At Aulone, we offer high-performance wire ropes designed to maximize the efficiency and durability of your crawler cranes. Tailored solutions that meet your toughest demands.

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Available Sizes: Ranging from 8mm up to 50mm.

Tensile Strength:  1770, 1960, 2160mpa.

Specifications on Offer: EN12385-4, GB8918, YB/T5359 and specific customer requirements.

Surface Treatments: Options including hot galvanized, ungalvanized.

Special technology: Including multi-strand ropes, plastic impregnated, compacted, galvanized.

Structure:35WXK7, 15XK7,24WXK7,  8XK26WS-IWRC, 8XK26WS-EPIWRC, 6XK36WS-IWRC etc.

Lay types: RHLL, RHRL, LHLL, LHOL

Certifications: All our ropes come with BV and CE certifications, providing you with the assurance of quality and compliance with international standards.

Hoist ropes and auxiliary hoist ropes

Equipped with various attachments, duty cycle crawler cranes can serve multiple purposes, such as in material handling with grippers or dragline buckets, in demolition work, dynamic soil compaction, or with diaphragm wall grabs. When paired with casing machines, universally applicable high-performance steel wire ropes are essential.

Aulone’s high-performance steel wire ropes meet requirements including high rotation resistance, extreme wear resistance, and high resistance to external influences such as shock loads during operation.

In the realm of hoist ropes for duty cycle crawler cranes, Aulone offers highly compacted rotation-resistant high-performance steel wire ropes that feature extremely high load capacity, robustness, and flexibility, which are successfully used in piling equipment.

When used with diaphragm wall grabs featuring a mechanical grab drive, a compacted 8-strand hoist & closing rope is frequently chosen.

Aulone’s steel wire ropes are completed with tested rope end terminations such as button sockets for commercially available pouch sockets or solid thimbles. All ropes leaving the premises of Aulone have undergone quality testing and are accompanied by acceptance certificates.

35WXK7 & 35WXK7-EP Compacted Wire Rope

Boom hoist ropes

Duty cycle crawler cranes are utilized wherever large quantities of material, typically soil, need to be transported. Based on the additional equipment attached, these cranes are versatile enough for various tasks ranging from demolition to dynamic soil compaction. Aulone’s rope specialists regularly visit sites, giving them a clear understanding of what is required to design an effective boom hoist rope, including optimal spooling behavior for multilayer spooling and exceptional wear resistance. The boom hoist ropes are designed to withstand the external forces they encounter during operation without sustaining damage.

For boom hoist ropes on duty cycle crawler cranes, Aulone provides highly compacted non-rotation resistant 8-strand high-performance steel wire ropes. These ropes possess an extremely high load carrying capacity, robustness, and flexibility, demonstrating their full capabilities in excavators. The practical knowledge gained through extended use is continuously integrated into new developments in the construction industry.

A steel wire rope must be precisely tailored for the excavator to reach peak performance. Tested rope end terminations such as button sockets for commercially available pouch sockets and solid thimbles complete the steel wire rope solution. All ropes distributed by Aulone undergo rigorous quality testing and come with acceptance certificates.

6XK36WS-IWRC & 6XK36WS-EPIWRC
8XK26WS-IWRC & 8XK26WS-EPIWRC

Your Ultimate Guide to Acquiring Duty Cycle Crawler Cranes Wire Rope

When it comes to duty cycle crawler cranes, the choice of wire rope plays a critical role in ensuring safety, efficiency, and long-term performance. These cranes are often used for heavy-duty, repetitive tasks such as dredging, clamshell operations, and material handling, which place significant stress on the wire rope. Selecting the right wire rope can minimize downtime, prevent accidents, and improve operational efficiency.

Table of contents

1. The structure and composition of wire rope

2. What factors influence the pricing of wire ropes?
3. Why Choose Aulone's Duty cycle Crawler Cranes Wire Rope?
4. How Can We Extend The Lifespan Of Wire Rope
5. How Do You Correctly Install Duty Cycle Crawler Cranes Wire Rope?
6. Frequently Asked Questions

Chapt 1

The structure and composition of wire rope

Wire rope is a highly engineered product consisting of several key components. Its structure and composition determine its strength, flexibility, resistance to wear, and suitability for different applications. Here’s a breakdown of its structure and composition:

1. Core

The core is the central part of the wire rope, around which the strands are wound. It provides support and helps maintain the rope’s shape. There are three main types of cores:

  • Fiber Core (FC): Made from natural or synthetic fibers, providing flexibility and cushioning for the strands.
  • Independent Wire Rope Core (IWRC): A small, separate wire rope acts as the core, providing additional strength and resistance to crushing.
  • Wire Strand Core (WSC): A single wire strand acts as the core, offering greater strength than fiber cores but less than an IWRC.
2. Strands

Strands are groups of individual wires twisted together around the core. The number of wires and their arrangement within the strand affect the flexibility and strength of the rope. The strands are typically laid helically around the core.

  • Standard strand construction: The most common types include 6-strand, 7-strand, and 8-strand wire ropes, each with a different wire arrangement.
3. Wires

The individual wires within the strands are made of materials such as high-carbon steel, stainless steel, or galvanized steel, depending on the application. The wires are responsible for bearing the load.

  • High-carbon steel: Offers high strength and is the most common material.
  • Stainless steel: Provides corrosion resistance for environments exposed to moisture or chemicals.
  • Galvanized steel: Steel coated with zinc for added corrosion resistance.
4. Lubrication

Wire ropes are often lubricated during the manufacturing process to reduce friction between the wires and strands, minimize corrosion, and extend the rope’s service life. The lubrication can be applied externally or internally to the core.

5. Construction Configurations

Wire ropes come in different constructions depending on the number of strands and wires per strand:

  • 6×19 construction: Six strands, each consisting of 19 wires. This type offers a balance between strength and flexibility.
  • 6×36 construction: Six strands, each with 36 wires, providing greater flexibility but lower abrasion resistance than 6×19.
  • 35×7 non-rotating construction: Used in lifting operations, where rotational stability is required, such as in cranes.
6. Coatings

In addition to galvanizing, wire ropes can have coatings like plastic (EPIWRC) for additional protection in specific applications, such as marine or rotary drilling.The selection of wire rope for specific uses involves balancing factors such as strength, flexibility, resistance to abrasion, corrosion, and fatigue, depending on the operating environment and mechanical requirements.

Chapt 2

What factors influence the pricing of wire ropes?

Several factors influence the pricing of wire ropes. These factors affect production costs, market demand, and the overall quality and characteristics of the wire rope. Here’s a breakdown of the key factors:

1. Material Costs
Type of Steel: The price of steel, particularly high-carbon steel, stainless steel, or galvanized steel, directly impacts wire rope prices. Stainless steel and galvanized steel ropes are more expensive due to their corrosion-resistant properties.
Core Material: A fiber core (FC) is generally less expensive than an independent wire rope core (IWRC) or wire strand core (WSC), which provide greater strength and durability.
Galvanizing: Wire ropes with galvanized coatings are typically more expensive due to the additional zinc coating process for corrosion resistance.
2. Construction and Configuration
Number of Strands and Wires: More complex wire rope constructions (e.g., 6×36, 35×7) require more wires and more intricate manufacturing, increasing production costs. For example, non-rotating ropes like 35×7 are more costly than simple 6×19 configurations due to their design complexity.
Wire Size: Thicker individual wires or larger overall diameters require more material, increasing the price.
Plastic Coating (EPIWRC): Ropes with plastic-coated wires for added protection and durability have higher production costs due to the additional materials and processes involved.
3. Manufacturing Process
Quality Control Standards: Wire ropes produced under strict quality control processes, including certification to international standards (e.g., ISO, API, or EN standards), often have higher prices. Enhanced testing for strength, fatigue resistance, and corrosion protection increases costs.
4. Coating and Lubrication
Lubrication: Wire ropes that are pre-lubricated to reduce friction and extend service life are typically more expensive due to the additional step in the production process.
Galvanizing or Specialty Coatings: Zinc-coated galvanized wires, or plastic-coated ropes for marine or special applications, add additional cost because of the added protective measures.
5. Diameter and Length
Diameter: The thicker the rope, the more steel it contains, leading to a direct increase in cost.
Length of Rope: Longer lengths naturally increase the price. However, bulk orders or longer continuous lengths may be priced more economically due to economies of scale.
6. Supply Chain Factors
Raw Material Prices: The global price of steel and other raw materials fluctuates based on supply and demand. Any changes in raw material prices affect the final cost of the wire rope.
Transportation and Shipping: The location of manufacturing and distance to the buyer affect logistics costs. Bulkier or heavier wire ropes require more expensive shipping methods, especially for international shipments.
Import Tariffs and Duties: Import duties, tariffs, and taxes imposed on wire ropes in certain regions can significantly influence the pricing.
7. Special Requirements
Custom Specifications: Custom-made ropes designed for specific applications or with particular specifications will cost more than standard, off-the-shelf wire ropes due to the specialized manufacturing involved.
Certifications and Compliance: Ropes certified for specialized uses (e.g., marine, aviation, or oil and gas) require additional testing, which raises the cost.
8. Market Demand
Demand and Supply Dynamics: High demand for wire ropes in industries like construction, mining, oil and gas, and maritime can drive up prices, especially if there is limited supply.
Geopolitical Factors: Events like the Russo-Ukrainian War, trade sanctions, or changes in production policies can disrupt supply chains, influencing prices based on availability.
9. Labor Costs
Manufacturing Location: Labor costs vary significantly across regions. Wire ropes produced in countries with lower labor costs (e.g., China) may be cheaper than those produced in regions with higher labor rates (e.g., Europe or the U.S.).
By considering these factors, buyers can better understand why wire rope prices fluctuate and what influences the final price for their specific needs.

Chapt 3

Why Choose Aulone's Duty cycle Crawler Cranes Wire Rope?

Choosing Aulone’s wire rope for duty cycle crawler cranes offers a range of benefits tailored to the demanding requirements of heavy-duty lifting and operational efficiency in challenging environments. Here’s why Aulone’s wire rope stands out:

1. Precision Manufacturing with Advanced Equipment
Aulone uses advanced German & Italy machinery,This ensures the wire ropes have consistent quality, enhanced strength, and better performance, making them highly reliable for duty cycle crawler cranes, which operate under high stress.

2. Exceptional Strength and Durability
The wire ropes we manufacture are designed for maximum load-bearing capacity and resilience. Whether the ropes are used for lifting, hoisting, or rigging operations, they provide superior strength and are capable of withstanding the harshest conditions, ensuring safe and efficient operations.

3. Strict Quality Control
At Aulone, quality is a top priority. Every wire rope undergoes rigorous quality control tests and certification processes to ensure it meets the highest industry standards. Our commitment to maintaining strict quality control gives you peace of mind that the wire rope will perform optimally, minimizing the risk of failure during critical operations.

4. Customizable Solutions
We understand that every duty cycle crawler crane has unique operational requirements. Aulone provides customizable wire rope solutions, allowing you to select specific configurations, coatings, and materials to suit your particular needs. This includes options like galvanized or plastic-coated ropes (e.g., EPIWRC) for added corrosion protection and durability.

5. Resistance to Fatigue and Abrasion
Duty cycle crawler cranes operate in environments that often expose wire ropes to intense friction and bending. Aulone’s wire ropes are designed with high fatigue resistance and wear resistance, making them ideal for repetitive and heavy-duty operations. The ropes maintain their integrity even under continuous use, reducing the need for frequent replacements.

6. Corrosion Resistance
Our wire ropes can be galvanized or stainless steel, offering excellent corrosion resistance, especially in environments with high moisture or exposure to harsh chemicals. This ensures a longer service life in maritime, construction, and other challenging applications.

7. Optimal Flexibility and Rotation Resistance
For applications where rotational stability is crucial, such as in hoisting or multi-layer spooling, our ropes, such as 35WXK7 non-rotating configurations, offer excellent rotation resistance while maintaining flexibility. This ensures smooth and safe operation in demanding duty cycle crane operations.

8. Cost-Effectiveness
Aulone offers a combination of high-quality wire ropes at competitive prices. Our ropes are built to last, reducing the need for frequent replacements, which lowers operational costs over time. Furthermore, with flexible payment terms like 30% advance and balance on the bill of lading, we provide financial convenience for large purchases.

9. Global Expertise
With years of experience in manufacturing and exporting wire ropes to Southeast Asia and other global markets, Aulone brings a deep understanding of international standards and operational needs. Our ropes are designed to meet the specific challenges posed by diverse industries and environments.

10. Excellent Customer Support
We pride ourselves on providing excellent customer service. From helping you select the right wire rope for your duty cycle crawler cranes to offering technical advice and after-sales support, we are dedicated to ensuring your satisfaction at every step.

In summary, Aulone’s wire ropes are the perfect choice for duty cycle crawler cranes due to their precision, strength, durability, and customizable options, ensuring reliability and cost-effectiveness in demanding applications.

Chapt 4

How Can We Extend The Lifespan Of Wire Rope?

Extending the lifespan of wire rope is essential for ensuring safety, reducing maintenance costs, and improving the efficiency of operations. Proper care and handling can significantly enhance the durability and longevity of wire ropes. Here are some key strategies for achieving this:

1. Regular Inspection and Maintenance

  • Frequent Visual Inspections: Regularly check for wear, broken wires, corrosion, kinks, and other signs of damage. Early detection of issues helps prevent accidents and extends the rope’s life.

  • Measuring Wear: Use tools like calipers to measure the diameter of the wire rope over time. If the diameter reduces beyond the allowable limit, the rope should be replaced.

  • Internal Inspection: Check the rope’s internal core for signs of wear and deterioration, especially if it’s an IWRC or fiber core. Specialized equipment can be used to examine internal damage.

2. Proper Lubrication

  • Initial Lubrication: Ensure that the wire rope is properly lubricated during manufacturing. Lubricants reduce friction between the individual wires and strands, minimizing wear and fatigue.

  • Re-Lubrication: Apply lubricant regularly during the rope’s service life, especially if used in high-friction environments. Use compatible lubricants that do not degrade the wire or core material. This helps reduce internal corrosion and extends the lifespan of the rope.

3. Prevent Overloading

  • Respect Load Limits: Never exceed the rope’s working load limit (WLL). Overloading significantly reduces the rope’s lifespan and can lead to sudden failure.

  • Avoid Shock Loading: Sudden impacts or shock loads can cause internal wire damage. Ensure loads are applied gradually to avoid excessive strain.

4. Proper Handling and Storage

  • Avoid Sharp Bends and Kinks: Sharp bends can permanently damage the rope’s structure, weakening its integrity. Use thimbles or sheaves with an appropriate diameter to prevent sharp bending.

  • Correct Winding and Unwinding: When installing wire ropes, use proper techniques to avoid twisting or kinking, which can weaken the rope.

  • Storage Conditions: Store wire ropes in a clean, dry environment to prevent rust and corrosion. If stored outdoors, protect the ropes from direct exposure to rain, snow, and other elements by using tarps or other coverings.

5. Use of Appropriate Attachments and Accessories

  • Use Thimbles: Use thimbles in rope terminations to protect the rope from sharp bending and abrasion where it loops around hooks or shackles.

  • Correct Fittings: Ensure that the correct size and type of fittings (e.g., sockets, clamps, or swage fittings) are used. Ill-fitting accessories can cause uneven loading and wear.

  • Avoid Over-Tightening Clamps: When using wire rope clamps, ensure they are tightened according to manufacturer recommendations. Over-tightening can crush and damage the wire.

6. Reduce Abrasion and Contact Damage

  • Use Sheaves and Pulleys with the Right Diameter: Ensure that the sheaves and pulleys are of the correct diameter to match the wire rope. Too small of a diameter can cause excessive bending fatigue.

  • Minimize Contact with Abrasive Surfaces: Prevent the rope from rubbing against rough or sharp edges. Where necessary, use protective sleeves or guides to reduce friction.

7. Monitor Environmental Conditions

  • Corrosion Protection: If the rope operates in a corrosive environment (e.g., marine or chemical exposure), choose ropes with galvanized or stainless steel finishes for corrosion resistance. Additionally, reapply coatings or lubricants designed to protect against corrosion.

  • Avoid Excessive Heat Exposure: Prolonged exposure to high temperatures can weaken wire ropes, particularly those with synthetic or fiber cores. Use heat-resistant ropes in such environments.

8. Proper Installation and Spooling

  • Correct Spooling on Drums: When spooling wire rope onto a drum, ensure the layers are wound properly without crossing or pinching, which can cause uneven stress and damage.

  • Monitor Tension: Maintain proper tension when installing and using wire ropes. Too much or too little tension can cause damage and reduce service life.

9. Training and Operator Awareness

  • Train Operators: Ensure that personnel handling the wire rope are properly trained in correct installation, use, and maintenance procedures. Operator error is a common cause of rope damage.

  • Awareness of Rope Usage: Encourage operators to avoid practices that lead to excessive wear, such as dragging the rope over rough surfaces or jerking loads.

10. Use High-Quality Ropes

  • Choose Quality Wire Rope: Selecting wire rope from a reputable manufacturer, such as Aulone, ensures you start with a high-quality product designed for durability. Ropes that meet international quality standards typically last longer in demanding applications.

By following these practices, you can significantly extend the lifespan of wire rope, ensuring safer operations, reducing downtime, and minimizing the need for frequent replacements.

Chapt 5

How Do You Correctly Install Duty Cycle Crawler Cranes Wire Rope?

Correctly installing wire rope on duty cycle crawler cranes is critical for ensuring safety, extending the rope’s lifespan, and maximizing crane performance. Here’s a step-by-step guide to installing wire rope properly:

1. Prepare for Installation

Before installation, gather all necessary tools, equipment, and personnel to ensure the process goes smoothly and safely.

  • Inspect the new wire rope: Examine the wire rope before installation for any signs of damage, such as kinks, broken strands, or corrosion. Even new wire ropes can sometimes suffer from transport or storage issues.

  • Review the crane’s manual: Familiarize yourself with the crane manufacturer’s guidelines for installing wire rope, including proper routing, tensioning, and drum winding procedures.

  • Check the drum and sheaves: Inspect the crane’s drum, sheaves, and other components for wear or damage that could affect rope performance. Ensure the sheave and drum grooves are free from debris and are in good condition.

2. Handle the Wire Rope Correctly

Wire rope is prone to kinking and twisting if not handled properly during installation. Follow these guidelines:

  • Use a turntable or reel stand: Place the wire rope on a reel or turntable that allows it to unwind smoothly. The rope should come off the reel or drum in the same direction it will be wound onto the crane’s drum.

  • Avoid dragging the rope: Never drag wire rope across the ground or sharp surfaces, as this can cause damage or contamination.

  • Unwind, don’t twist: Ensure the wire rope unwinds smoothly and does not twist or form loops. Twisting can lead to internal damage and significantly weaken the rope.

3. Attach the Wire Rope to the Drum

Follow these steps to secure the wire rope to the drum correctly:

  • Anchor the rope: Securely attach the end of the wire rope to the drum’s anchor point or clamping system. Ensure the rope is clamped or anchored as per the crane manufacturer’s specifications, ensuring it will not slip or come loose under load.

  • Ensure proper rope direction: The rope should be wound in the correct direction on the drum, either left-hand or right-hand, as specified by the crane’s operating manual. Incorrect winding can cause operational issues.

  • Wind under tension: When winding the rope onto the drum, ensure there is sufficient tension in the rope to prevent it from loosening or “birdcaging” on the drum. Applying tension can be done by pulling the wire rope taut with a truck or another piece of equipment.

  • Ensure smooth winding: Make sure the wire rope is wound smoothly, with each layer neatly arranged. Avoid crossing or overlapping layers, as this can lead to crushing or uneven wear.

4. Install the Rope Over the Sheaves

Properly routing the wire rope over the crane’s sheaves ensures optimal performance and minimizes wear.

  • Use the correct sheave size: Verify that the sheaves and pulleys are of the correct size and diameter for the wire rope being used. Using undersized sheaves can cause sharp bends, reducing the rope’s strength and lifespan.

  • Check for alignment: Ensure the wire rope is aligned properly with the sheave grooves. Misalignment can cause uneven wear, abrasion, or even derailment of the rope.

  • Monitor for twist: Watch for any signs of twisting or untwisting as the rope passes through the sheaves. Excessive twisting can lead to rotation of the load or premature rope failure.

5. Tension and Adjust the Wire Rope

After installing the wire rope, it’s crucial to ensure that it’s properly tensioned for optimal performance.

  • Pre-tension the wire rope: Once the rope is installed, apply light tension across the rope’s entire length by lifting a load slightly off the ground. This helps seat the rope in the drum grooves and over the sheaves, reducing the risk of slack or loose layers.

  • Cycle the crane: Operate the crane under light loads, cycling through its full range of motion several times. This allows the rope to stretch and settle into place. Make any necessary adjustments to the rope’s tension during this process.

6. Secure the End of the Rope

Once the wire rope is properly installed and tensioned:

  • Secure the rope’s free end: If there is excess wire rope, properly secure the free end to prevent it from unraveling or getting caught during operations. Use clamps or wire rope grips as required.

7. Perform a Final Inspection

After installation, conduct a thorough inspection of the wire rope and crane setup:

  • Check tension: Ensure the wire rope is properly tensioned with no visible slack or looseness on the drum or through the sheaves.

  • Inspect for twists or kinks: Look for any twists, kinks, or uneven winding on the drum. Correct any issues before putting the crane into full operation.

  • Lubricate the rope: If needed, apply a compatible lubricant to the wire rope to reduce friction between the strands and prevent corrosion.

8. Document and Track the Installation

Keep a detailed record of the wire rope installation, including the date, rope specifications, and any observations made during the installation process. Regular maintenance and inspections should also be documented to track the rope’s condition over time.

9. Monitor During Initial Operations

During the first few cycles of crane operation with the new wire rope, observe the performance closely to ensure the rope is functioning properly. Adjustments to tension or positioning may be required as the rope settles.

Key Points to Remember:

  • Always follow the manufacturer’s specifications for rope installation, tensioning, and winding.

  • Handle the rope carefully to avoid kinks, twists, or damage.

  • Ensure proper alignment and smooth routing through sheaves and over the drum.

  • Regular inspections and maintenance after installation are critical for long-term performance.

By following these steps, you can ensure that the wire rope on duty cycle crawler cranes is installed correctly, performs optimally, and has an extended service life.

Chapt 6

Common Questions

Frequently Asked Questions

The cost of our Aulone wire ropes varies depending on the specifications and quantity you require. Could you please provide more details so we can give you an accurate quotation?

Regarding warranties and after-sales services, rest assured, we offer comprehensive support. Our products come with a warranty, and we provide after-sales service to ensure your satisfaction. We are committed to maintaining the quality of our products and assisting you throughout the entire process.

500m is acceptable.

It's based on order size and customization requirements. Generally speaking, it is 30 days,However, we strive to fulfill orders as quickly as possible while maintaining our quality standards. For specific timelines, please reach out directly to our sales team.

Please provide wire rope structure, diameter, lay types, galvanized or ungalvanized, tensile strength, min breaking force, length of a roll, termination condition.

Want to buy wire rope & sling?

We’re happy to assist you in finding the ideal rope for your application  

Call Support Center

86-15573139663

Export department

86-15363044363

Want to buy wire rope & sling?

We’re happy to assist you in finding the ideal rope for your application  

Call Support Center

86-15573139663

Export department

86-15363044363

Need Help?

Don’t hesitate to contact us for more information about company or service

Contact us
AULONE_画板 1_副本
We are proud to offer an extensive range of wire ropes and sling products that meet the highest standards of quality and reliability.
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