CD Ignition System for Large Flywheel Gas Engines

Key Features of the CD Ignition System

• Self-Powered Capacitor Discharge Technology – The CD ignition system generates its own operating energy through magnetic charging from the engine flywheel, eliminating dependency on external power sources and improving reliability in remote installations.
• High-Voltage Spark Output – Designed to deliver strong ignition energy for consistent combustion performance, including stable operation at low engine RPM conditions.
• Crankshaft-Referenced Timing Accuracy – The system triggers spark events based on precise crankshaft position, supporting improved fuel combustion efficiency and smoother engine performance.
• Sealed Electronic Module – Built with a rugged, enclosed control module to withstand harsh marine, oilfield, and industrial environments where dust, vibration, and moisture are present.
• Flywheel-Mounted Configuration – Engine-mounted installation near the flywheel enhances timing accuracy and simplifies system integration on large spark-ignited gas engines.
• Low Maintenance Design – With no moving mechanical components, the ignition control system reduces wear-related failures and minimizes long-term maintenance requirements.

Typical Applications

• Marine Propulsion and Auxiliary Engines – Suitable for spark-ignited engines operating in offshore vessels where reliable ignition performance is critical for continuous operation.
• Gas Compressor Engines – Commonly used in stationary compressor installations within oil and gas facilities, ensuring dependable ignition control in demanding environments.
• Oilfield Pumping Units – Ideal for remote field applications where self-powered ignition systems improve operational reliability and reduce electrical dependency.
• Industrial Generator Sets – Supports stable spark timing and ignition output for continuous-duty industrial power generation systems.
• Large Flywheel Spark-Ignited Gas Engines – Designed specifically for engines requiring accurate timing reference and high-energy spark delivery for efficient combustion.

Frequently Asked Questions