The MSD 6014 LS Ignition Control is a digital ignition system engineered for GM LS engines. It provides advanced features including multiple spark technology and programmable settings, designed to optimize engine performance and reliability. The system is compatible with both 24x/1x and 58x/4x crank/cam configurations, automatically detecting the appropriate setup. Utilizing MSDView software, users can configure settings, log data, and update the firmware for enhanced functionality. Proper installation and adherence to the provided guides are crucial for optimal operation and to prevent potential damage.
Overview of the MSD 6014 LS Ignition Control
The MSD 6014 LS Ignition Control is a digital ignition system specifically designed for use with GM LS engines. It offers advanced capabilities such as multiple spark technology and programmable settings, contributing to improved engine performance. The system automatically detects whether the engine utilizes a 24x/1x or 58x/4x crank/cam configuration, simplifying the installation process. The inclusion of a built-in data logging system, coupled with compatibility with MSDView software, allows for precise tuning and performance optimization. This ignition control is intended to enhance both the reliability and efficiency of LS engines, making it suitable for a range of applications.
Key Features
The MSD 6014 Ignition Control Module is described as a high-performance electronic ignition system. It is engineered to provide precise ignition timing and control, particularly beneficial for carbureted LS engine swaps. The module’s compatibility with both 24x/1x and 58x/4x crankshaft and camshaft configurations, along with its auto-detection feature, streamlines installation. Advanced features include timing advance and retard capabilities, enabling customized ignition curves to optimize engine performance. The system also incorporates 8MB of internal data logging, allowing users to record and analyze ignition data for fine-tuning purposes.
Pre-Installation Preparation
Before commencing installation, several preparatory steps are recommended. Disconnecting the battery is essential to prevent accidental engine starting or electrical shock. A thorough review of the wiring diagram and module connections is advised to ensure a clear understanding of the setup. Gathering all necessary tools and components, including the ignition coil, sensors, and wiring harness, will facilitate a smooth installation process. Inspecting and cleaning all electrical connections is important to ensure proper conductivity. Verification of the functionality and compatibility of the engine’s crankshaft and camshaft sensors with the MSD 6014 is also necessary. If upgrading from a previous ignition system, existing components should be removed carefully. Consulting the manual for specific compatibility checks, especially for LS engines, is crucial.
Installation Procedure
The installation of the MSD 6014 requires careful attention to detail. The module should be mounted in a secure, heat-resistant location, ensuring proper grounding. Connections to the ignition coil, crankshaft sensor, and camshaft sensor must be made according to the wiring diagram. The module automatically detects the crank/cam configuration, simplifying this aspect of the setup. Connecting the 12V power supply and tachometer input enables accurate RPM monitoring. After completing the wiring, all connections should be double-checked before powering up the system. Proper installation is vital for reliable performance and to prevent potential damage to the module or engine components.
Configuring for Optimal Performance
Optimal performance from the MSD 6014 is achieved through careful configuration. This involves setting up timing curves, rev limits, and delay settings using the MSD View software. Users can create custom timing maps for different RPM ranges to ensure precise ignition control. The base timing curve should be established based on the engine’s specifications. The rev limit should be adjusted to match the engine’s maximum RPM capability to prevent damage. Fine-tuning the delay settings can improve throttle response and acceleration. Utilizing the data logging feature allows for monitoring performance and making necessary adjustments. Testing the configuration under various driving conditions is recommended to ensure reliability.
Setting Up Timing Curves
The MSD 6014 allows for the creation of custom timing curves tailored to specific engine requirements. These curves define the ignition timing at various engine speeds. The MSD View software provides the interface for creating and modifying these curves. It is recommended to start with a base timing curve based on the engine’s specifications and then make adjustments as needed based on performance data.
Firmware and Software Updates
Regular firmware and software updates are essential for maintaining optimal performance and accessing the latest features. Updates can be downloaded and installed using the MSDView software. These updates often enhance performance, add new functionalities, and improve compatibility with other systems. The MSD website is the primary source for the most recent updates and detailed installation instructions. To update the module, download the latest software from the MSD official website using a compatible USB adapter. Connect the module to a computer and follow the on-screen instructions. It is important to avoid interrupting the update process to prevent potential damage to the module. After installation, the system should be tested to ensure proper functionality.
Troubleshooting and Support
The documentation emphasizes the importance of referring to the manual for specific wiring and configuration details. For additional assistance, users are directed to the MSD website (www.msdperformance.com) for support and resources.
Conclusion
The MSD 6014 LS Ignition Control offers a comprehensive solution for enhancing the performance and reliability of GM LS engines. Successful installation and operation rely on careful adherence to the provided instructions, proper configuration using MSDView software, and regular firmware updates. Utilizing the built-in data logging capabilities allows for precise tuning and optimization. By following these guidelines, users can achieve optimal results and maximize the potential of their LS engine.