EGT GFB Module Kit for D-Force

The GFB EGT (Exhaust Gas Temperature) Connection Kit is an add-on module for the 3006 D-Force electronic boost controller, designed to provide an accurate display of exhaust gas temperature (EGT) directly on the D-Force display. This kit is essential for users looking to monitor critical exhaust temperatures in real time to prevent overheating and optimize engine performance.

Benefits of EGT Integration

Real-time monitoring: EGT monitoring is crucial to maintaining safe engine temperatures, especially in supercharged applications or with modified engines.

Engine Protection: By monitoring exhaust temperatures, the kit helps prevent engine damage due to excessive overheating, thereby extending engine life and optimizing engine performance.

Integrated and simplified installation: As it is a direct extension of the D-Force controller, you do not need a separate display, which simplifies installation and use.

Direct extension for the D-Force 3006 GFB: Easily connects to the D-Force 3006 boost controller, adding additional functionality to monitor exhaust gas temperature without the need for a separate display.

Display in °F or °C: You can choose to display the exhaust temperature in degrees Fahrenheit (°F) or degrees Celsius (°C), depending on your preference and the system used.

Thermocouple Probe: The kit includes a high quality exhaust thermocouple probe capable of measuring high temperatures, ideal for demanding applications such as turbocharged or high-performance engines.

Sensor Module and Weld-In Adapter: The included sensor module and weld-in adapter allow for easy installation and compatibility with the existing exhaust system.

Adjustable Overheat Warning: The D-Force can be configured to trigger a visual warning when the exhaust gas temperature exceeds a set threshold, providing proactive protection against overheating conditions.

GFB's EGT Connection Kit is a convenient and effective solution for D-Force 3006 controller users looking to monitor and manage exhaust gas temperatures. It integrates seamlessly into the existing display and enables proactive monitoring, protecting the engine and optimizing performance in high-temperature applications.