The EMU PRO is an independent engine management system that is aimed directly at professional motorsport and has extensive functions and extensive tuning options. It offers precise powertrain control coupled with the ultimate flexibility to customize engine calibrations for the most demanding projects. EMU PRO is available in two versions: EMU PRO 16 for applications with a high number of I/Os and EMU PRO 8 for smaller engines (up to 8 cylinders).

KEY FEATURES
Advanced control unit including short and long term closed loop trimming algorithms combined with a fuel film model provides exceptional injector control accuracy
.
Software is designed to provide the user with unprecedented flexibility in configuring strategies. The user can customize the size of all tables in the software and the channels used on each axis. Bins values on the X and Y axes can also be changed,
increasing the accuracy of the table displays in non-linear parts of the described model.

Flexible system with user-defined functions, numbers, CAN inputs and CAN exports, known from Power Management Unit (PMU) and Advanced Display Unit (ADU).
Autonomous sequential gear/paddle shift strategy, up to 4 closed loop stages, PWM solenoid control.

Number of outputs and inputs for the most demanding applications.
Motor Assist - Four-Stroke, Two-Stroke, Gyro; up to 12 cylinders.
Oxygen Sensors - 2 x internal LSU 4.9 controller, support for up to 4 sensors.
2 x DBW full support with autocalibration.
Custom table sizes up to 3232.
Up to 4 VVT support, automatic calibration.
2 x CAN 2.0A/B, 1 x LIN bus.
2 x knock sensors.
Logging to external USB memory.
Up to 500 Hz data logging.
8 x EGT inputs (or high precision analog inputs).
A total of 46 outputs and 30 inputs.
Custom user functions, numbers, tables and outputs.
Waterproof IP 65 housing, custom CNC machined aluminum.
Online parameter analysis displayed in the chart log.


Download Files from Ecumaster

Pinout_EMU_PRO-16.pdf

EMU PRO Dimensions v1.0

EMU PRO CAD v1.0

Drawings EMU PRO-16


Comparison of the EMU control units

EMUs in comparison.pdf