Single Point Ignition Contact Set (CD5627)
Single Point Ignition Contact Set (CD5627) – Motor Vehicle Engine Parts
The Single Point Ignition Contact Set (CD5627) is engineered for precision and durability, designed to ensure optimal ignition performance in vintage motor vehicles. This ignition contact set offers reliable ignition timing essential for the efficient operation of classic cars.
- Compatible with Corniche models: Vin 10122-22581 (1971-1975)
- Suitable for Shadow1 models: Vin 1942-22117 (1966-1975)
- Fits Shadow 2-Door models: Vin 1836-9769 (1966-1970)
- Designed for Camargue models: Vin 14674-19740 (1973-1975)
- T1: Vin 1866-22115 (1966-1975)
- High-quality construction ensures longevity and consistent spark delivery
Compared to generic ignition contact sets, the Single Point Ignition Contact Set (CD5627) surpasses industry standards by providing a precise fit for specified vintage car models, preserving the original performance characteristics. Unlike universal alternatives, this set maintains factory specifications, preventing ignition timing issues often encountered with non-specific replacements. This specialized design enhances engine reliability and contributes to smoother vehicle operation.
Key Technical Advantages:
- Manufactured to OEM specifications for exact compatibility
- Durable materials resist wear under high-temperature engine conditions
- Optimized contact point gap ensures precise spark timing
- Corrosion-resistant components extend service life
- Easy installation tailored for classic vehicle maintenance
Technology and Performance
The Single Point Ignition Contact Set (CD5627) leverages advanced materials and precise engineering to deliver consistent ignition points, which is critical for maximizing engine combustion efficiency. Its alignment with original vehicle specifications allows it to sustain performance across various classic Rolls-Royce and Bentley models, ensuring smooth starts and steady engine idle. By maintaining exact ignition timing, this contact set helps reduce engine misfires and supports optimal fuel efficiency.
