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General| Brand | Spitronics |
|---|---|
| Model | TCU Standard |
| Category | Control Unit |
| Language | English |
Explains the electronic components and their function in controlling transmission solenoids.
Details the TCU's operating system, custom-developed for specific transmissions.
Covers the PC software for customizing transmission operation and shift points.
Describes the basic, cost-effective TCU model for common transmissions.
Details the TCU model for more complex transmissions with more drivers.
Lists key features such as profile loading, internal drivers, and adjustable settings.
Provides a glossary of technical terms and acronyms used in the manual.
Guidelines for safe installation and use of the TCU, covering tools, wiring, and soldering.
Warnings and precautions to prevent damage to the TCU and other equipment during installation and use.
Specifies requirements for the transmission, including electronic control and sensors.
Critical information regarding the RPM signal connection to prevent damage.
Outlines the necessary computer hardware and operating system specifications for the software.
Information on upgrading older TCU series to newer software versions.
Guidance on choosing the correct wiring harness based on transmission configuration.
Step-by-step instructions for physically mounting and wiring the TCU unit.
Overview of sensor types (Magnetic, Hall, Optic) and their functions for speed and RPM sensing.
Details on magnetic sensor operation, wiring, and testing procedures.
Practical guide for testing magnetic sensors using a multimeter for correct wiring.
Explanation of Hall and Optic sensors, their wiring, and testing methods.
Procedures for testing Hall and Optic sensors, including resistance and voltage checks.
Information on the TPS signal, its importance, calibration, and testing.
Method for identifying correct pin connections for the Throttle Position Sensor.
States that this sensor is reserved for future development.
Covers extra wiring considerations and their implications for installation.
Detailed pin assignments for the TCU connectors and their functions.
Instructions for running the PC software, including terms and conditions acceptance.
Steps for installing the necessary USB drivers for PC communication.
Explains communication via RS232 serial port or USB converter.
Explains the functions of various buttons within the PC software interface.
Guides on establishing a connection between the PC and the TCU via serial or USB.
Troubleshooting steps for resolving USB port detection issues in Windows.
Illustrates how the TCU manages temporary (RAM) and permanent (FLASH) memory for profiles.
Instructions on saving configuration changes permanently to the TCU's FLASH memory.
Procedure for backing up TCU profiles onto the PC's hard disk for recall.
Steps to transfer saved profiles from the PC back to the TCU.
Explains how to protect tuning profiles from unauthorized copying or modification.
Describes how to navigate between different functional pages within the software.
The initial program page displaying logged events and TCU information.
Explains how to interpret TCU, firmware, and software version numbers for compatibility.
Accesses the setup menu for configuring transmission and sensor parameters.
Configuration screen for transmission-specific settings like gears and solenoids.
Details customer and vehicle information associated with a specific tuning profile.
Settings related to engine parameters like cylinders, idle RPM, and max RPM.
Specifies transmission settings such as number of gears and shift solenoids.
Configuration for assigning functions to general-purpose output pins.
Interface for calibrating and configuring various input sensors.
Manages and calibrates active sensors like RPM, TPS, and Speed.
Settings for calculating RPM and Speed based on sensor inputs.
Options for customizing profile behavior like Drive, Tiptronic, and LED modes.
Interface for configuring shift solenoid behavior for different gears.
Accesses the profile management section for tuning shift patterns.
Visual interface for setting up gear shift points based on RPM and TPS.
Graph to determine and adjust clutch line pressure based on throttle position.
Displays real-time sensor data and vehicle speed information.
Displays real-time sensor data, including speedometer and RPM readings.
Tool for recording and analyzing transmission data for diagnostics and tuning.
Accesses the PDF or HTML help file for detailed software instructions.
Explains operation using a 4-position rotary switch to select tuning profiles.
Describes operation without a profile switch, using button presses to select profiles.
Details how to use the 4-way switch to select profiles and functions like Tiptronic.
Explains how to select overdrive or Tiptronic mode using buttons.
Describes the TCU's limp mode capability for limited operation during faults.
Pre-connection checks including transmission service and wiring tests.
Step-by-step guide for initial connection, power-up, and basic configuration.
Outlines the general process for tuning the transmission parameters.
Tuning steps performed with the vehicle stationary, focusing on initial setup.
Adjustments for low-throttle pull-off and gear down settings while driving.
Fine-tuning complex shift behaviors and kick-down settings.
Lists common issues and their solutions, such as LED not lighting or software connection problems.
Troubleshooting steps for a non-functional TCU yellow indicator light.
Solutions for connection failures between the software and TCU via USB converter.
Lists the available input types and quantities for sensors and switches.
Details the various output capabilities, including solenoid drivers and LEDs.
Information on supported sensor types for crank and speed signals.
Specifies parameters for line pressure duty cycle and gear shift profiles.
Critical warnings regarding firmware compatibility and potential damage during programming.
Instructions for installing the firmware programmer software.
Steps for programming the TCU with new firmware using the programmer software.
