ANCEL Echo: Comprehensive Vehicle Diagnostic Tool
The ANCEL Echo is a sophisticated tool that integrates software and hardware to provide comprehensive vehicle diagnosis services. It facilitates Bluetooth connectivity with both iOS and Android devices, enabling OBD diagnosis and enhanced system diagnostics. Users can efficiently check their vehicles' health status remotely, quickly identify the root cause of faults, and access advanced application services like AI assistance and abnormal warning notifications.
1. ANCEL Echo Overview
ANCEL Echo is a tool that integrates software and hardware to provide vehicle diagnosis services for users. It supports Bluetooth connection with iOS and Android to achieve OBD diagnosis and system enhanced diagnosis. Users can easily check the health status of their vehicles without going to the repair shop, quickly locate the cause of vehicle faults, and provide comprehensive application services such as AI service and abnormal warning for users.
2. Download and Install ANCEL App
Download the ANCEL Echo app by scanning the QR code or searching for 'ANCEL Echo' in the App Store or Google Play Store. The app is free to download.
ANCEL Echo supports numerous third-party applications, including Car Scanner, Torque, OBD Fusion, DashCommand, and Infocar. Compatibility with other applications may also exist. For detailed information on compatibility, please contact ANCEL.
3. Connection Steps
Follow these steps to connect your ANCEL Echo device:
- Start the engine.
- Insert the Echo device into the vehicle's OBD port.
- Observe the device indicator light, which displays three colors: red, blue, and green:
- Green light: Indicates that power has been applied.
- Blinking blue light: Indicates that Bluetooth is communicating.
- Continuous blue light: Indicates successful connection.
- Flashing red light: Indicates a software or hardware malfunction.
- Turn on Bluetooth on your smartphone. If Bluetooth is already active, skip this step.
- Launch the ANCEL app.
- Click the '+' button, search for the Echo device, and connect. The last 6 digits of the Bluetooth name correspond to the device's serial number, aiding identification if multiple Echo devices are present.
During the connection process: Ensure no other phones are connected to the Echo. Once 'connected' is displayed, the device is ready for use.
If the device is plugged in but not connected to the phone for an extended period, the indicator light will turn off, and the device will enter sleep mode. It can be awakened by establishing a Bluetooth connection.
4. APP Function Description
4.1 OBD Service
1. Login
Basic functions are available without logging in. However, logging in allows data synchronization across devices.
2. Read Codes
Read OBD fault codes. The warning light can be reset after clearing the fault codes once the issue is resolved.
The OBD Scan (On Board Diagnostics Scan) function is an advanced technology for diagnosing faults in automotive engine control units. It utilizes the on-board diagnostic system (OBD system) to monitor and diagnose vehicle faults in real-time. Key functions include reading and clearing fault codes.
Operating steps:
- Read the fault code: Insert the device, connect via Bluetooth successfully, and click the "OBD Scan" button.
- Clear fault code: After reading the fault codes, click the "Clear Code" button and then "Clear" to complete the operation.
4.1.1 Data Stream
View real-time OBD data flow. Users can select and combine data through the button in the upper right corner.
In automotive diagnostics, data flow refers to the parameters exchanged between electronic control units (ECUs), sensors, and actuators. This data is read by specialized diagnostic instruments via diagnostic interfaces. Data streams change with time and operating conditions, providing real-time information on the status of various vehicle systems and components for maintenance technicians. Key uses include fault location, performance analysis, preventive maintenance, cylinder control, maintenance guidance, and data analysis.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "Data Stream" button on the homepage, read the data stream, and generate a report.
Tips:
- The system defaults to displaying 10 commonly used data streams. Users can click the upper right corner to select and display more data streams.
- Data streams can be used to generate reports.
To view the visualization interface of the combined data stream:
- Click the "..." button in the upper right corner.
- Click the "Combined data" button, select up to 4 data streams to display, and click "OK".
4.1.2 Smog Test
The primary purpose of a smog test is to verify if a vehicle's exhaust emissions comply with local government standards. This test is crucial for vehicle transactions, registration, or annual inspections, contributing to reduced air pollution and environmental protection.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "Smog Test" icon on the service page, and read the test data.
- Click 'Generate report' to output the test report.
4.1.3 Freeze Frame
When an ECU detects a fault and triggers a Fault Code (DTC), it automatically records and saves the vehicle's status information at the moment the fault occurred. This includes real-time data from sensors like engine speed, vehicle speed, and coolant temperature, frozen at a specific point to form a detailed snapshot. This function is vital for fault analysis, maintenance guidance, and evaluating overall vehicle performance.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "Freeze Frame" icon on the service page, and read the freeze frame data.
4.1.4 O2 Sensor Monitor
The O2 Sensor Monitor function enables the car's electronic control system to use data from the oxygen sensor to optimize combustion. It confirms the sensor's presence and readiness, adjusting the air-fuel ratio by measuring exhaust oxygen to improve combustion efficiency and reduce harmful emissions.
Effect:
- Real-time monitoring: Ensures accuracy and timeliness of oxygen sensor data.
- Optimize combustion: Utilizes oxygen sensor data to enhance engine combustion, improve fuel efficiency, and reduce exhaust emissions.
- Fault detection: Promptly detects oxygen sensor malfunctions or abnormal data, triggering fault codes for easier diagnosis and repair.
Operating steps:
- Insert the device, connect via Bluetooth successfully, and click the "O2 Sensor Monitor" icon on the service page.
4.1.5 On-Board Monitoring Test
This function allows the OBD system to test specific monitored systems and report results, assisting maintenance personnel in quickly and accurately diagnosing vehicle emission-related faults and ensuring compliance with environmental requirements. The OBD system monitors systems like the engine, catalytic converter, and oxygen sensor. Malfunctions trigger fault codes (DTCs) communicated via diagnostic interfaces. Maintenance personnel can use professional tools to connect to the ECU and request test results.
Effect: Enables quick and accurate diagnosis of emission-related faults, improving maintenance efficiency.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "On Board Monitoring Test" icon on the service page, and read the data.
- Click 'Generate report' to view the report.
4.1.6 Vehicle Information
The Vehicle Information function retrieves details about the vehicle, including the Vehicle Identification Number (VIN) and engine model.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "Vehicle Information" icon on the service page, and read the data.
- Click 'Generate report' to view the report.
4.1.7 EVAP Test
The EVAP Test function performs comprehensive testing and analysis of the vehicle's fuel evaporation control system. It confirms system faults or performance degradation, ensuring proper operation, preventing fuel vapor leaks into the atmosphere, and optimizing fuel use while reducing emissions.
A failure in the EVAP system may trigger the engine light. EVAP system failures are often difficult to diagnose independently. If the EVAP monitor detects a leak during the test, it sets a fault code between P0440 and P0457. For safety, conduct this test in a well-ventilated environment.
4.1.8 MIL Status
The MIL Status function uses diagnostic equipment to monitor the status of the vehicle's Malfunction Indicator Lamp (MIL) in real-time, including whether it is on or flashing. This helps determine potential faults or abnormalities, assisting maintenance personnel in quickly and accurately locating issues, improving efficiency, and ensuring vehicle safety and reliability.
Operating steps:
- Insert the device, connect via Bluetooth successfully, click the "Mil Status" icon on the service page, and read the data.
4.1.9 DTC Library
Quickly search for fault causes and repair suggestions by inputting fault codes.
4.2 Premium Service
1. Enhanced Diagnosis
Supports full system diagnosis for mainstream North American car models, including quick diagnosis, system selection, and deep scan. Download the 'OEM add-on' from 'My Vehicle' before proceeding.
- Quick Diagnosis: Reads vehicle system fault codes and determines fault causes. The warning light can be reset using the clear code function after the fault is resolved.
- System Selection: Selects vehicle systems for diagnosis and data flow viewing.
- Deep Scan: Performs deep scans on the latest equipped and supported vehicle systems.
Tips:
- If your vehicle lacks a VIN code, confirm the selected vehicle in the upper left corner is correct before running enhanced diagnosis. If the vehicle is not created, create it first.
- Subsequent runs of 'Quick Diagnosis' and 'System Selection' will include the latest equipped vehicle system after completing a deep scan.
Operating steps:
- Start the engine and insert the Echo device into the OBD port.
- Observe the device indicator light (Green: power applied; Blinking blue: Bluetooth communicating; Continuous blue: connected successfully).
- Run the ANCEL app and click the "+" button to search and connect Echo. The last 6 digits of the Bluetooth name identify the device serial number.
- Create a vehicle profile: If VIN code recognition fails, manual input is required.
- Click the "Enhanced Diagnosis" button to enter the diagnosis interface and select "System Diagnosis".
4.2.1 Oil Reset
The Oil Reset function resets the vehicle's oil life indicator or oil change reminder light to its initial state. This clears existing oil life data after oil changes and maintenance, allowing for the recalculation of the next oil change cycle.
Operation steps:
- Insert the device, connect via Bluetooth successfully, and click the "Oil Reset" icon on the service page.
- Choose the "Diagnosis" button.
- Select the vehicle model for diagnosis.
- Click "OK".
- Choose "Special Function".
- Choose "Reset Service".
- Select "Auto Reset".
- Choose "Oil Reset (Minor Maintenance)".
- Choose "7500 KM/180 Days (Without T)" (or select based on the maintenance mileage/interval days of the chosen oil brand).
- Upon successful reset, click "OK".
4.2.2 Battery Matching
Battery Matching ensures that each battery cell in the pack achieves performance consistency, improving the overall performance, service life, and safety of the battery pack. It addresses inconsistencies in battery capacity, internal resistance, voltage, and State of Charge (SOC).
4.2.3 Brake-pad reset
Brake pads wear over time, triggering a warning system when worn. After replacing brake pads, a reset operation is necessary to ensure the warning system accurately reflects the status of the new pads and prevents false alarms.
Operation steps:
- Insert the device and connect via Bluetooth. Click the "Brake pad reset" icon on the service page.
- Select the vehicle brand.
- Ensure ignition is on and click "OK".
- Confirm the VIN code is correct and click "OK".
- Ensure conditions are met and click "OK".
- Select the vehicle model.
- Select "03 BRAKE Electronics".
- Select "Open Rear Brake Calipers".
- Read prompts carefully and click "OK".
- Read prompts carefully and click "OK" to continue.
- After replacement, select "Close Rear Brake Calipers".
- Read prompts carefully and click "OK".
- Click "OK" after reading instructions.
- Click "Read Fault Codes".
- If no fault code is displayed, click "OK" to complete the operation.
4.2.4 D-GPT
Ask questions about products, vehicle maintenance, or DIY guidelines via D-GPT.
4.2.5 More services in preparation.
Additional services are being developed.
4.3 Personalized Service
1. Dashboard
A personalized dashboard supporting custom data, styles, and quantity. It simulates and displays actual dashboard information to assist users in monitoring and diagnosing vehicle status. Core purposes include displaying operating parameters, monitoring system status, assisting in fault diagnosis, and managing vehicle information.
Operating instructions:
- Click the "Dashboard" button on the homepage to enter the interface and select data to display.
Tips:
- Each page can display up to 6 dashboards.
- Long press a dashboard to edit or delete it.
- Swipe left or right to switch dashboard pages.
4.3.1 Diagnostic Report
View historical diagnostic reports.
4.3.2 Oil Prices
View real-time oil prices and historical trends in your region.
4.4 User Center
1. My Device
Manage connected devices, including changing Bluetooth names and unbinding.
2. My Vehicle
Create and manage vehicle information. For vehicles supporting enhanced diagnosis, download the 'OEM add on' software package. Verify vehicle configuration information after download.
Tips: If your vehicle lacks a VIN code, manually create the vehicle profile first to ensure proper use of enhanced diagnostic functions.
3. Alarm
Manage overspeed, coolant temperature, and fatigue driving warnings. The app provides an alarm prompt when set values are exceeded. This function can be disabled if not needed.
4. Help and feedback
View usage help and provide feedback.
5. Settings
Change units, clear cache, and upgrade device firmware. If problems arise, attempt to repair the device firmware.
5. FAQ
5.1 OBD Port Location
The position of the OBD port may vary between different vehicle models. Possible locations are illustrated in the diagram.
[Diagram showing common OBD port locations A, B, C, D, E in a vehicle interior]
5.2 Vehicle Support for Enhanced Diagnosis
ANCEL Echo supports mainstream North American & Europe models and is continuously updated. For detailed support models, visit www.odb.ai or contact support@obd.ai.
5.3 Vehicle Support for OBD Diagnosis
ANCEL Echo supports all vehicles equipped with the OBDII/EOBD protocol manufactured after 1996.
5.4 Connection Failure Troubleshooting
If the connection between Echo and your phone fails, try the following:
- Check if Bluetooth is enabled on your phone.
- Verify that the vehicle's ignition key is turned on.
- Ensure the Echo indicator light is on and emits a beep sound when inserted into the OBD port.
- Unplug the device, close the app, reinsert the device, and relaunch the app.
If connection issues persist, contact support@obd.ai for assistance.
5.5 Vehicle Battery Consumption
No, ANCEL has developed the DiagSwift™ intelligent sleep algorithm, which automatically enters sleep mode when the device is not connected or operated for a long time, preventing vehicle battery drain.
5.6 Firmware Upgrade
Yes, ANCEL Echo requires firmware upgrades. When connected via Bluetooth to your smartphone, it automatically checks for and installs the latest firmware version if available.
5.7 Enhanced Diagnosis Without VIN Code
Confirm if the vehicle model supports enhanced diagnosis. If so, after successfully connecting to Echo, manually create the vehicle profile and download the "OEM add on". Ensure the vehicle is selected to use the enhanced diagnostic function.
6. Attention
- ANCEL holds full intellectual property rights to the software. Cracking or unauthorized distribution will result in legal action.
- Do not drop, puncture, insert foreign objects, or place heavy objects on the equipment, as this may damage internal components.
- The equipment is a sealed device with no user-repairable parts. Repairs must be performed by authorized agencies or technicians. Tampering will void the warranty.
- Avoid exposing the equipment to moisture or immersing it in water.
7. Warranty Card
- Your ANCEL Echo is covered by a 1-year warranty from the date of purchase.
- For any issues with your Echo, please contact ANCEL with a detailed description of the problem for prompt resolution.
Official Website: www.anceltech.com
Customer Service Email: support@anceltech.com
Federal Communications Commission (FCC) Statement
This device complies with Part 15 of the FCC Rules. Operation is subject to two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
- Reorient or relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
Warning: Changes or modifications made to this device not expressly approved by ANCEL may void the FCC authorization to operate this device.
Note: The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. Such modifications could void the user's authority to operate the equipment.
RF exposure statement: The transmitter must not be co-located or operated in conjunction with any other antenna or transmitter. This equipment complies with the FCC RF radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated with a minimum distance of 20cm between the radiator and any part of your body.
ANCEL Official Site: Anceltech.com
