1. Introduction
The Dynojet POD300 is a compact, weather-resistant LCD display designed to provide real-time data and control for Dynojet Power Commander V (PCV), Wideband Commander 2 (WBC2), or Autotune systems. It allows users to monitor critical engine parameters and make adjustments directly from the display. This manual outlines the installation, operation, and maintenance procedures for the POD300.
2. Key Features
- Real-time Data Display: Monitor parameters such as RPM, Throttle Position (TP), map position (when using a map switch), duty cycle, fuel change, ignition change, and wideband air/fuel ratio (with WB2 or Autotune connected).
- Data Logging: Log channels to internal memory for later viewing and analysis using Dynojet’s PowerCore Software.
- High Contrast Display: Ensures visibility even in direct sunlight.
- Weather Resistant: Designed for reliable operation in various environmental conditions.
- USB Programmable and Upgradeable: Allows for firmware updates and custom configurations.
- Simple Connectivity: Connects via an included CAN cable, eliminating the need for separate power wiring or complex connections.
- Universal Fit: Compatible with various setups, requiring customer-supplied mounting solutions.
- Compatibility: Exclusively works with Dynojet Power Commander V (PCV), Wideband Commander 2 (WBC2), or Autotune modules.
3. Setup and Installation
3.1 Unpacking and Inspection
Carefully unpack the Dynojet POD300 LCD Display and inspect all components for any signs of damage. Ensure all listed items are present.
3.2 Mounting the POD300
The POD300 is designed for universal fitment. Securely mount the display in a location that provides clear visibility and easy access to its buttons, while ensuring it is protected from excessive vibration and direct impact. Mounting hardware is not included and must be supplied by the user.
3.3 Electrical Connection
The POD300 connects directly to a compatible Dynojet module (PCV, WBC2, or Autotune) using the provided CAN cable. Locate the CAN port on your Dynojet module and firmly connect the cable. No additional power wiring is required as the unit draws power directly from the connected module.
Figure 1: Dynojet POD300 LCD Display showing the main menu. This image illustrates the user interface upon initial power-up, displaying navigation options for various functions.
4. Operation
4.1 Navigating the Menu
The POD300 features several buttons for menu navigation. Typically, there are up, down, select, and back buttons. Use these to scroll through options and confirm selections on the LCD screen.
4.2 Display Modes
The main menu offers several display modes:
- Gauge View: Displays real-time engine parameters in a customizable gauge format.
- Data Mode: Shows raw data values for various sensors.
- Data Logging: Initiates or stops the recording of selected data channels to the internal memory.
- PCV Fuel Trims: Allows for real-time fuel adjustments when connected to a Power Commander V.
- Display Settings: Configures display brightness, contrast, and other visual preferences.
Figure 2: Dynojet POD300 LCD Display in Gauge View. This image demonstrates the real-time display of critical engine parameters such as RPM, throttle position, coolant temperature, and lambda (air/fuel ratio).
4.3 Real-time Adjustments
When connected to a compatible Dynojet module, the POD300 allows for real-time fuel adjustments. Refer to the specific instructions for your PCV or Autotune module for detailed guidance on making these adjustments through the POD300 interface.
4.4 Data Logging and Analysis
To log data, navigate to the 'Data Logging' option and follow the on-screen prompts. Once data is logged, connect the POD300 to a computer via USB and use Dynojet’s PowerCore Software to download and analyze the recorded information.
5. Maintenance
5.1 Cleaning
To clean the display, use a soft, damp cloth. Avoid abrasive cleaners or solvents that could damage the screen or casing. Ensure the unit is powered off before cleaning.
5.2 Firmware Updates
The POD300 is USB programmable and upgradeable. Periodically check the Dynojet website for available firmware updates to ensure optimal performance and access to new features. Follow the instructions provided with the firmware update package for proper installation.
6. Troubleshooting
- No Display: Ensure the CAN cable is securely connected to both the POD300 and a compatible Dynojet module (PCV, WBC2, or Autotune). Verify that the connected module is receiving power.
- Incorrect Readings: Confirm that the POD300 is correctly configured for your specific Dynojet module and vehicle setup. Ensure all sensors connected to the main module are functioning correctly.
- Unit Not Responding: Disconnect and reconnect the CAN cable. If the issue persists, perform a firmware update if available.
- Compatibility Issues: The POD300 is designed to work ONLY with Dynojet Power Commander V (PCV), Wideband Commander 2 (WBC2), or Autotune. It is not compatible with other systems.
For further assistance, refer to the Dynojet support resources or contact their customer service.
7. Specifications
| Brand | Dynojet |
| Model Number | POD300 |
| Manufacturer Part Number | POD300 |
| Item Weight | 9.6 ounces |
| Package Dimensions | 7.5 x 5.2 x 2.6 inches |
| Manufacturer | DYNOJET |
8. Warranty and Support
8.1 Warranty Information
The Dynojet POD300 LCD Display is covered by a manufacturer's warranty against defects in materials and workmanship. Please refer to the warranty documentation included with your product or visit the official Dynojet website for detailed terms and conditions.
8.2 Technical Support
For technical assistance, troubleshooting, or inquiries regarding your Dynojet POD300, please contact Dynojet Research directly. Contact information can typically be found on their official website or in the product packaging.
