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Posted in Push Pull Control Cables
Why You Should Replace Industrial Mechanical Control Cable Accessories
 "Why You Should Replace Industrial Mechanical Control Cable Accessories")
Why You Should Replace Industrial Mechanical Control Cable Accessories
In industrial environments, mechanical control cables work hard every day—managing throttle control, hydraulic actuation, PTO engagement, and countless other critical functions.
When it’s time to replace a worn or damaged control cable, there’s one important question to ask:
Are you replacing the accessories as well?
At Industrial and Cable Group, we strongly recommend replacing your control cable accessories at the same time as the cable itself to ensure the entire assembly is refreshed, reliable, and mechanically sound.
What Do We Mean by “Cable Accessories”?
Your control cable system relies on multiple precision components to operate smoothly and safely. These include:
Ball Joints
Plated steel and stainless steel
Available in imperial and metric sizes
Designed for smooth articulation and load handling
Cable Clamps
Suitable for a variety of cable types
Light to heavy-duty options
Secure mounting to prevent movement and wear
Clevises
Forged steel construction
Imperial and metric configurations
Strong, secure pivot connection
Spherical Rod Ends (Heim Joints / Rose Joints)
Chrome moly
Stainless steel
Steel housing with nylon race
Male and female threads
Also known as heim joints or rose joints
Fasteners & Jam Nuts
Stainless steel construction
Secure locking and adjustment
Essential for maintaining correct alignment
Pivots & Swivels
Plated steel
Allow smooth directional movement
Reduce binding and stress
Wire Stops
Barrel or pivot style
Plated steel
Secure cable positioning and termination
Why Replace Accessories When You Replace the Cable?
It can be tempting to reuse existing rod ends, ball joints, or fasteners to reduce upfront cost. However, worn cables often indicate that the surrounding moving components have also experienced wear.
Replacing only the cable can leave weak points in the system.
Here’s why replacing the full assembly makes sense:
1. Safety & Reliability
Worn joints or fittings can compromise machine control. A refreshed system reduces the risk of unexpected failure.
2. Corrosion Prevention
Older accessories may already show signs of corrosion. Installing new plated or stainless components extends service life.
3. Smooth Operation
New spherical rod ends, pivots, and joints eliminate play and stiffness—restoring precise control.
4. Preventative Maintenance
Replacing everything at once prevents future downtime and repeat labour costs.
5. Correct Performance
Properly matched and tightened accessories ensure your control cable performs exactly as designed.
6. Real Cost Savings – Avoid Expensive Downtime
This is where many operators underestimate the true cost.
A fitting failure doesn’t just mean replacing a small component — it often means:
Machine downtime
Lost productivity
Delayed projects
Emergency call-out fees
Staff standing idle
Potential safety risks
The cost of downtime can far exceed the small saving made by reusing old fittings.
In many cases, the money “saved” by not replacing accessories during a cable change is quickly lost if a worn rod end or ball joint fails shortly after installation.
Replacing accessories at the time of cable replacement is a smart, preventative investment that protects your equipment, your schedule, and your bottom line.
Do It Once. Do It Right.
At Industrial and Cable Group, we believe in doing the job once—and doing it properly.
Replacing rod ends, ball joints, and hardware may slightly increase the initial outlay, but it delivers:
Longer service life
Greater reliability
Reduced downtime
Improved machine performance
Measurable cost savings over time
Our extensive range of industrial mechanical control cable accessories is designed to add value to your repairs and help prevent system failure.
Need Technical Assistance?
Our website provides a wide range of options, but if you can’t find exactly what you’re looking for, our experienced team is here to help.
With over 30 years of industry experience, we’ve encountered almost every scenario and can provide practical, technical advice tailored to your application.
Contact Industrial and Cable Group today to discuss your requirements and ensure your next repair is reliable, cost-effective, and built to last.
Finding the Right Replacement for Morse and Teleflex Push-Pull Cables
 "Finding the Right Replacement for Morse and Teleflex Push-Pull Cables")
At Industrial and Cable Group, we design, assemble, and supply high-quality push-pull cables for a wide range of industrial applications.
For over 40 years, Morse Controls and Teleflex Morse have been trusted names across Australia and New Zealand for their durable, reliable control cables. Today, Industrial and Cable Group continues that legacy, providing compatible, high-performance replacement cables you can rely on.
Proudly Assembled in Australia
Our cables are assembled locally, drawing on more than 30 years of hands-on experience with Morse and Teleflex products. This expertise ensures that every cable we supply offers durability, precision, and performance that meets or exceeds the original manufacturer specifications.
Push-Pull Cable Series
Our Push-Pull Morse Cable Series are classified by the rod size they use:
- 30 Series – 3/16” Rod
- 40 Series – 1/4” Rod
- 60 Series – 5/16” Rod
Each series is available with multiple cable end combinations to suit your setup:
- Clamp / Clamp
- Bulkhead / Bulkhead
- Bulkhead / Clamp
Alternate Names for Morse Cables
Some cables may also be referred to by alternate codes:
30 Series: 31C, 32C, 33C, 34C, 35C, 31B–35B, 31BC–35BC
40 Series: 41C, 42C, 43C, 44C, 45C, 41B–45B, 41BC–45BC
60 Series: 61C, 62C, 63C, 64C, 65C, 61B–65B, 61BC–65BC
Find Your Cable Easily
Our full range of push-pull control cables is available through our Build a Cable Tool on the website. Simply select the specifications you need, and order online for fast shipping.
Looking for a hard-to-find Morse or Teleflex replacement? Contact our expert team, and we’ll help you source the exact cable to keep your equipment running smoothly.
From control cables to end fittings and complete custom solutions, Industrial and Cable Group is your trusted partner for reliable, Australian-made control cables.
How to measure a control cable for replacement?
 "How to measure a control cable for replacement?")
At Industrial and Cable Group we are often approached about replacement of control cables and how to accurately measure it and or find something that will fit a specific application.
The first thing to check for is a part number – some cables have it heat stamped on the outer / conduit of the cable. It may have also have a brand name printed on it, for example - Morse or Teleflex. If you know this then we can more than likely can help you with finding a replacement.
If you can’t find this then the answer is to look at the cable you’re replacing; measure it from tip to tip, then take note of what type of cable ends it has eg Bulkhead or Clamp (threaded or grooved). Most cable types are measured tip to tip but there are some exceptions to this rule.
The other pieces of information you will need is an understanding of the Cable Series you’re replacing that corresponds to the size of the rods it has. For example, 30 Series has 3/16” Rod, 40 Series – 1/4” Rod and 60 Series – 5/16” Rod. Our 40 Series can also come with metric rods at 6mm and 60 Series with metric 8mm rods. Other control cables may have differing identifying factors.
The next step is knowing what length of travel you need – our standard options offer between 25mm through to 150mm.
In summary the pieces of information you need are:
- What Ends?
- What Travel?
- What Length?
- Does it have a part number or brand?
Of course, it you can’t find what you’re looking for on our site then we suggest taking photos of your old cable and sending them to us so we can offer some assistance. Use our CONTACT US FORM or email to sales@industrialandcable.com.au
What is a Twist Lock Industrial Cable and What Do They Do?
 "What is a Twist Lock Industrial Cable and What Do They Do?")
A Twist Lock Cable is a type of control cable used when an application requires the ability to “lock” in an exact position. They are a member of the push pull cable family.
Twist Lock Cables by Industrial & Cable Groupallow designed settings to be made and held regardless of vibration. They are easily locked in by a slight term in either direction. These cables are ideal for RPM settings on mobile air compressors and similar applications where vibration is severe.
Specifications
- Cable Rod: 10-32 UNF
- End Type: Threaded or Grooved (Clamp or Bulkhead)
- Travel: 50mm or 75mm
Whatever your requirements, we can build Twist Lock Cables to any length you need – shop from our online options or CONTACT US to create a bespoke cable. Our team at Industrial and Cable Group is ready to help.
| Posted in:Push Pull Control CablesMechanical Control CablesTwist Lock Control CablesHeavy MachineryMining EquipmentAssembled in AustraliaAustralian Owned & OperatedBlogsAssembled to Order |
What Are RVC Cables and How They Improve Agricultural & Plant Equipment Operations
 "What Are RVC Cables and How They Improve Agricultural & Plant Equipment Operations")
Remote Valve Control (RVC) Cables are essential components in modern machinery, enabling precise valve actuation across agricultural, construction, and industrial equipment. By transmitting force or mechanical signals, RVC cables allow operators to control valves remotely, improving efficiency, safety, and accessibility in systems like hydraulic and pneumatic machinery.
At Industrial & Cable Group, we specialise in high-quality RVC cables engineered for heavy machinery, agricultural equipment, and plant maintenance, ensuring reliable operation in tough environments.
What Are RVC Cables?
RVC (Remote Valve Control) Cables are mechanical linkages that transmit motion from a control system to valves, such as ball, butterfly, or other flow control valves. Commonly known as push-pull cables, they connect motorised actuators to remote control points, enabling:
o Remote operation of valves from a safe distance
o Automation of irrigation, fluid, or chemical systems
o Precise flow control in hydraulic or pneumatic applications
o These cables are widely used in agricultural equipment, plant machinery, and heavy vehicles, making maintenance and operation safer and more efficient.
Types of RVC Cable-Actuated Systems
o Mechanical RVC Cables (Push-Pull / Bowden Cables)
o Mechanical cables are a reliable, manual solution for remote valve control. They are ideal for:
o Tractors, harvesters, and irrigation systems
o Plant machinery like loaders, excavators, and sprayers
o Marine equipment and small machinery
o Mechanical cables transmit direct motion without electricity, ensuring consistent valve operation even in harsh or remote environments.
Industrial & Cable Group RVC Cable Types
We provide a range of RVC cables suitable for agricultural, industrial, and plant machinery applications:
o Compatible with Remote Valve Control XVL-900
o Replaces Morse 206366 cable
o Works with competitor RVC cables
o Suits Remote Valve Control XVL-900
o Replaces Morse 292959 cable
o Compatible with competitor cables
o Replaces Morse 294802 cables
o Works with Nimco control cables
o Replaces Cross 191636 cable
Suitable for custom applications in agricultural and plant equipment
Applications of RVC Cables in Agriculture & Plant Equipment
RVC cables are crucial in modern farming, plant machinery, and heavy vehicle operations:
o Automated irrigation systems – control water flow remotely for crops
o Fertilizer and pesticide application – precise chemical delivery
o Greenhouse climate control – regulate valves for humidity and temperature
o Livestock water and feed systems – remote monitoring and adjustment
o Heavy machinery hydraulics – reliable control in construction and earthmoving vehicles
By using RVC cables, operators can increase efficiency, optimise resources, and improve safety across all agricultural and industrial operations.
Why Choose Industrial & Cable Group for RVC Cables?
o Engineered tough for agricultural and plant equipment
o Fast delivery across Australia
o Compatible with leading brands and competitor cables
o Assembled in Australia and tested for reliability
o Our RVC cables are designed to keep your machinery running smoothly, minimise downtime, and ensure safe operation in challenging environments.
