Elegant Fortpro Mv-3 Dash Valve Control Module, 1/4" Npt Ports, Unthreaded Mounting Replacement For Bendix 800516 | F224613 - Don't Miss Out [cIu48dGo]

Fortpro MV-3 Dash Valve Control Module

The Fortpro MV-3 Dash Valve Control Module is a premium replacement part designed for your vehicle's trailer and tractor systems. Engineered to meet the high standards of the industry, this module ensures reliable performance and durability. With its robust construction and precise engineering, it is a perfect fit for various applications, making it an essential component for any trucking or towing setup.

Key Specifications and Features

Featuring 1/4" NPT ports, the MV-3 Dash Valve Control Module offers a seamless connection with your vehicle's systems. This module is designed to replace the Bendix 800516, providing a direct fit for your specific needs. The mounting holes are 1/4" unthreaded, ensuring easy installation. The material used is heavy-duty polymer (EGC-Engineering Grade Composite), which guarantees long-lasting performance under harsh conditions. Additionally, the module comes with screw-on knobs for easy adjustment and operation.

Compatibility and Practical Applications

The Fortpro MV-3 Dash Valve Control Module is highly compatible with various brands and models, as indicated by its cross-reference list. Whether you're using it with Automann, Bendix, Euclid, Meritor, Navistar-International, Newstar, or PAI, this module is designed to provide a perfect fit and optimal performance. Its practical applications include trailer delivery, reservoirs, exhaust, tractor delivery, and auxiliary supply, making it a versatile solution for a wide range of trucking and towing scenarios. The mounting hole spacing of 4.21" x 3" center to center ensures that it can be easily mounted on your vehicle, enhancing its functionality and ease of use. With yellow and red knobs included (yellow for parking brake and red for trailer air supply), this module offers a user-friendly experience, ensuring that you can manage your vehicle's systems efficiently.