Race Technology Knowledge Base | MovementSensors / ThrottleAngle

Hardware
AX22
- Introduction
- Tech Specification
- Installation
- Quick Start Guide
- Operation
- Optional Analogue Outputs
- Connections
- FAQ
- Software
- Packing List
DL1
- Introduction
- Tech Specification
- Installation
- Quick Start Guide
- Operation
- External sensors
- Connections
- How do I
- FAQ
- Recalibrating the Accelerometers
- Recalibrating the Analogue Channels
- GPS Dynamics Mode
- Software
DL2
- Introduction
- Tech Specification
- GPS Use
- Installation
- Operation
- External sensors
- Connections
- Test Results
- FAQ
- Software
- Packing List
DASH1
- Introduction
- Technical Specification
- Installation
- Getting started
- Quick Start Guide
  - Installing the DASH1 in your vehicle
  - Using the DASH1
- Operation
- Lap timing
- FAQ
- Software
DASH2
- Introduction
- Technical Specification
- What is in the box
- Installation
- Getting started
  - Setting up from a PC
- Operation
- Lap timing
- Reflashing
- FAQ
- Software
- How do I
- Packing List
- Potenza Version
DASH3
- Software Support
- Technical Specification
- Typical System
- Installation
- Operating the DASH3
- Displaying Data
- Lap Timing on DASH3
- Setting up Alarms
  - Canceling and Clearing Alarms
- Reviewing Max and Min Values
- Configuring the DASH3 Unit
- Reflashing the DASH3
  - Using the Data Logger
  - Using the Configuration Software
- FAQs
VOB
- Introduction
- Technical Specification
- Installation
- Quick Start Guide
  - Installing the VOB in your vehicle
  - Using the VOB
- Connections
- FAQ
- Software
VIDEO4
- What is in the Box
- Getting Started
- Hardware Installation
- General Operation
- Configuration
- Lap Time Statistics
- VIDOE4 professional
- 4 cam widescreen license
- Technical
- PC software
- FAQs
Sensors
- Sensor calibrations
- Temperature sensors
- Pressure sensors
- Movements sensors
- Other sensor types
GPS3
- Configuration
- Connections
SPEEDBOX20 and SPEEDBOX
- SPEEDBOX
- SPEEDBOX20
BRAKEBOX
- Introduction
  - Features and Applications
- What's in the box
- Specification
- Installation and Connections
- Using the Menu
- Performing a Brake Test
- Quick start guide
- Menu structure
- Explanation of measurements
- Storing and Reviewing Results
- Accuracy
- Results Available
- Downloading data
- Software
- Packing List
CAN Interface
- Introduction
- Parts Supplied
- Before You Begin
- Description
- Connecting CAN to Other Equipment
- Terminating the CAN
- Configuration
- Channel Names
- Byte Ordering
- Pin Connections
- Physical Parameters
- Software
ECU Interface
- Parts Supplied
- Before using the unit
- Connecting to Other Equipment
  - PC configure and reflash
  - Daisy Chaining
- Configuration
- Data output Channels
- ECU Type
- Pin Connections
- Specifications
- Software
- Requirements for ECU interface data
- Other references
OBD Interface
- Serial OBDII
- CAN OBDII
IMU06
- IMU06 MK2
- IMU06 MK1
Lap Timing Guide
- Adding markers using the Analysis
- Adding markers from a dashboard
- Configuring DL1-VIDEO4-DASHx
- Configuring DL1-DASHx
- Common errors when doing lap timing
Connecting Hardware
- Unit Configurations
- Powering ECU adapters
- CAN OBD adapter
- Serial OBD adapter
- DLx - ECU
- DLx - DASHx
- DLx - ECU - DASHx
- DLx - ECU - PC
- ECU - DASHx
- ECU - PC
- DLx - IMU06
- DLx - IMU06 - DASHx
- VIDEO4 - DLx
- VIDEO4 - ECU
- VIDEO4 - DLx - ECU
- VIDEO4 - DLx - DASHx
- VIDEO4 - ECU - DASHx
- VIDEO4 - DLx - ECU - DASHx
Telemetry System
- Introduction
- Radio Transmitter
- Radio Receiver
General
- External Inputs
- Important notes about compact flash
- Mounting a GPS antenna
- Power supply requirements
- Adding wheel speed sensors
- General advise for first use
- CAN Termination
- Connecting RPM sensors
- General unit mounting points
- Power supply
- Acceptable temperature and vibration

Throttle Angle Sensor

Rotary position sensor specifically designed for sensing throttle position. 106� position sensor spring returned clockwise when viewed from above. M3 set screw fixing. Hollow rotor allows insertion of a �D� profile shaft from either side to give clockwise/anticlockwise spring biasing. Technical Data Resistance 5000 (linear �20%) Ω Linearity �2% over 100� Maximum power 1 (at 40�C derates to 0 at 135�C) W Rotation Mechanical 130 / Electrical 106 � Mechanical life 106 full cycles, 6*106 2� dither Lead length 0.2 m Installation

There are 3 leads that come from the sensor: the red lead should be attached to the +5v supply from the Data Logger Units, the black lead should be connected to the ground connection on the Data Logger Units and the white lead should be connected to an analogue input. A user defined variable can be entered into the analysis software to convert the voltage into an actual angle if required.