Flyingbull Solenoid Valve 72A-BA-000-BB-BGEA-1TA for Automotive Hydraulic Systems
Flyingbull Solenoid Valve 72A-BA-000-BB-BGEA-1TA for Automotive Hydraulic Systems
This product is a 3-way balanced pilot-operated poppet valve from the MAC Valves 72 Series, specifically identified by model number 72A-BA-000-BB-BGEA-1TA. It is designed for applications that demand high response speeds and exceptional reliability, making it well-suited for automotive hydraulic systems. The valve is pilot-operated by MAC’s patented Bullet Valve® technology, which utilizes “lifting” solenoid technology. A signature feature of this design is its balanced configuration, which ensures that shifting forces remain consistently high and response times are repeatable, regardless of fluctuations in inlet pressure. The 72 Series offers a maximum Cv of 0.4 and is available with port sizes including #10-21, M5, and M7.
Flyingbull Solenoid Valve 72A-BA-000-BB-BGEA-1TA for Automotive Hydraulic Systems As a core control component in modern automotive hydraulic systems, this solenoid valve delivers outstanding performance and reliability. It features a 3-way balanced pilot-operated poppet design from the renowned MAC Valves 72 Series, ensuring rapid response and consistent operation under varying pressure conditions. The valve incorporates MAC’s patented Bullet Valve® technology with advanced “lifting” solenoid design, which guarantees stable shifting forces and repeatable response times regardless of inlet pressure fluctuations — a critical advantage for demanding automotive applications. With a maximum Cv of 0.4 and flexible port options including #10-21, M5, and M7, this valve offers excellent flow capacity and installation compatibility. Its compact structure and robust construction ensure long service life even in high-vibration and high-temperature environments commonly found in hydraulic systems. Whether used in transmission control, brake actuation, or suspension regulation, the 72A-BA-000-BB-BGEA-1TA provides precise fluid control that enhances system efficiency and safety.
