Valve Body Alignment Pins T94P-77000-N - OTC Tools and Equipment

Name: Valve Body Alignment Pins T94P-77000-N
Brand: OTC Tools and Equipment
SKU: 109792
Price: 119.61 USD
Availability: LimitedAvailability

Part #: 307-299

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The OTC 307-299 Valve Body Alignment Pins, also identified by the OEM reference T94P-77000-N, are engineered to facilitate precise automatic transmission service. These pins accurately guide and position the valve body onto the transmission case, preventing misalignment that could otherwise compromise hydraulic integrity and lead to operational issues. Utilizing these professional-grade tools ensures accurate reassembly and proper transmission function post-service for reliable repairs.

Key Features

Precision Valve Body Alignment: Designed to ensure exact mating of the valve body to the transmission case, mitigating the risk of common issues such as cross-leaks, sticking valves, and improper hydraulic operation after service.
OEM-Equivalent Design: The T94P-77000-N designation signifies an OEM-equivalent design, ensuring compatibility and adherence to original equipment service procedures, particularly for Ford transmissions.
Professional-Grade Construction: Manufactured by OTC Tools and Equipment, these alignment pins are constructed from durable materials to withstand the rigors of daily use in demanding automotive and industrial service environments.
Component Protection: Accurately guides, locates, and supports the valve body during installation, effectively reducing the risk of misalignment that can lead to shift issues, pressure faults, and premature transmission failure.

Applications

These valve body alignment pins are essential for automatic transmission overhauls and valve body service, particularly for vehicles equipped with the Ford CD4E automatic transaxle. Common applications include the 2005–2008 Ford Escape and Mercury Mariner, as well as the 1997–2007 Ford Mondeo. They are utilized during initial assembly and valve body reinstallation to ensure proper guidance and support, crucial for maintaining transmission longevity and performance.