Combustion Analyzer XDI-CAx www.Xtreme-DI.com [email protected] 2-12ch, CAN-output This combustion analyzer has specifically been designed for engine control and dyno monitoring applications. The design incorporates a data acquisition board with 8 high resolution inputs for pressure transducers or other inputs and 3 inputs for trigger signals (crankshaft hall, crankshaft VR, camshaft or encoder), all in a robust machined aluminum enclosure with mil-spec Deutsch ASU connectors. This robust design makes it resistant to vibration and high-temperatures. It features real- time dynamic pressure measurement of combustion or port pressure in spark-ignition or compression ignition engines. The analysis SW runs on every MS-Windows based PC or Tablet. For mobile use a pre- configured 10” Tablet is available on request. The cycle based pre-processed characteristics can be sent on CAN-bus in real time to be post- processed in another ECU or recorded on a datalogger together with your engine and dyno data. Additional CAN-HW is necessary. Application Speed Sensor Inputs: 3 Inputs, shared Ground for hall type VR sensors optional with integrated conditioner board 3600ppm encoder recommended Transducer Inputs: up to 12 Inputs, ±10V, pre-configured for XDI-CPS Acquisition Rate: 100kHz per channel 1000kHz in single channel operation Sensor Type: Optimized for Fibre-Optic sensor type Mechanical Data Housing Material: 3mm billet Aluminum 3D printed ABS-plastic Housing Temperature Range: 0°C to 60°C ADC Resolution: 16bit Timing resolution: 10ns Weight: 730g CAN-Output: Kvaser Some of the signals that can be analyzed: Peak Pressure and Angle of Peak Pressure Knock Peak Pressure, Knock Index (based on Cyl. Pressure or based on Knock Sensor, or both) IMEP, indicated Torque & Power per cylinder CA50, Heat Release Rate, COV etc. Actual Start of Injection (e.g. Current Probe on Injector) Actual Ignition Timing (e.g. Current Probe on Coil Supply) Intake / Exhaust Port Press. (e.g. Reversion, Scavenging) Actual Fuel Pressure during Injection (Pulsations)