Innovate ECF-1 (Fuel) Ethanol Advanced Complete Gauge Kit | 3903

The Innovate ECF-1 is a high-level, multi-function engine monitoring gauge designed for ethanol-powered and flex-fuel performance builds. It combines four critical tuning inputs—ethanol content, fuel temperature, fuel pressure, and air/fuel ratio—into a single 52mm OLED display with integrated logging capability.

This gauge is built around Innovate’s DirectDigital™ wideband system and is intended for serious street, track, and high-boost applications where fuel quality and consistency directly impact engine safety and tuning accuracy.

Key Features

• 4-in-1 monitoring:
  • Ethanol content %
  • Fuel temperature
  • Fuel pressure (0–145 PSI / 10 BAR)
  • Wideband air/fuel ratio
• Bosch LSU 4.9 wideband O₂ sensor included
• Continental ethanol content sensor included
• 52mm (2 1/16”) OLED configurable display
• AFR range: 7.4:1 – 22.4:1 (0.5–1.5 Lambda)
• Fuel temp range: -40°F to 257°F (-40°C to 125°C)
• Programmable low fuel pressure warning LED
• Up to 4 configurable analog outputs for tuning integration
• No PC required for basic setup/configuration
• MTS serial communication for advanced logging systems
• Interchangeable bezel and faceplate options

Kit Includes

• ECF-1 gauge unit
• Continental ethanol content sensor
• Fuel pressure sensor (0–145 PSI / 10 BAR)
• Fuel line adapter fitting (3/8" M/F with 1/8" NPT port)
• Bosch LSU 4.9 wideband O2 sensor
• 8 ft sensor cable
• 1” weld-in O2 bung
• Program cable
• Black and silver bezels
• Black and white faceplates
• Installation manual

Performance Use & Benefits

The ECF-1 is aimed at flex-fuel and ethanol-tuned vehicles where fuel composition variability can dramatically affect air/fuel ratios and engine safety. By combining ethanol content, fuel pressure, and AFR data in real time, it allows more precise tuning decisions and helps prevent lean conditions caused by inconsistent E85 blends or failing fuel systems.

It’s especially useful for turbocharged builds where fuel delivery and ethanol percentage directly affect boost safety margins and ignition timing stability.