Control Cables Manufacturer

A mechanical control cable is designed to convert hand or foot motion into precise mechanical motion. We design each of our cables with different mounting configurations that allows users to manipulate different functions within a piece of equipment.

Control cables are key parts of many vehicle control systems. You can commonly find control cables in transmission shift assemblies, throttle controls, and more. Control cables are extremely common, and are found in vehicles from virtually every industry. Orscheln has grown to become one of the world’s leading suppliers of control cables thanks to our emphasis on quality and service for every customer.

A push-pull cable is a mechanical control cable designed to transfer motion and force in both directions — pushing and pulling — between an operator control and a mechanical component.
In simple terms, it works like a flexible linkage. When you move a lever, knob, pedal, or handle, the cable’s inner core slides inside the outer conduit to move something at the other end.

For example, a push-pull cable can be used to:

• • Open or close a valve
  • Engage or disengage a PTO
  • Control throttle movement
  • Shift or actuate mechanical systems
  • Operate equipment functions from a remote location

A basic push-pull cable has two main parts:

• • Inner core: The moving wire or strand that carries the push and pull force.
  • Outer conduit: The protective housing that guides and supports the core while allowing it to move.

Not exactly. “Control cable” describes the broader product category. Push-pull cables are one type of mechanical control cables. Pull-only cables also belong to this category, but they rely on an external return mechanism to move the controlled component in the opposite direction.

No. Mechanical control cables, such as push-pull cables or brake cables, cannot be repaired if any of the following signs are present: excessive play or stiffness at the control, broken components, chafing, bent parts, or loose hardware. You should generally replace a damaged mechanical control cable, rather than repair them. Excessive play, stiffness, or chafing can compromise performance. Broken components, bent parts, and loose hardware may also affect safe operation. Replacement helps restore the strength and reliability required by the vehicle or equipment.

For your safety, the cable must be replaced to ensure the strength, integrity, and reliability of the equipment or vehicle.

Orscheln works with clients across a variety of industries and applications, offering both catalog products and custom cable options. Additional applications include:

• • Motorhomes
  • Marine engines
  • Farm machinery
  • Motor graders
  • Excavators
  • Wheel loaders
  • Tractors
  • Bulldozers
  • Cranes
  • Forklifts
  • Generators

As a control cables manufacturer, Orscheln supports standard and custom cable requirements across many industries. An engineer can review the application’s routing, travel, and load before recommending a cable. The team also considers connections and operating conditions.

For production and high-volume programs, you can source mechanical control cables directly from Orscheln Products. We design, test, and produce custom push–pull and pull–only cables tailored to OEM and Tier 1 requirements worldwide.

For smaller quantities or quick turnaround, Orscheln’s F.A.S.T.® distributor network—with more than 100 certified assemblers across 25+ countries—can provide cables built to your exact specifications, often assembled locally for faster delivery.

Whether you need standard service replacements, custom lengths, or complete control systems, mechanical control cables are available through Orscheln’s global operations in the U.S., Europe, India, and China, as well as through our trusted distributors who supply customers across on-highway, off-highway, aerospace, and defense markets.

Many factors will affect the lifespan of a cable, such as the frequency of use, the length of the cable, and the operating environment. On average, you can expect our cables to last for several years of regular service before you may need a replacement. We’ve proven time and again across the decades that we are one of the most reliable suppliers for control cables around the world. You’ll find some of the best performance and longevity when you shop our control cables.

Orscheln High-Performance control cables are organized into 4 basic size series according to their load-carrying capability:

• • 3-Series: 120 lbs. pull and 25 to 80 lbs. push load depending upon travel.
  • 4-Series: 230 lbs. pull and 45 to 150 lbs. push load depending upon travel.
  • 6-Series: 400 lbs. pull and 60 to 250 lbs. push load depending upon travel.
  • 8-Series: 1000 lbs. pull and 150 to 700 lbs. push load depending upon travel.

We’ve created a totally personalized process to collaborate with our customers and create the perfect cables for your needs. Whether you’re looking for our stock cables or a custom-designed product, Orscheln is ready to be your cable supplier.

You’ll start by working with our sales team to determine the exact needs for your cables. Together, we’ll identify the cable’s routing, connection points, length requirements, and load for your purposes. Once we have this information, we’ll make sure that we can manufacture your cables to our quality standard, then we’ll start the production process.

Once we’ve built your cables, we’ll subject them to an extensive end-of-line testing process to ensure they meet Orscheln’s quality standards. We subject our cables to a host of tests to verify the cable’s resistance to temperature, thermal shock, vibration, corrosion, sand and dust, and more. We’ll also rate the cable for its maximum load. Once we’ve confirmed that your cable is up to our standards, we’ll be ready to send you your order.

Start with the application details. Identify the required travel, load, and cable length. Routing and connection points will also affect the design. Environmental conditions often determine which materials or protective components the cable needs. Orscheln engineers can use this information to recommend the appropriate cable family, fittings, and mounting configuration.

Choosing the right cable can be challenging, especially if you’re working on a new project or the existing cable is difficult to identify. We offer a comprehensive catalog and our experts are available to assist you in selecting the appropriate cable and fittings for your application. Please reach out to us, and we’ll help you find the best solution for your needs.

Orscheln offers several cable types:

• • Push-pull cables
  • PTO cables
  • Vernier controls
  • Universal cables
  • Valve control cables
  • Throttle cables
  • Tension cables

A good control cable manufacturer like Orscheln can help narrow these options based on the required motion, force, installation space, and service conditions.

Push-pull control cables are one of the most common varieties of cable we make. These cables simply transmit motion using the compression and tension of the cable itself. When the cable moves in one direction (after you pull it, for instance), it pulls the opposite end of the cable in the opposite direction. When you push back on the other end of the cable, it puts the cable in compression and moves the other end back to the original position.

We also design “pull-only” cables that only work in tension. They maintain a predetermined load on a cable and return to their initial position after use. Our park brake cables are an example of pull-only cables.

We also create special push-pull cables that use a ball bearing to transmit motion across the cable. Mainly used for aerospace applications, these ball bearing cables can transmit motion very smoothly and with much less force than traditional mechanical cables. However, the cables are much less flexible and have a much lower capacity for bending than traditional cables.

You can order any of our cables with a variety of different mounting brackets, end fittings, and handles. Reach out to our team if you need cables for your next project and we’ll collaborate to develop the best cables for your needs.

Orscheln’s control cables are proudly made in the USA at our manufacturing facility in Moberly, Missouri. Our customers benefit from U.S.-based engineering support, responsive customer service, in-house product testing, and reliable manufacturing expertise. From product design and development to testing, production, and ongoing support, Orscheln works closely with customers to provide dependable solutions for their specific applications.

As a control cables manufacturer, Orscheln combines application engineering, custom design, manufacturing, and testing within one product-development process. The team can support standard cable selection as well as complex OEM requirements. Working with an experienced control cables manufacturer also gives customers access to global operations and the F.A.S.T. distributor network.

Cable travel describes how far the moving core shifts between the ends of its operating stroke. Overall length describes the complete cable assembly along its specified path. Travel determines available movement; length determines how the cable fits through equipment. We use travel and length as separate measurements when specifying an assembly.

As a control cables manufacturer, we review both to evaluate the assembly correctly. Providing an accurate drawing with clear mounting locations helps prevent confusion during the initial specification review.

Tighter bends can increase resistance as the inner core moves through the conduit. That friction can raise operator effort and reduce force delivered at the output. Larger, practical bend radii generally support smoother operation. Avoid sharp changes in direction where space permits.

During layout review, our engineers examine the full route, not only the distance between attachment points. We also consider nearby components and where the cable needs support. Our team will ask you to share routing drawings early so we can review the bends against the selected cable family.

Lost motion is movement at the control input that doesn’t immediately produce the intended response at the output. It can come from play at connections or insecure mounting hardware. Cable construction and routing also affect how accurately the assembly responds.

For that reason, we examine the mounting points and end connections alongside the core and conduit during application review. Properly secured hardware helps reduce unnecessary movement between the operator control and mechanism.

HEFT 2 is a high-performance cable construction intended for high-temperature applications. We rate HEFT 2 for operating temperatures from -65°F to +300°F, while our standard HP construction covers -65°F to +225°F. Temperature is one factor in product selection; operating load, travel, and cable routing still need review.

Tell our engineers about expected environmental exposure, including nearby heat sources. Then, we can discuss whether HEFT 2 suits the selected cable type.

A mechanical Vernier head lets an operator make small adjustments after moving a control to its approximate position. This suits mechanisms that require fine positioning. We offer small and large Vernier heads with quick-disconnect configurations for selected cable families. Head selection depends on the cable, available space, and intended function.

Our electronic EV2 Vernier control works differently. It converts hand movement into an electrical signal for an electronically controlled engine.

Pushing places the cable core under compression, while pulling places it under tension. Those forces affect the core differently, particularly along curved cable routes. We evaluate push capacity separately from pull capacity and account for travel when assessing push ratings.

As a control cables manufacturer, Orscheln reviews the expected load direction, rather than relying on one maximum figure. Our engineers can compare these requirements with available cable series and the proposed layout before final customer design approval.

Describe exposure to moisture, debris, or corrosion, along with the equipment’s cleaning conditions. We offer selected cable constructions with protective polymer jackets, corrosion-resistant fittings, and seals designed to limit contaminant entry. Available protection depends on the application and cable family, so these features aren’t universal.

As a control cables manufacturer, we review environmental exposure before recommending materials and connections. For a useful recommendation, show where the cable runs and which sections face direct environmental exposure.