Race Technology Knowledge Base | Analog8 / Specifications

Hardware
ANALOG8
- Parts Supplied
- Before using the unit
- Connecting to other equipment
  - Daisy Chaining Analog8
  - PC Config and Reflash
- Data output
- Pin connections
- Specifications
- Software
- How Do I
  - Connect 1 or 2 wire sensor
  - Connect CAN output
ANALOG16
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
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
CATS
- Quickstart Guide - Brake Testing
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
- Potenza Version
DASH2 PRO
- Introduction
- Technical Specification
- What is in the box
- DASH2 PRO Installation
- Getting started
  - Setting DASH2 PRO up from a PC
  - DASH2PRODefaultConfiguration
- DASH2 PRO Operation
- DASH2 PRO Lap timing
- FAQ
- Software
- DASH2 PRO - How do I
DASH4PRO
- Software Support
- Technical Specification
- Typical DASH4PRO System
- Installing The DASH4PRO
- Operating the DASH4PRO
- Connections
- Displaying Data
- Displaying information messages
- Performance Meter
  - Performance meter settings
- Lap Timing on DASH4PRO
- Live Time Slip
- Setting up Alarms
  - Cancelling and Clearing Alarms
- Configuring the DASH4PRO Unit
- Reflashing The DASH4PRO
- How To
  - Adding A Gear Indicator
- FAQs
DASH4PRO FD
- Software Support
- Technical Specification
- Typical DASH4PRO FD System
- Installing The DASH4PRO FD
- Operating the DASH4PRO FD
- Connections
- Displaying Data
- Displaying information messages
- Lap Timing on DASH4PRO FD
- Live Time Slip
- Setting up Alarms
  - Cancelling and Clearing Alarms in DASH4PRO FD
- Configuring the DASH4PRO FD Unit
- Reflashing The DASH4PRO FD
- How To - DASH4PRO FD
  - Adding A Gear Indicator
- FAQs - DASH4PRO FD
DL1 MK3 / CLUB
- Introduction
- Tech Specification
- Installation
- Quick Start Guide
- Operation
- External sensors
- Connections
- How do I
- FAQ
- Software
DL1 PRO / WP and and DL2
- Introduction
- Differences between DL1 PRO and DL1 WP
- Tech Specification
- Installation
  - DL1 PRO / WP
  - DL2
- Quick Start Guide
- Operation
- External sensors
- Connections
  - DL1 PRO / WP
  - DL2
- Live Speed option
- How do I
- FAQ
- Software
DL1 SPORT
- Introduction
- Tech Specification
- Installation
- Quick start guide
- Operation
- External sensors
- Connections
- How Do I
- FAQ
- Software
ECU Interface
- Parts Supplied
- Before using the unit
- Connecting to Other Equipment
  - PC configure and reflash
  - Daisy Chaining
- Configuration
- Data output Channels
- ECU Decode License
- ECU Type
- Pin Connections
- Specifications
- Software
- Requirements for ECU interface data
- Other references
GNSS2
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Selection of GNSS correction source
  - Using radio link modem
  - Using internet connection
- Installing the GNSS2
- GNSS2 software
GPS2
- Overview And Features
- What is in the box
- Specification
- Connections
- LED Functions
- Output Data Format
- Selection of GNSS correction source
  - GPS2 RTK using with base station
  - GPS2 RTK using with Internet Connection
- Installing the GPS2
- Using the GPS2 with the Race Technology CATS
IMU06
- Specifications
- Connections
- Waterproof Version
- Installing Configuring and Calibrating
- Dimensions
- Mounting the unit
  - IMU06
  - IMU06WP
- Data Formats
  - CAN Data Format
  - RS232 data format
IMU06-tactical
- Specification
- Mounting the unit
- Connections
OBDII Interface
- Universal OBDII
- CAN OBDII
Pass-by R41-R51 Noise Emissions Test System
- Overview And Features
- R41 Test Procedure
- Specification
- What Is In The Box
- Installing The System
- Setting Up The Test Site
- Installing the PC software
- Configuring The System
- Performance Software
- Status LED Meaning
- Producing Noise Emissions Results
  - Calculations Spreadsheet
- Frequently Asked Questions
RT CONNECT
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing the RT CONNECT
- RT CONNECT software
RT LIVE v2 - motorsport and industrial
- What is in the box
- Quick Start Guide
- Specification
  - RT Live v2 Aux Messages
- Installation
- Connections
- Power consumption
- Data Priority and Data Rates
- Data security
- Configuring the RT LIVE unit
- Status LCD
- Information and warning messages
- Connecting to other equipment
- iButton driver identification
- How do I connect to AiM device
- Lap timing
- Terms and Conditions for RT LIVE
- Registering a RT LIVE unit
- Operation of the RT LIVE Web site
- RT LIVE billing
- Optional data SIM package
- Setting up SIM cards
RTK BASE
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing and configuring the RTK BASE
- RTK BASE software
- Restarting after power off or moving the antenna
RTK BASE Portable
- What is in the box
- Specification
- Connections
- Display information
- Output data format
- Installing and configuring the RTK BASE Portable
- RTK BASE Portable software
- Restarting after power off or moving the antenna
- Charging the RTK BASE Portable
RTSS
- Introduction
- Technical Specification
- Installation
- External Sensors
  - GT Cup
- Connections
- Standard GT Loom
- Software
  - Race Series Manager
  - DL1 Configuration Software
- RTSS - How do I
RTSS S, L and SL
- Technical Specification
- Installation
- Connections
- Software - RTSS S, L and SL
- How do I - RTSS S, L and SL
SPEED10
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
SPEEDBOX
- Overview and Features
- SPEEDBOX MINI
- Installation
- Operating the SPEEDBOX
- Using SPEEDBOX data in Analysis
- Getting results from the SPEEDBOX
- Processing the SPEEDBOX CAN data
- SPEEDBOX INS option
- Output Data Formats
- LED Functions
- Specifications
- Dimensions
- Connector Details
- Accuracy
- Triggered test measurement values
- FAQ
  - Gradient and pitch
  - Altitude standard
THERMO12
- Parts supplied
- Before starting
- Specification
- LED functions
- Mounting the unit
- Connections
USB programming lead
Sensors
- Sensor calibrations
- Temperature sensors
- Pressure sensors
- Movements sensors
  - Steering Angle
  - Throttle Angle
- Other sensor types
Legacy Products
- Important notes about compact flash
- Pedal position sensor
- Fuel flow sensor
- VIDEO4
- Connecting Hardware
- RT LIVE
Connecting Hardware
- Unit Configurations
  - DL1 Config for DASH
  - DL1mk2 Config to record data from SPEEDBOX
  - DL1mk3 Config to record data from SPEEDBOX
  - SPEEDBOX for use with DLx
- Powering ECU adapters
- CAN OBD adapter
- Serial OBD adapter
- DLx - ECU
- DLx - ECU - AM8
- DLx - DASHx
- DLx - ECU - DASHx
- DLx - ECU - AM8 - DASHx
- DLx - ECU - PC
- ECU - DASHx
- ECU - PC
- DLx - IMU06
- DLx - IMU06 - DASHx
- DLx - SPEEDBOX
- DL2 - THERMO12_ANALOG16
- DL2 - THERMO12_ANALOG16 - SPEEDBOX
- DASH4PRO - THERMO12_ANALOG16
- RT LIVE - DL1
- RT LIVE - DASHx
- RT LIVE - DL1 - DASHx
- RT LIVE - DL1 - DASHx - ECU interface
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
- Circuit locations
General
- External Inputs
- Mounting a GPS antenna
- Power supply requirements
- Adding wheel speed sensors
- General advise for first use
- Compact Flash Card Information
- CAN Termination
- Connecting RPM sensors
- General unit mounting points
- Acceptable temperature and vibration
- 4G LTE Certification

Specifications

Dimensions: 35 x 24 x 8mm

Mass: Approx 135g

Cable Lengths: Approx 1m

Power Supply: 9-16V @ 60mA

5v Reference: Maximum current draw 500mA

Sealing: Main body to IP44, Connectors to IP44

Operating Temp: 0-70�C

Serial Baud Rate: 115.2kbaud

CAN Output: Message Transmission up to 1Mbit/s

Analogue inputs: 8 inputs, single ended, 0-16v. Accuracy = 0.9% of measured voltage +-20mv

Accelerometers: 3 axis. 2g minimum full scale on both axes. Resolution of 0.005g.