Tändstyrningsmodul
Ignition Control Module
Mer information
As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product
Copper slug heat sinks provide better heat dissipation to prevent heat from damaging the module
High-temperature polymer housing reducing moisture intrusion and minimizes vibration damage for extended life and improved reliability
Our control modules feature double wire bonds for better connections, greater dependability and longer life despite being subjected to intense vibration and the tough operating environment
Our ignition modules are durability tested for 500 thermal cycles ranging from -40C to +125C
Our ignition modules will respond to a weak signal from the crankshaft position sensor and begin energizing the coils immediately for better starts in cold weather
With industry leading expertise in electronic ignition, when original equipment fails our products are designed to fix the inherent failure issues
Mer information
As a global manufacturer of original equipment ignition products, we maintain complete quality control throughout the manufacturing process from componentry to finished product
Copper slug heat sinks provide better heat dissipation to prevent heat from damaging the module
High-temperature polymer housing reducing moisture intrusion and minimizes vibration damage for extended life and improved reliability
Our control modules feature double wire bonds for better connections, greater dependability and longer life despite being subjected to intense vibration and the tough operating environment
Our ignition modules are durability tested for 500 thermal cycles ranging from -40C to +125C
Our ignition modules will respond to a weak signal from the crankshaft position sensor and begin energizing the coils immediately for better starts in cold weather
With industry leading expertise in electronic ignition, when original equipment fails our products are designed to fix the inherent failure issues