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Details the installation of the Crank Position Sensor and Trigger Wheel.
Explains the installation and function of the Cam Position Sensor.
Covers the installation and importance of the Throttle Position Sensor.
Details the installation and function of MAP and MAT sensors.
Describes the installation of the boost pressure sensor for controlling boost.
Covers the importance and installation of the Lambda sensor.
Covers ignition control and coil power supply requirements.
Explains the role and installation of the Fuel Pressure Regulator.
Discusses the importance and selection of fuel injectors.
Explains how NIRA i7x controls the boost pressure actuator.
Provides instructions for securely mounting the NIRA i7x unit in the vehicle.
Outlines the system requirements and installation process for NIRA rk.
Provides guidance on safely starting the engine after installation.
Crucial step to set up all engine parameters before going online.
Essential settings for synchronizing crank and camshaft signals.
Details engine hardware specifications needed for calibration.
Configuring parameters for fuel injectors.
Adjusting injector dead time based on battery voltage.
Setting injector gain for calculating injection time.
Compensating fuel amount based on fuel characteristics.
Core mapping section for fuel calibration.
The primary table for fuel calibration, describing engine breathing.
Choosing the appropriate load signal for the VE table.
Compensating VE individually for each cylinder.
Setting target lambda values for fuel mass calculation.
Adjusting injection timing parameters.
Covers ignition timing tables and compensation.
Configuring engine speed limits for injection or ignition cut.
Steps to connect the PC to NIRA i7x and upload settings.
Step-by-step guide for calibrating the throttle sensor.
Final sensor checks and engine start procedure.
Provides solutions for common engine starting problems.
Lists common causes and checks for an engine that fails to start.
Comprehensive guide to mapping engine parameters with NIRA rk.
Guidance on the delicate process of calibrating ignition timing.
Detailed instructions for calibrating the fuel system using NIRA rk.
Configuring fuel settings for engine starting.
Using a table to compensate VE based on intake air temperature.
The core table for fuel calibration, describing engine breathing.
How to scale axes in the VE table for optimal calibration.
Typical VE ranges for engines and identifying calibration errors.
Steps to take before adjusting the VE table for optimal results.
Procedure for calibrating VE while the engine is running.
Setting desired lambda values for precise fuel control.
Fine-tuning lambda values by comparing sensor readings.
Utilizing the automatic fuel calibration function.
A detailed guide for performing Auto Fuel Calibration.
Timing fuel injection precisely with the camshaft cycle.
Troubleshooting guide for uneven engine running or stalling issues.
Diagnosing and resolving uneven engine running problems.
Steps for calibrating and adjusting boost pressure control.
Calibrating idle speed control for stable engine operation.
Configuring the Anti Lag System for improved throttle response.
Configuring the launch control system for optimal take-offs.
Implementing Flat Shift for quick gear changes while maintaining WOT.
Advanced function for optimizing traction by controlling torque.
Explains the core function of the Traction Control module.
Essential steps for setting up traction control functionality.
General| Brand | Nira |
|---|---|
| Model | i7x |
| Category | Controller |
| Language | English |
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