pinmany RZ-FD61

Raise G-RZ-FD61 CAN Bus Decoder User Manual

Model: RZ-FD61 | Brand: pinmany

1. Product Overview

This CAN Bus decoder is specially designed for the installation of aftermarket Android head units. Its core function is to read and parse vehicle CAN bus data, providing data support for the installation, debugging, and function adaptation of Android head units.

Raise G-RZ-FD61 CAN Bus Decoder
Image: Raise G-RZ-FD61 CAN Bus Decoder, front view.

2. Specifications

The Raise G-RZ-FD61 CAN Bus Decoder is designed to integrate aftermarket Android head units with your vehicle's CAN bus system. Below are its key specifications:

AttributeValue
Model NameRZ-FD61
Special FeaturesCAN Bus Data Converter
Brand Namepinmany
ManufacturerRaise
Item TypeCables, Adapters & Sockets
MaterialBlack plastic shell
Item Weight35g
Item Size45mm*40mm*18mm
Voltage12 V (Operating: 9V-16V DC)
InterfacePH2.0-20pin
Operating Temperature-30°C ~ +70°C
Suitable Head UnitAndroid 7'/9'/10'/etc (with UART interface)
Suitable Car ModelsFord Fiesta 2009-2018
CAN Bus Decoder Core Parameters and Compatible Models
Image: Core parameters and compatible models for the RZ-FD61 CAN Bus Decoder.
CAN Bus Decoder Dimensions
Image: Dimensions of the RZ-FD61 CAN Bus Decoder (45mm x 40mm x 18mm).
Compatible Android Head Unit Sizes
Image: The decoder is compatible with 7, 8, 9, and 10-inch Android head units.

3. Setup Instructions

This section details the steps for connecting and configuring your RZ-FD61 CAN Bus Decoder with an Android head unit.

3.1 Pre-Installation Considerations

  • This product does not include cables. You will need to prepare the corresponding adapter harnesses.
  • The CAN Bus box is only compatible with Android head units that have an 8-pin connector and support serial communication (TX/RX).
  • Wiring requires professional knowledge. Please strictly follow the provided pin definition chart.
  • If you are unsure about fitting, contact support before purchase.
Pre-purchase tips for CAN Bus Decoder installation, showing incompatible cables and compatible 8-pin connector for Android head unit.
Image: Important pre-purchase tips, including cable requirements and head unit compatibility.

3.2 Wiring Instructions

Connect the CAN Bus decoder to the cable harness. It is crucial to follow the pin definitions precisely to prevent damage to the device.

20-pin PH2.0 Connector Pin Definition Wiring Instructions
Image: Detailed wiring instructions for the 20-pin PH2.0 connector, showing pin definitions.
Pin No.Pin DefinitionWiring Instructions
1GNDConnect to the vehicle's power negative or body ground
2BATTConnect to the vehicle's 12V power positive
3CAN_HConnect to the vehicle's multimedia CAN bus high line
4CAN_LConnect to the vehicle's multimedia CAN bus low line
5NCNo wiring required, leave idle
6ACC_OUTConnect to the Android head unit's ACC IN
7NCNo wiring required, leave idle
8REV_OUTConnect to the Android head unit's reverse signal
9SWCConnect to the vehicle's steering wheel button signal line
10ILL_OUTConnect to the Android head unit's ILL
11NCNo wiring required, leave idle
12NCNo wiring required, leave idle
13UART_RXConnect to the Android head unit's UART_TX interface
14UART_TXConnect to the Android head unit's UART_RX interface
15NCNo wiring required, leave idle
16NCNo wiring required, leave idle
17LINConnect to the vehicle's multimedia LIN bus line
18NCNo wiring required, leave idle
19NCNo wiring required, leave idle
20NCNo wiring required, leave idle

Warning: When wiring, please strictly follow the pin definition, and never reverse or misplug to avoid device damage.

3.3 Connecting the CAN Bus Box

  1. Find the 20-pin CAN plug of your wiring harness.
  2. Plug it into the 20-pin socket of the CAN Bus Box.
Connection of cable adapter to CAN Bus Box
Image: Step-by-step guide for connecting the 20-pin cable to the CAN Bus Decoder.

3.4 Android Head Unit Settings

After physical wiring, configure the Android head unit to recognize the CAN Bus Decoder. The exact steps may vary by head unit model.

  1. Enter Settings: Navigate to the main settings menu on your Android head unit.
  2. Access Factory Settings: Look for a "Factory" or "Car Settings" option. You may need a password. Common passwords include: 3368, 1617, 8317, 8888. If these do not work, consult your head unit vendor.
  3. Enter CAN Bus Settings: Within the factory settings, find the "CAN bus settings" or similar option.
  4. Select CAN Bus Box Manufacturer: Choose "Raise" as the CAN Bus Box manufacturer.
  5. Select Correct Car Model: Select "Ford" and then "Fiesta 2009-2018" from the list.
  6. Save and Reboot: Save your settings and reboot the head unit for changes to take effect.
Android Head Unit CAN Bus Setup Steps
Image: Visual guide for configuring CAN Bus settings on an Android head unit, including accessing factory settings and selecting car model.
Android Head Unit Car Model Selection for CAN Bus
Image: Screenshot showing the selection of CAN Bus manufacturer (Raise) and car model (Ford Fiesta) within the Android head unit settings.

4. Operating Instructions

Once properly installed and configured, the RZ-FD61 CAN Bus Decoder will enable communication between your Ford Fiesta's CAN bus system and your Android head unit. This allows the head unit to access and display vehicle data and control certain functions.

  • Automatic Data Transfer: The decoder automatically reads and parses vehicle CAN bus data.
  • Function Adaptation: Depending on your Android head unit's capabilities and the vehicle's CAN node data, functions such as steering wheel controls, reverse signals, and illumination may be adapted.
  • Head Unit Interface: Interact with vehicle data and controls directly through your Android head unit's interface.

5. Maintenance

The RZ-FD61 CAN Bus Decoder is designed for maintenance-free operation. However, consider the following for optimal performance and longevity:

  • Keep Dry: Ensure the device is installed in a dry environment, away from moisture and liquids.
  • Temperature: Operate within the specified temperature range of -30°C to +70°C.
  • Secure Connections: Periodically check that all wiring connections are secure and free from corrosion.
  • Cleaning: If necessary, gently wipe the exterior with a dry, soft cloth. Do not use harsh chemicals or solvents.

6. Troubleshooting

If you encounter issues with your RZ-FD61 CAN Bus Decoder, refer to the following troubleshooting steps:

Problem: Android head unit does not recognize CAN Bus data or functions are not working.
  • Check Wiring: Verify all connections according to the wiring instructions (Section 3.2). Ensure no wires are reversed or misplugged.
  • Verify Power: Confirm the decoder is receiving proper 9V-16V DC power.
  • Head Unit Settings: Double-check that the CANBUS function is enabled and the correct manufacturer ("Raise") and car model ("Ford Fiesta 2009-2018") are selected in your Android head unit's settings (Section 3.4).
  • Head Unit Compatibility: Ensure your Android head unit has a UART interface and supports serial communication.
  • Firmware Update: If the head unit cannot find the correct vehicle name, try selecting a similar one or contact the Android head unit seller for an APP update.
  • Vehicle CAN Data: Confirm that your vehicle's multimedia CAN node provides the necessary data for the desired functions. Some functions may not be available if the vehicle does not output the data.
Problem: Device is physically damaged or not powering on.
  • Voltage Check: Ensure the input voltage is within the 9V-16V DC range. Incorrect voltage can cause damage.
  • Inspect for Damage: Check for any visible signs of physical damage to the decoder or its connectors.
  • Professional Assistance: If the device is damaged due to incorrect wiring or voltage, it may not be covered by warranty. Seek professional assistance for repair or replacement.

If problems persist after following these steps, please contact customer support for further assistance.

7. User Tips

  • Professional Installation Recommended: Due to the complexity of automotive wiring and CAN bus systems, professional installation is highly recommended to avoid damage to the decoder or vehicle electronics.
  • Verify Head Unit Compatibility: Before purchasing, always confirm that your Android head unit explicitly supports external CAN Bus decoders and has the necessary UART interface.
  • Backup Settings: If possible, back up your Android head unit's settings before making any changes to the CAN Bus configuration.

8. Warranty and Support

Damage to the device caused by reverse connection, incorrect insertion, or wiring not in accordance with the pin definition is not covered by the warranty.

For any compatibility or adaptability issues during use, please contact customer service for solutions.

This manual will be updated with product upgrades. If the actual operation is inconsistent with the manual, the actual function of the product shall prevail. Our company reserves the right of final interpretation.

Manufacturer: Raise

Brand: pinmany

Contact: Please refer to your purchase platform or seller's contact information for support.

© 2024 pinmany. All rights reserved.

Related Documents - RZ-FD61

Preview Renesas RZ Family Microprocessors: High-Performance 64-bit & 32-bit Arm-based MPUs
Explore the Renesas RZ Family of microprocessors, featuring high-performance 64-bit and 32-bit Arm-based MPUs designed for smart society applications. Discover the RZ/V, RZ/G, RZ/A, RZ/T, and RZ/N series with detailed specifications, features, and application fields.
Preview Renesas RZ/G Verified Linux Package v3.0.3 Release Notes
This release note details the Renesas RZ/G Verified Linux Package (VLP/G) version 3.0.3, covering its contents, build environment, instructions, components, restrictions, and notes for embedded system developers using RZ/G series processors.
Preview Raise CAN BUS DECODER G-RZ-VW58 for VW, Skoda, Seat Cars - Technical Guide
Detailed technical specifications and wiring guide for the Raise CAN BUS DECODER (G-RZ-VW58), compatible with various VW, Skoda, and Seat car models. Includes pin assignments and connection details for 40Pin Quadlock and 16-pin interfaces.
Preview Renesas RZ/G2L Series Mechanical Handling Guideline Application Note
This application note from Renesas provides essential guidance on the mechanical handling of RZ/G2L, RZ/G2LC, RZ/V2L, RZ/G2UL, RZ/Five, and RZ/A3UL microprocessor and microcontroller units to ensure proper operation and prevent damage.
Preview Renesas RZ Series SoC Lifetime Guideline: Estimating Product Longevity
Detailed guide from Renesas Electronics on estimating product lifetimes for RZ/G2L, RZ/G2LC, RZ/G2UL, RZ/V2L, RZ/Five, and RZ/A3UL series SoCs. Learn about qualification levels, Power-on Hours (PoH), junction temperature (Tj), and operating voltage impacts on device longevity.
Preview Renesas RZ/T1 Group Hardware User's Manual
Comprehensive hardware user's manual for the Renesas RZ/T1 Group LSI, detailing its architecture, registers, operating modes, clock generation, and peripheral functions for embedded system development.

Ask a question about this manual

Ask about setup, troubleshooting, compatibility, parts, safety, or missing instructions. Manuals+ will review the question and use this page’s manual context to help answer it.