PETROL CONTROLLERS
A sequential controller intended for 4-cyliner engines of port injection. A controller for 4-cylinder engines equipped with the CAN bus.
Controller for 6-cylinder power units with the CAN bus. Controller for 8-cylinder power units with the CAN bus. SM030 Relay
SM030 OBD
SM010-6
SM010-8
According to the top-quality standards, our work is based on the „zero defect” policy. Created electronic systems are based on the top industrial quality parts which satisfy environmental requirements applicable in the car. Every damaged product is tested by R&D department personnel in order to improve the project. After 11 years of evolution, we have achieved perfect reliability results.
DIESEL
Controller design for older machines and cars Gasodiesel controler with analog only emulation channels Gasodiesel controler with digital emulation channels The newst gasodiesel controller with 2 digital and 3 analog channelSM014 Titanium
SM014 DNA
SM014 Digital
SM048 Prime
Our system is based on a comprehensive analysis of diesel operation cycle. It is a bad practice to transfer a direct petrol engine sequential control into diesel. A sequential control which is perfect for petrol engines can cause a diesel engine damage and does not bring any benefits. It is a common knowledge that fuel injection in diesel engines occurs at the moment of compression rather than at during suction, as it is the case with petrol engines. A gas sequential injection to diesel engine requires a considerably shorter injection and precise synchronization. Such a solution increases a failure rate when compared our patented idea. Let’s consider one of the most frequent failures – injector mechanical failure. In the case of the petrol engine, one of cylinders will be over-fuelled, a signal lamp will light up, service will replace the injector. As for diesel, if gas is supplied on a regular basis, change of blend composition in a single cylinder will cause a permanent cylinder damage and lead to expensive replacement of engine.

