Electrical Specifications:
The SA-3193-12 operates on a 12-volt electrical system.
This voltage requirement makes it compatible with standard automotive and industrial electrical systems, providing a reliable and consistent power source for the solenoid's operation.
Construction and Materials:
Constructed with durability in mind, the solenoid is typically made from high-quality materials to withstand the harsh conditions often encountered in engine compartments. These materials contribute to the solenoid's longevity and ability to function effectively in challenging environments.
Fuel Shut Down Functionality:
One of the primary functions of the Woodward SA-3193-12 is to control the fuel supply to the engine. When activated, the solenoid interrupts the flow of fuel to the engine, causing it to shut down. This is a crucial safety feature in situations where an immediate engine shutdown is necessary to prevent damage or hazards.
Application and Compatibility:
The SA-3193-12 is designed for use in various engine models, with its specifications tailored to meet the requirements of specific applications.
Its compatibility with different engine types makes it a versatile component in the field of automotive, industrial, and marine applications.
Installation and Mounting:
Installation of the solenoid is typically straightforward, with mounting options to suit different engine configurations. The solenoid can be integrated into the fuel system with ease, ensuring a seamless installation process for technicians and engineers.
Reliability and Performance:
Woodward is a reputable manufacturer known for producing reliable and high-performance engine control systems. The SA-3193-12 solenoid upholds this reputation by providing a dependable means of controlling engine shutdown, contributing to overall system reliability and performance.
Temperature and Environmental Considerations:
The solenoid is designed to operate within a specified temperature range, ensuring optimal performance in diverse environmental conditions. This temperature tolerance is crucial for applications where engines may be exposed to varying climates and operational scenarios.
