MIC100 Ignition Controller

The MIC100 is a microprocessor controlled ignition controller based on the capacitor discharge principle and was developed as a cost-effective solution specifically for use on small natural gas powered engines with up to 8 cylinders.

The MIC100 uses supplied input signals from a magnetic or inductive pickup to accurately determine the correct ignition timing of each output. The ignition timing can be influenced by different inputs, which can be realized with an analog input signal, a configurable speed curve or optionally with a serial connection (CAN bus).

Based on the information received, the MIC100 continuously monitors the system status of the pickup and the correct operation of the primary ignition circuit during operation. Depending on the errors detected, the controller will shut down or warn the operator. The status LED or the graphical user interface MICT support the operator in the rapid diagnosis of errors.

Max. 8 ignition outputs
24 V DC nominal supply voltage
250 V DC max. primary voltage
130 mJ max. primary energy
Ignition timing to 0.1° crankshaft
Triggered by 1 magnetic or inductive pickup
Multiple ignition timing control via Speed curve, 0 to 20 mA analog input, CAN bus (optional)
Programmable firing order
Overspeed shutdown function
Access controlled
Adjustable energy limits during operation
Programmable speed curve with max. 8 speed points (speed/ignition timing)
System status display
Protection class IP69K