fits make: Evinrude, Johnson, Omc.

( Brand: Omc ), ( Part Type: Throttle Cable Clamp ), ( Manufacturer Part Number: 323400 ), ( Country Of Origin: United States )
The OMC 323400 C64 Evinrude Johnson throttle cable clamp is a crucial component for your outboard motor's throttle control system. This clamp is specifically designed for use with Evinrude Johnson C64 series outboard motors, ensuring a perfect fit and optimal performance.
This clamp is made of high-quality materials, with a durable cast aluminum construction that can withstand the rigors of marine use. Its sleek and compact design allows it to blend seamlessly with the motor's design, while also providing reliable and secure throttle cable attachment.
The OMC 323400 C64 Evinrude Johnson throttle cable clamp features a unique and innovative clamping mechanism. This mechanism utilizes a captive nut design, which allows for easy installation and removal of the throttle cable without the need for additional tools. The adjustable tension feature ensures a secure and snug fit of the cable, reducing the risk of cable slippage or loosening over time.
The clamp also includes a built-in cable guide, which helps to keep the throttle cable in place and reduces the risk of cable chafe or wear. The guide is designed to accommodate a range of cable diameters, allowing for flexibility in installation and ensuring a universal fit for various cable types.
The OMC 323400 C64 Evinrude Johnson throttle cable clamp is easy to install, and can be mounted in various positions on the motor, depending on your specific installation requirements. It is also compatible with various throttle control systems, including cable and electronic systems, making it a versatile and adaptable solution for a wide range of outboard motor applications.
In summary, the OMC 323400 C64 Evinrude Johnson throttle cable clamp is a high-performance and reliable component for your outboard motor's throttle control system. Its durable cast aluminum construction, innovative clamping mechanism, and built-in cable guide make it a must-have accessory for any Evinrude Johnson C64 series outboard motor owner.
The OMC 323400 C64 Evinrude Johnson throttle cable clamp is a crucial component for the proper functioning of the throttle control system in Evinrude Johnson outboard engines. This part secures the throttle cable to the engine, allowing for smooth and precise throttle control. In this discussion, we will explore the potential advantages and disadvantages of purchasing this throttle cable clamp.
Pros:1. Reliability: This clamp is specifically designed for use with Evinrude Johnson outboard engines, ensuring a perfect fit and reliable performance.
2. Easy installation: The throttle cable clamp is straightforward to install, making it a convenient solution for boat owners looking to make repairs or replacements themselves.
3. Durability: The OMC 323400 C64 Evinrude Johnson throttle cable clamp is constructed from high-quality materials, ensuring it can withstand the harsh marine environment and last for an extended period.
4. Improved throttle control: A worn or damaged throttle cable clamp can lead to poor throttle control, making it difficult to operate the engine efficiently. Replacing the old clamp with a new one can result in smoother engine operation and better overall performance.
Cons:1. Cost: The OMC 323400 C64 Evinrude Johnson throttle cable clamp may be more expensive than some aftermarket alternatives. However, the higher cost is justified by the part's superior fit, reliability, and durability.
2. Availability: Depending on the location and availability, it may take some time to source and receive the OMC 323400 C64 Evinrude Johnson throttle cable clamp.
In conclusion, the OMC 323400 C64 Evinrude Johnson throttle cable clamp is an essential investment for boat owners with Evinrude Johnson outboard engines. While it may carry a higher cost than some alternatives, the part's superior fit, reliability, and durability make it an excellent choice for those seeking optimal throttle control and long-term engine performance.