PX ECU – electronic fuel injection
One System, many options
Microelectronic control of the moment of ignition and fuel injection, with automatic adjustment to environmental conditions. Optional control of peripheral components.
PX EFI – electronic fuel injection
Higher Performance,
Smaller Footprint
Micro-electronic control of ignition timing and fuel injection processes, especially for battery-powered devices – micro-electronics and high-voltage resistant ignition coil(s) combined in a single housing.
PX IPI®-N – electronic fuel injection
Cost Effective
modular concept
Electronically controlled ignition timing and fuel injection especially for non-battery hand-held devices – a flexible solution for different models of engine through its modular design.
PX IPI®-S – ignition and engine management
Ignition coil with integrated fuel mixture control
Integration of ignition and mixture control in a single housing – in an extremely compact package.
PX IPI®-B – ignition with booster effect
Ignition Optimisation
Increased spark energy and extension of the spark duration by micro-controller – ignition of the fuel-air mixture even under the harshest of conditions.
PX CDIM – ignition module with digital easy-start system (DLS)
Ignition timing
management
Ignition timing management for 2 and 4-stroke internal combustion engines by micro-controller – numerous performance, safety and convenience-improving functions, can be implemented.
PX EZW – ignition transformer for alternating voltage
More ignition energy,
fewer resources
High frequency ignition spark generator for oil, diesel and gas burners – material and volume saving, as well as electromagnetic interference reduction by direct connection to the combustion electrode without high-voltage lines.
PX EZB – ignition spark generator for battery operation
Reliable ignition
Battery operated electronic spark generator for reliable ignition
PX ESW – Electronic control unit for AC voltage
More power for more functions
There is a greater freedom in the implementation of special functions in the sequence of electric motor control, thanks to the integrated microcontroller and motor current detection.