Electronics International, Inc.
VI-2µFA SureFly Ignition Interface
VI-2µFA SureFly Ignition Interface
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VI-2µFA SureFly Ignition Interface
The VI-2µFA SureFly Ignition Interface is a specialized component designed to seamlessly integrate the SureFly Ignition Module (SIM) with Electronics International's (E.I.) engine monitoring instruments. This interface ensures accurate RPM data transmission, enhancing both the reliability and performance of your aircraft's ignition and monitoring systems.
Key Features of the VI-2µFA SureFly Ignition Interface
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Seamless Integration for Accurate Monitoring
- The VI-2µFA connects the SureFly SIM directly to E.I.'s instruments, such as the EDC-33 (used in MVP and CGR systems) and the R-1 tachometer, providing precise RPM readings that are essential for effective engine monitoring.
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Enhanced Reliability and Data Consistency
- This interface allows pilots and technicians to achieve consistent, accurate engine data, which leads to improved diagnostics, maintenance planning, and overall engine performance insights.
Package Contents
- VI-2µFA SureFly Interface: The primary component that connects the SureFly SIM with E.I.'s monitoring instruments for dependable data transfer.
- Installation Instructions: Step-by-step guidance for setting up the interface, ensuring smooth installation and optimal performance.
Installation and Compatibility
Designed for easy installation, the VI-2µFA interface is compatible with SureFly SIM4P models and integrates seamlessly with E.I.'s EDC-33 and R-1 instruments. The included instructions provide clear, step-by-step guidance on setup and configurations to ensure reliable performance.
Why Choose the VI-2µFA SureFly Ignition Interface?
The VI-2µFA SureFly Ignition Interface provides a dependable solution for integrating advanced ignition systems with high-precision engine monitoring instruments. By delivering accurate RPM data, it enhances both flight safety and engine performance monitoring, making it an ideal choice for pilots and maintenance professionals focused on reliability and accuracy.
