The Turbosmart eSG76 Electronic StraightGate in black offers precise boost control for high-performance automotive applications. Designed for enthusiasts seeking reliable and customizable boost management, this electronic gate provides seamless operation with advanced features. Its compact design ensures easy integration into your vehicle's existing system, delivering consistent and accurate boost regulation to optimize engine power and efficiency. The durable construction and sleek black finish make it suitable for a variety of high-performance setups, ensuring both style and function are maintained.

This electronic boost gate is engineered with user-friendly controls and robust components, allowing for quick adjustments and reliable operation during demanding driving conditions. It is an excellent upgrade for turbocharged engines, offering enhanced response and precision compared to traditional mechanical valves. The eSG76 model is compatible with a range of automotive systems, providing versatility for different vehicle configurations.

Please note that this product is not CARB approved and requires acknowledgment of CARB regulations before installation. It does not qualify for air freight shipping, so plan accordingly for delivery. Ideal for performance tuners and professional installers, the Turbosmart eSG76 combines innovative technology with rugged durability to meet the rigorous demands of motorsport and high-performance street driving.

Features:

• 76mm (2.99in) Butterfly Style Zero-Offset Valve
• 723.7 CFM / 20.49m3 per minute flow
• Stainless Steel (630) Butterfly and shaft
• Stainless Steel (347) Main Body
• Stainless Steel (Heat Treated 431) V-Band Clamps
• 360 Degree Mounting Options on V-Band
• Clock-able Actuator Position (3 x 120 Deg Options)
• Full Electronic Actuation (Dual H-Bridge Input)
• Onboard (0-5v) Analog Actuator Temperature Sensor
• Onboard (0-5v) Analog Valve Position Sensor
• Onboard (PWM) Digital Valve Position Sensor
• 7 Wire Unterminated Flying Lead Loom
• Liquid Cooling for Actuator Stability