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General| Brand | Bosch |
|---|---|
| Model | MS 6 |
| Category | Automobile Electronics |
| Language | English |
Covers manual disclaimers, setup instructions, and critical safety warnings for using the MS 6.
Details the MS 6's architecture, including processing power and system capabilities.
Specifies limitations for network connections and classifies MS 6 device variants.
Lists available software packages and options for extending MS 6 functionality.
Provides physical dimensions, weight, protection classification, and temperature range.
Visual representation of the unit's dimensions and general installation guidelines.
Covers mounting, power supply requirements, and communication interfaces.
Details the various analog and digital sensor inputs available.
Describes sensor power supplies and available output channels for actuators.
Explains the power distribution, consumption, and activation sequence.
Lists specific analog input pins and their default functionality.
Continues the detailed listing of analog input pin configurations.
Details specific digital input pins and their intended functions.
Lists output pins for ignition and fuel injection control.
Continues the detailed listing of output pin configurations.
Details specific output pins for H-bridges and metering unit functions.
Specifies pins for CAN, Ethernet, USB, and LIN communication interfaces.
Details pin assignments related to power supply inputs and grounds.
Presents the basic wiring diagram and highlights connection options.
Covers harness connectors, dummy plugs, and necessary wiring tools.
Details CAN bus termination requirements and ignition trigger wheel setup.
Provides a step-by-step guide for correctly adjusting the trigger wheel.
Specifies trigger wheel dimensions and outlines proper disposal guidelines.
Guides through installing software tools and establishing PC-to-device communication.
Details how to configure the system and create a new project in RaceCon.
Explains the process of selecting the correct ECU program archive (PST file).
Covers installing programs and synchronizing device and project versions.
Details the procedure for performing a firmware update on the device.
Explains how to activate additional functionalities and data logging licenses.
Describes the ECU protection mechanism and license management.
Covers applying initial data and defining basic engine parameters.
Details initial settings for injection and the fundamental injection calculation.
Lists key parameters for engine start-up and load calculation methods.
Details injection timing parameters and configuration for start conditions.
Covers main data labels for ignition timing and related control parameters.
Details configurations for engine speed limitation and cutoff patterns.
Covers sensor configuration, pull-up options, and analogue input types.
Explains analogue signal conversion, pressure, and temperature measurement.
Details digital sensor inputs and the electronic throttle control system.
Describes how to verify acceleration pedal sensor signals and their tolerances.
Details throttle position sensor signals, calibration, and relevant data labels.
Explains throttle calibration steps and initial data for vehicle testing.
Covers calculation of vehicle speed, distance, and lap information.
Explains how to set the real-time clock for vehicle tests.
Introduces RaceCon and WinDARAB, and guides through the first data recording.
Details how to configure recording settings, channels, and limits.
Explains how to format a USB stick and perform data recording to it.
Details how to create custom calculation channels using formulas and functions.
Explains how to set up conditional logic (If-Else structures) for calculations.
Illustrates the setup of a conditional function using a brake pressure example.
Covers combining condition channels and monitoring CPU load.
Explains basic CAN bus concepts, message structure, and termination.
Details how to add and configure new input channels for CAN messages.
Step-by-step guide for setting up a new CAN input message.
Covers detailed configuration options for CAN channels, including data representation.
Explains how to extract data using byte representation from CAN messages.
Details the process of converting raw CAN data into physical values.
Describes how to set up an online view of CAN channels in RaceCon.
Guides on how to import CAN message definitions from a DBC file.
Covers exporting and importing CAN configurations within RaceCon.
Explains how to resolve label ambiguities during CAN configuration import.
Details how to create and configure CAN output messages.
Step-by-step guide for setting up new CAN output channels.
Covers exporting and importing CAN output configurations.
Explains how to resolve label ambiguities during CAN output import.
Guides on expanding measurement containers and setting up online views.
Explains how to use measurement sheets and switch between them.
Describes how to view and interpret detected errors in RaceCon.
Covers error detection, writing, and management of error memory properties.
Explains error representation, color schemes, and status codes.
Details how to interpret different error status indicators and their meanings.
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