Innovate Motorsports Wideband Kit w/ LC-2 and O2 Sensor
Fits Most Models
3877
Overview:
The Innovate Motorsports Wideband Kit featuring the LC-2 controller and O2 sensor is a cutting-edge solution for precise air/fuel ratio monitoring. Building on the success of the LC-1, the LC-2 introduces advanced digital technology that delivers accurate, real-time data on your engine’s fuel mixture under all operating conditions. This kit is ideal for enthusiasts, tuners, and professionals who require reliable and detailed air/fuel ratio information for performance tuning, diagnostics, or data logging.
Whether you are running a street car, track vehicle, or a custom build, the LC-2’s versatility and ease of use make it a valuable tool for optimizing engine performance and ensuring safe tuning margins. Its compatibility with most vehicle models and fuel types means you can rely on this kit for a wide range of applications.
Key Features:
The Innovate Motorsports LC-2 Wideband Kit offers a comprehensive set of features designed to provide accurate and flexible air/fuel ratio monitoring:
- Patented DirectDigital™ wideband technology for 100% digital air/fuel ratio measurement
- Compatible with all fuel types, including gasoline, ethanol blends, and diesel
- Self-calibrating circuitry compensates for temperature, altitude, and sensor aging to maintain accuracy
- Integrated dual-color status LED (green/red) for quick visual feedback on sensor status
- Two fully programmable 0-5V linear analog outputs for custom data integration
- Digital input/output and serial connection for PC interfacing and data logging
- Innovate Modular Tuning System (MTS) compatible for advanced tuning setups
- Positive lock connectors ensure secure and reliable wiring connections
- Optional sensor cable lengths available: 3 ft, 8 ft (included), and 18 ft for flexible installation
- Supports daisy-chaining multiple LC-2 units for individual cylinder monitoring
Construction & Design:
The LC-2 controller is engineered with robust digital electronics housed in a compact, durable enclosure suitable for automotive environments. The included wideband O2 sensor features a rugged design to withstand high temperatures and harsh conditions typical in exhaust systems. Positive lock connectors and multiple cable length options provide a secure and adaptable installation experience, minimizing wiring issues and ensuring long-term reliability.
The self-calibrating circuitry and patented DirectDigital™ signal processing technology represent a significant advancement over traditional analog controllers, delivering precise and stable readings without the need for frequent manual calibration.
Installation & Fitment:
This wideband kit is designed to fit most vehicle models, making it a versatile choice for a broad range of applications. Installation typically involves mounting the LC-2 controller in the cabin or engine bay and installing the O2 sensor in the exhaust system. The included 8-foot sensor cable provides ample length for most setups, with optional longer or shorter cables available to suit specific needs.
The system integrates easily with existing data acquisition setups, standalone ECUs, or aftermarket gauges. No special tuning or modifications to the vehicle’s factory systems are required to use the LC-2, making it a straightforward upgrade for performance monitoring.
What's Included:
- Innovate Motorsports LC-2 digital wideband controller
- Wideband O2 sensor compatible with all fuel types
- 8-foot sensor cable (with optional 3 ft and 18 ft cables available separately)
- Wiring harness with positive lock connectors
- User manual and installation instructions
Ideal For:
- Performance enthusiasts seeking precise air/fuel ratio data for tuning and diagnostics
- Professional tuners and engine builders requiring reliable wideband O2 sensor control
- Users running a variety of fuel types, including ethanol blends and race fuels
- Applications involving standalone ECUs, dynamometers, and data acquisition systems
- Those needing flexible installation options with multiple cable lengths and daisy-chain capability
