The Remote Valve Control Cable from Buyers Products connects RVC levers to valves using the corresponding RVC Connection Kit. It has a RVC Adapter Input with a Bonnet output. The cable features durable stainless steel ends and comes in a wide range of lengths.
Specifications
| End Type | Valve Bonnet Connection |
| Rod End Thread Size | 1/4-28 " |
| Total Travel (in.) | .56 " |
| Conduit Color | Black |
| Cable Series | RVC Adapter |
| Cable Diameter (in.) | 180 " |
| Bulkhead Thread Size | 3/4-16 " |
| Cable Length (in.) | 180 " |
The 180-inch Remote Valve Control Cable represents a critical component within hydraulic control systems, specifically engineered for robust and reliable operation in demanding environments. Manufactured by Buyers Products, this cable is designed to provide a precise and responsive mechanical link between an RVC (Remote Valve Control) lever and a hydraulic valve, facilitating remote actuation with exceptional accuracy and durability. The integration of this cable into a hydraulic system is paramount for applications requiring operator safety, ergonomic control, and the efficient management of fluid power.
At its core, the function of this cable is to translate linear motion from a control lever into a corresponding linear displacement at the valve, thereby modulating fluid flow or direction. This mechanical translation is achieved through a sophisticated internal construction, ensuring minimal friction and backlash throughout its operational lifespan. The primary connection points, identified as an RVC Adapter Input and a Bonnet output, signify its specialized design for compatibility with standard RVC levers and valve bonnet connections. The RVC Adapter Input end is engineered to seamlessly integrate with the control lever mechanism, ensuring a secure and positive engagement that transmits operator input without loss of motion. Conversely, the Bonnet output is designed to interface directly with the valve's actuator or spool mechanism, providing the necessary force and travel to operate the valve effectively. This precise compatibility is critical for maintaining system integrity and performance.
The construction materials and design principles employed in this 180-inch cable are chosen for their resilience and long-term reliability. The specification highlights "durable stainless steel ends," which is a crucial detail for components operating in harsh industrial, mobile, and outdoor environments. Stainless steel offers superior corrosion resistance compared to other materials, protecting against rust and degradation caused by moisture, chemicals, road salts, and abrasive particles. This is particularly important for cables used in municipal vehicles, construction equipment, agricultural machinery, and other applications where exposure to corrosive elements is common. The robust nature of these ends ensures that critical connection points maintain their structural integrity and precise dimensions over extended periods, preventing premature wear and operational failure.
Further examination of the specifications provides deeper insights into the technical characteristics and intended applications of this control cable. The "End Type: Valve Bonnet Connection" explicitly defines the cable's terminal interface at the valve end. A bonnet connection typically refers to a sealed housing that contains the valve stem or spool mechanism, and the cable is designed to directly actuate this mechanism. This design ensures a direct and efficient transfer of force, minimizing energy loss and maximizing responsiveness. The "Rod End Thread Size: 1/4-28"" specifies the threading dimensions for the rod end, which is a common standard in mechanical linkages. This precise threading allows for secure attachment and fine-tuning of the linkage, ensuring optimal adjustment and engagement with the valve mechanism. The "Total Travel (in.): .56"" indicates the maximum linear displacement that the cable can achieve at its output end. This travel distance is critical for compatibility with specific valve types, as different valves require varying degrees of spool movement for full actuation. A travel of .56 inches suggests suitability for a wide range of common hydraulic directional control valves, pressure relief valves, or flow control valves that operate within this displacement range.
The "Conduit Color: Black" is a practical specification, typically indicating a durable polymer or rubber outer jacket that protects the internal cable mechanism. Black is a common color for conduits due to its inherent UV resistance and ability to blend into various equipment aesthetics. The conduit itself plays a vital role in protecting the inner core from abrasion, impact, moisture ingress, and chemical exposure, all of which can compromise the cable's performance and lifespan. The "Cable Series: RVC Adapter" reinforces the specialized nature of this product, confirming its dedicated design for RVC systems and ensuring interoperability with other RVC components from Buyers Products or compatible systems.
The "Cable Diameter (in.): 180"" and "Cable Length (in.): 180"" are critical dimensions. It is important to clarify that "Cable Diameter (in.): 180"" is likely a typographical error and should be interpreted as the cable length, given that the cable length is also listed as 180 inches. Assuming the 180" refers to the length, this measurement is a defining characteristic of this particular product. A length of 180 inches (15 feet) provides significant versatility for installations where the control lever is positioned at a considerable distance from the hydraulic valve. This extended reach is essential in large vehicles, complex machinery, or stationary industrial setups where ergonomic operator positioning and optimal component layout are crucial. The ability to span such distances without compromising control integrity is a testament to the cable's robust design and low-friction internal mechanisms. Accurate length selection is paramount in cable installations to prevent excessive slack, which can lead to inefficient operation, kinking, or interference, as well as to avoid insufficient length, which could prevent proper routing or connection.
Finally, the "Bulkhead Thread Size: 3/4-16"" refers to the threading on any bulkhead fitting incorporated into the cable assembly. Bulkhead fittings are used to secure the cable through a panel or chassis, providing strain relief and a clean, protected entry point for the cable into a control cabinet or other enclosed space. The 3/4-16" thread size indicates a robust connection suitable for demanding applications, ensuring that the cable remains securely anchored even under vibration or dynamic loads. This feature enhances the overall structural integrity of the installation and prevents premature wear or damage to the cable at critical entry points.
In terms of application, the 180-inch Remote Valve Control Cable is ideally suited for a broad spectrum of heavy-duty machinery and industrial equipment. Examples include snowplows and salt spreaders, where remote control of hydraulic functions (e.g., blade angling, hopper discharge) is essential for operator safety and efficiency. In these environments, the cable’s resistance to corrosion from road salts and its durable construction are significant advantages. Construction equipment, such as excavators, loaders, and compactors, also benefits from such a cable for controlling auxiliary hydraulic circuits, attachment functions, or steering systems, especially in applications where precise, reliable remote operation is critical. Agricultural machinery, including tractors, sprayers, and harvesting equipment, often requires remote control of implements and hydraulic functions, making this cable a valuable component for optimizing farm operations. Furthermore, the cable finds utility in refuse vehicles, utility trucks, and various material handling systems where hydraulic power is extensively used and remote actuation enhances safety and productivity.
The technical advantages of choosing a high-quality control cable like this one are numerous. The precise engineering of the internal components, including the inner core wire, casing, and protective liner, minimizes friction and hysteresis. Low friction ensures smooth and consistent operation, reducing the effort required by the operator and extending the life of both the cable and the associated control lever. Minimal hysteresis means that the valve's response is immediate and accurate to the lever's position, providing the operator with superior control feedback and precision. The robust construction also contributes to excellent fatigue life, enabling the cable to withstand millions of cycles of operation without degradation in performance. This is particularly important in systems that are frequently actuated throughout their operational day.
Installation considerations for the 180-inch Remote Valve Control Cable involve careful routing to avoid sharp bends, excessive heat sources, and potential pinch points. Proper routing ensures the cable operates freely and prevents internal damage or premature wear. Securing the cable at regular intervals with appropriate clamps or ties also contributes to its longevity and performance, preventing uncontrolled movement that could lead to abrasion or kinking. When connecting to the RVC lever and valve bonnet, following the manufacturer's torque specifications for threaded connections is crucial to ensure a secure, leak-free, and mechanically sound interface. The RVC Connection Kit, as mentioned in the initial description, is designed to provide all necessary hardware for a complete and reliable installation, simplifying the process and ensuring system compatibility.
In conclusion, the 180-inch Remote Valve Control Cable from Buyers Products is a meticulously engineered component designed for the rigorous demands of hydraulic remote control applications. Its combination of durable stainless steel ends, precise thread specifications, specified travel, protective conduit, and extended length makes it an ideal solution for a wide array of heavy-duty machinery. The emphasis on high-quality materials and construction ensures longevity, reliability, and superior performance, contributing significantly to the efficiency, safety, and operational precision of hydraulic systems. This cable represents a critical link in the chain of hydraulic power transmission, empowering operators with accurate and responsive control over complex machinery in challenging environments.
