THINKCAR TKEY 101 Universal Car Key Programmer Instruction Manual

1. Product Overview

The THINKCAR TKEY 101 is a universal car key programmer designed to program blank keys for various vehicle brands and models. It is an essential tool for locksmiths and car mechanics for reading, writing, and anti-theft matching procedures. This device recognizes car keys and generates remote options for programming.

The TKEY 101 is compatible with THINKTOOL diagnostic devices, including THINKCAR 689BT, THINKCAR 689, MUCAR 892BT, and MUCAR VO8, enabling comprehensive key programming functionalities.

Key Features:

• Smart Key Programming
• Detect Remote Failures
• Vehicle Key Duplication
• Set Super Chip Setting
• Setup Garage Door Key
• Identify Remote Types
• Anti-Theft Password Reading
• Key Chip Reading & Writing
• Key Matching
• Remote Control Pairing
• Replacement Of Anti-Theft Components
• Frequency Detection
• Equipped with a super-module chip for broader anti-theft chip compatibility.
• Supports anti-theft data for over 8,000 car models.

Product Components and Packing List:

The TKEY 101 comes with a complete accessory kit, providing everything needed for operation.

Product Demonstration Video:

2. Setup and Installation

The TKEY 101 is designed to be used in conjunction with compatible THINKTOOL diagnostic devices. Follow these steps for initial setup and key programming.

Connecting the TKEY 101:

1. Open the dust cover on your compatible THINKTOOL device.
2. Connect the Type-C plug of the TKEY 101 cable to the Type-A USB port on your THINKTOOL device.
3. Ensure the connection is secure. The TKEY 101's work status indicator will light up when in working mode.

Basic Key Programming Procedure:

1. Cut a new key from a blank that matches your vehicle's brand and model.
2. Use the connected THINKTOOL scanner (e.g., THINKSCAN 892BT) to perform the Immobilizer (IMMO) programming procedure.
3. Complete the matching process and verify that the new key starts the vehicle successfully.

3. Operating Instructions

Once the TKEY 101 is connected to your THINKTOOL device, navigate the diagnostic interface to access its functions.

3.1 Accessing Key Programmer Function:

From the THINKTOOL main interface, navigate to: Diagnostics → Module → KEY PROGRAMMER.

3.2 Remote Generation:

Generating a new remote requires using the corresponding remote type. Each remote option in the software indicates which type should be used.

Remote Types:

• TK-wire type remote
• TE-wireless type remote
• TN-wireless type remote
• Smart key type remote: NXP-Smartkey, TM38-Smartkey, TM38-TOYOTA, TM38-HYUNDAI

How to Identify the Remote Type:

• TK-wire TK type remote: Features a socket on the circuit board. Requires battery removal to generate the remote.
• TE-wireless TE type remote: Has a circuit board with long inductors. Requires battery installation to generate the remote.
• TN-wireless TN type remote: Has a circuit board with long inductors. Requires battery installation to generate the remote.
• Smart key type remote: Often has a hidden key blade or no key blade. The circuit board typically has a 3D inductor or 3 independent inductors. Requires battery installation for generation.

Note: You can verify the remote type by using the "Remote function → Detect remote" option in the software.

3.3 Chip Identification and Generation:

Chip Identify:

Place the original chip or remote chip into the device coil. The TKEY 101 will identify the current chip type and display its information.

Chip Generation:

Place a super chip or TN Type remote into the device coil to generate the corresponding chip.

Note: Due to variations across different vehicle years and models, the chip type may not be consistent. Always consult relevant chip information or identify the original key to confirm the specific chip type before generation.

3.4 Frequency Detection:

Align the remote with the remote frequency detection area on the TKEY 101 and press the remote button. The device will recognize and display the remote's frequency.

3.5 Ignition Coil Detection:

Place the device coil close to the vehicle's ignition (or emergency sensing area for push-start models). Turn on the ignition or press the start button. A dripping sound indicates that the coil signal is detected. This function can detect 46, 47, and some 4D chip types, primarily used to confirm the ignition coil is working correctly.

3.6 Other Remote Functions:

• Super chip type setting: Place the super chip into the device coil, then select the option to set it to the corresponding chip type or reset it to a blank 46 chip.
• TN type remote setting: Place the TN type remote into the device coil, then select the option to set it to the corresponding chip type.
• Remote failure detection: Used to diagnose sudden remote failures. This function should be used under the guidance of a technician.
• Smart key clone: Allows copying data from a programmed smart key to a new smart key. The new key will have all functions of the original, and the original will no longer work. This feature is for exchanging a programmed smart key for a new one without reprogramming; it cannot add a new key or clone a key, and does not support MQB and VW48 smart key exchanges.
• Toyota TM38 smart key Settings: Used to change the frequency, key button, and signal strength of Toyota TM38 smart keys without reprogramming after writing. (Only supports TM38 smart keys, not BA or 4A options, and cannot change the original key).
• Smart key customization: Allows changing the key position and remote sensitivity of smart keys. Place the smart key in the coil, read and change values, then write them back. No reprogramming is required after this process.
• Toyota smart key unlocking: Supports unlocking 40 and 80-bit original Toyota smart keys. Requires battery installation before unlocking. The key's LED light will blink during the process. Retry if unlocking is unsuccessful.

3.7 Search and Update:

• Search: Search for specific vehicle makes, models, or chip types to find corresponding remote and chip options.
• Update Center: Access online key programming updates, firmware updates, and remote database updates to ensure your device has the latest functionalities and vehicle coverage.

4. Maintenance

To ensure the longevity and optimal performance of your THINKCAR TKEY 101, follow these maintenance guidelines:

• Keep the device clean and dry. Avoid exposure to moisture, dust, and extreme temperatures.
• Store the device in a safe place when not in use, preferably in its original packaging or a protective case.
• Regularly check cables for any signs of wear or damage. Replace damaged cables immediately.
• Perform software and database updates regularly via the Update Center to ensure compatibility and access to the latest features.

5. Troubleshooting

If you encounter issues with your TKEY 101, refer to the following common problems and solutions:

• Device not powering on/connecting: Ensure the Type-C cable is securely connected to both the TKEY 101 and the THINKTOOL device. Check the THINKTOOL device for power.
• Remote generation failure: Verify that the correct remote type is selected and that batteries (CR2032 type, not included) are installed in TE-wireless, TN-wireless, and Smart key remotes if required. Do not move the device or remote during the generation process. If issues persist, consult a technician.
• Chip identification issues: Ensure the chip is correctly placed in the device coil. If the chip type is unknown or incorrect, try identifying the original key or consulting chip information.
• Toyota smart key unlocking failure: Ensure the smart key has a battery installed before attempting to unlock. If the LED light does not blink or unlocking fails, retry the process.
• Software/Firmware update issues: Ensure a stable internet connection during updates. If an update fails, try again or contact support.

For complex issues or problems not listed here, please contact THINKCAR customer support.

6. User Tips

• Battery Requirement for Remotes: Remember that batteries (CR2032 type) are not included with all remotes and must be purchased separately for TE-wireless, TN-wireless, and Smart key remotes. TK-wire remotes do not require batteries during generation.
• Stable Remote Generation: To prevent generation failure, ensure the device and remote remain stationary during the remote generation process.
• Chip Type Verification: Always double-check the specific chip type required for your vehicle's year and model, as these can vary. Identifying the original key or consulting chip information is crucial.
• Vehicle Compatibility: The TKEY 101 supports over 8,000 car models. While it is compatible with many Chinese car brands, for specific models like JAC or CHIREY, it's recommended to verify compatibility through the device's search function or by contacting support.

7. Specifications

8. Warranty and Support

Warranty Period:

The THINKCAR TKEY 101 comes with a one-year warranty from the date of transaction. If a transaction voucher is unavailable or lost, the shipment date recorded by the manufacturer will serve as the warranty start date.

Warranty Exclusions:

The warranty does not cover damages or malfunctions resulting from:

• Failure to use the machine in accordance with the provided instructions.
• Self-repair or unauthorized modification of the device.
• Damage due to drops, collisions, or improper voltage.
• Damage due to force majeure events.
• Malfunction or damage from prolonged use in adverse conditions or on vehicles/ships.
• Dirt and wear on the housing of the main unit due to normal use.

Customer Support:

For technical assistance, service inquiries, or warranty claims, please contact THINKCAR support:

• Service Line: 1-909-757-1959
• Customer Service Email: support@thinkcar.com
• Official Website: www.thinkcar.com

Product tutorials, videos, Q&A, and coverage lists are available on the official THINKCAR website.

You can also find additional information in the official TKEY 101 User Manual (PDF).