TESLA 1614285 Key Fob Instructions

Vehicle opening and closing

Three Types of Keys
This vehicle supports three types of keys:

• Authenticated phone – You can set up your personal smartphone to communicate with your vehicle using Bluetooth. Supports automatic locking and unlocking as well as several other functions using the Tesla mobile app. An authenticated phone is the preferred key because you never need to remove it from your pocket or purse.
• Key card – Tesla provides a key card that communicates with your vehicle using short-range radio-frequency identification (RFID) signals. The key card is used to “authenticate” your phone to work with your vehicle and to add or remove other key cards, phones, or key fobs. In situations where your authenticated phone has a dead battery, or is lost or stolen, use your key card to unlock, drive, and lock your vehicle
• Key fob – An accessory sold separately, similar to a traditional key fob, that allows you to press buttons to open the front and rear trunks, and unlock, lock, and drive your vehicle. Your vehicle also has a UWB function for passive entry function. The door handle will present when you approach your vehicle while you carrying your keyfob. Your vehicle supports a total of 19 keys, which can include authenticated phones, key cards, and up to four key fobs.
  Caution: Remember to bring a key with you when you drive. Although you can drive your vehicle away from its key, you will be unable to power it back on after it powers off.

Authenticated Phone
Using your phone is the most convenient way to access your vehicle. As you approach, your phone’s Bluetooth signal is detected and doors unlock when you press a door handle.
Likewise, when you exit and walk away with the phone, doors automatically lock
Before you can use a phone to access your vehicle, follow these steps to authenticate it:

1. Download the Tesla mobile app to your phone.

2. Log into the Tesla mobile app using your Tesla Account user name and password.
   Note: You must remain logged in to your Tesla Account to use your phone to access your vehicle.

3. Ensure that your phone’s Bluetooth setting is turned on.
   Note: Your vehicle communicates with your phone using Bluetooth. To authenticate your phone or use it as a key, the phone must be powered on and Bluetooth must be enabled. Keep in mind that your phone must have enough battery power to run Bluetooth and that many phones disable Bluetooth when the battery is low.

4. Ensure that Allow Mobile Access (Controls > Safety & Security > Allow Mobile Access) is enabled.

5. In the Tesla mobile app, touch PHONE KEY then touches START to search for your vehicle. When your vehicle is detected, the mobile app asks you to tap your key card.

6. Tap the key card against your vehicle card reader on the door pillar or center console. When your vehicle detects your key card, the mobile app confirms that your phone has been successfully authenticated. Touch DONE.
   If the key card is not successfully scanned within approximately 30 seconds, the mobile app displays an error message.
   Touch PHONE KEY on the app again to retry. To view a list of keys that can currently access your vehicle, or to remove a phone, touch Controls > Locks.
   Note: Authenticating your phone allows you to use it as a key to access your vehicle. To use the phone hands-free, access your phone’s contacts, play media from it, etc., you must also pair and connect to it using the Bluetooth settings.
   Note: Your vehicle can connect to three phones simultaneously. Therefore, if more than one phone is detected and you want to use, or authenticate, a different phone, move the other connected phone(s) out of range or turn off its Bluetooth setting.
   Note: Unlike the mobile app, once a phone has been authenticated, it no longer requires an internet connection to communicate with your vehicle. Authenticated phones communicate with your vehicle using Bluetooth.

Note: Although Bluetooth typically communicates over distances of up to approximately 9 meters, performance can vary based on the phone you are using, environmental interference, etc.
Note: If multiple vehicles are linked to the Tesla Account, you must switch the mobile app to the vehicle that you want to access before you can use the phone as a key.

Key fob
If you have purchased the key fob accessory (available for purchase from Tesla stores or online at www.tesla.com/shop), you can quickly familiarize yourself with this key by thinking of it as a miniature version of your vehicle, with the Tesla badge representing the front. The key has three buttons that feel like softer areas on the surface.

1. Front trunk – Double-click to open the front trunk.
2. Lock/Unlock All – Single-click to lock doors and trunks (all doors and trunks must be closed). Double-click to unlock doors and trunks.
3. Trunk – Double-click to open the rear trunk. Hold down for one to two seconds to open the charge port door.
   Once inside, power up your vehicle by pressing the brake pedal within two minutes of pressing the unlock button on the key fob (see Starting and Powering Off on page 46). If you wait longer than two minutes, you must press the unlock button again or place the key fob near the card reader located behind the cup holders on the center console. When your key fob is detected, the two-minute authentication period restarts.
   When approaching or leaving your vehicle carrying the key fob, you do not need to point the key fob at your vehicle as you press a button, but you must be within operating range. Radio equipment on a similar frequency can affect the key. If this happens, move the key at least 30 cm away from other electronic devices (phone, laptop, etc).
   If the key fob does not work (for example, its battery is dead), you can touch its flat side against the card reader on the driver’s side door pillar (like the key card). Instructions for changing the battery are provided below.
   Note: Walk-Away Door Lock operates only when using an authenticated phone. When you walk away from your vehicle carrying your key fob, your vehicle does not automatically unlock/lock, even if this feature is turned on (see Walk-Away Door Lock on page 13).

Note: You can use the same key fob with multiple vehicles provided you authenticate it (see Managing Keys on page 10). However, the key fob works with only one vehicle at a time. Therefore, to use a key fob for a different vehicle, touch its flat side against the card reader on the driver’s side door pillar.

Note: A vehicle supports up to four different key fobs.

Caution: Protect the key from impact, high temperatures, and damage from liquids. Avoid contact with solvents, waxes, and abrasive cleaners.

Replacing the Key Fob Battery Under normal use, the key fob battery lasts for approximately five years. When the battery is low, a message displays on the touchscreen. To replace the key fob battery:

1. With the key fob placed button-side down on a soft surface, release the bottom cover.

2. Remove the battery by lifting it away from the retaining clips.

3. While avoiding touching the battery’s flat surfaces, insert the new battery (type CR2032) with the ‘+’ side facing up.
   Note: CR2032 batteries can be purchased through online retailers, local supermarkets, and drug stores.

4. Holding the bottom cover at an angle, align the tabs on the cover with the corresponding slots on the key fob, then press the cover firmly onto the key fob until it snaps into place.

ALL REGIONS – FCC and IC Certification

Component| Manufacturer| Model| Operating Frequency(MHz)| FCC ID| IC ID
---|---|---|---|---|---
B Pillar Endpoint| Tesla| 1607773| 13.56
2400-2483.5
6500-8000| 2AEIM-1607773| 20098-1607773
Security Controller| Tesla| 1614280| 2400-2483.5| 2AEIM-1089774| 20098-1089774
Fascia Endpoint| Tesla| 1613851| 2400-2483.5
6500-8000| 2AEIM-1613851| 20098-1613851
Key fob| Tesla| 1614285| 2400-2483.5
6500-8000| 2AEIM-1614285| 20098-1614285
TPMS| Tesla| 1472547| 2400-2483.5| 2AEIM-1472547| 20098-1472547
Radar| | | | |
Homelink| | | | |
CarPC| Tesla| | | |
Wireless Charger| Tesla| WC4| 127.72KHz
13.56
2400-2483.5| 2AEIM-WC4| 20098-WC4

The devices listed above comply with Part 15 of the FCC rules and Industry Canada’s license-exempt RSS Standard(s) and EU Directive 2014/53/EU.

Operation is subject to the following 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.

Changes or modifications not expressly approved by Tesla could void your authority to operate the equipment.
The In-Cabin Radar is restricted to factory installation.

ALL REGIONS – Radio Frequency Information

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, 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 to help.

The user’s manual or instruction manual for an intentional or unintentional radiator shall caution the user that changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. In cases where the manual is provided only in a form other than paper, such as on a computer disk or over the Internet, the information required by this section may be included in the manual in that alternative form, provided the user can reasonably be expected to have the capability to access information in that form.

NORTH AMERICA ONLY – Canada

CAN ICES-3 (B)/NMB-3(B)

Radiation Exposure Statement:
The product complies with RF exposure IC for wireless power transfer of low- power consumers. The RF exposure limit set for an uncontrolled environment is safe for intended operation as described in this manual. Additional RF exposure compliance has been demonstrated to 20cm and over separation from the user’s body or putting the device at lower power output if such a function is available.

CAUTION: This equipment and its antennas must not be co-located or operated with another antenna or transmitter.

ALL REGIONS – RF Modules

The devices described below have been evaluated against the essential requirements of the 2014/53/EU and 2011/65/EU Directive.

Description| Frequency Band| Power Level|

Antenna Location

---|---|---|---
Security Controller| 2.4 GHz| 3mW output| PCB Antenna, in the center console
Security Controller| 11.56 MHz| n/a (magnetic field)| PCB Antenna, in the center console
Rear Fascia Endpoint| 2.4 GHz| 3mW output| PCB Antenna, behind rear fascia
Pillar Endpoint| 2.4 GHz| 3mW output| PCB Antenna, behind the B-pillar glass
Pillar Endpoint| 13.56 MHz| n/a (magnetic field)| PCB Antenna, behind the B-pillar glass
TPMS Sensor| 2042-2480 MHz| 2.5 mW| Each wheel
FM| 76-108 MHz| n/a (receive only)| Rear Window
DAB| 174-241 MHz| n/a (receive only)| Rear Window
Homelink| 433.9 MHz| 10 mW| Above front bumper beam
Bluetooth| 2402-2480 MHz| 2.5 mW max.| B-header Left-hand side
GSM 900| 885-915
930-960 MHz| 2 W| Transmit and receive – B-header Right-hand side, also used for eCall
Receive – B-header Left-hand side
B-header (MIMO)
Wireless Connectivity
GSM 1800| 1710-1785
1805-1880 MHz| 1 W
WCDMA (Band 8)| 909-915
954-960 MHz| 250 mW
WCDMA (Band 1/3)| 1920-1980
2110-2170 MHz| 250 mW
LTE (band 7/8)| 2500-2570, 909-915 MHz
2620-2690, 954-960 MHz| 200 mW
LTE (band 20/28)| 832-862,703-748 MHz
791-821, 758-803 MHz| 200 mW
LTE (band 1/3)| 1940-1965, 1735-1765 MHz
2130-2155, 1830-1860 MHz| 200 mW
Wi-Fi| 2400-2483.5 MHz
5470-5725 MHz,
5725-5850 MHz| 100 mW| B-header Left-hand side B- header Right-hand side, Wireless Connectivity
GNSS| 1563-1587 MHz,
1593-1610 MHz| n/a (receive only)| Between windshield and rearview mirror
---|---|---|---
Charge port antenna| RKE 433.9 MHz| n/a (receive only)| Charge port

JAPAN ONLY – Japan

The operating range for all equipment listed above (including 1614291, 1614283, 1613851, and 1614280) is -40°C to 85°C.

Key Fob:

Fascia Endpoint:

Security Controller:

B Pillar Endpoint:

TPMS:

KOREA ONLY – Korea

Key Fob:

B Pillar Endpoint:

Security Controller:

Fascia Endpoint:

Singapore ONLY – Singapore

Complies with IMDA Standards DB107406

Note: The IMDA label size needs to be 17mm by 9mm

Vehicle Interior Air Quality

The Ministry of Land, Infrastructure and Transport (MOLIT) ensures that new vehicles conform to recommended Vehicle Interior Air Quality (VIAQ) standards. Tesla performs tests on the interior air quality of your vehicle to ensure that the quality conforms to VIAQ standards. When you purchase your new vehicle, Tesla recommends that you ventilate the cabin before you drive. For details on ventilating the cabin, refer to the Owner’s Manual.

CHINA ONLY – China

CMIIT IDs:

HomeLink: 2016DJ6564

Key Fob: XXXXXXXXXX

UAE ONLY – UAE

Key Fob:

TRA REGISTERER No: ERXXXXXXXX

DEALER No: ER62616/18

TAIWAN ONLY – Device Approval – Taiwan

Key Fob:

TPMS:

Equipment name: Wireless Phone Charger  Type designation: WC2

Unit| Restricted substances and their chemical symbols
Lead (Pb)| Mercury (Hg)| Cadmium (Cd)| Hexavalent
chromium(Cr-6)| PcZybrceatnate biphenyls(PBB)| Poly dominated diphenyl ethers(PBDE)
| Ο| Ο| Ο| Ο| Ο| Ο
| Ο| Ο| Ο| Ο| Ο| Ο
Type C|

Ο

| Ο| Ο| Ο| Ο| Ο
| Ο| Ο| Ο| Ο| Ο| Ο
Note 1: “Exceeding 0.1 .t %” and “exceeding 0 011,4 %” indicates that the percentage content of the restricted substance exceeds the reference percentage value of the present condition.
Note 2: ” Ο ” indicates that the percentage content of the restricted substance does not exceed the percentage of reference rake of presence
Note 3:   ” – ” This indicates that the restricted substance corresponds to the exemption.

AUS/NZ ONLY – Device Approval – Australia, New Zealand

ALL REGIONS EXCEPT NORTH AMERICA AND CHINA – EU

The devices described previously have been evaluated against the essential requirements of the 2014/53/EU and 2011/65/EU Directive.

Hereby, Tesla Inc., declares that this CarPC and PASSIVE ENTRY SYSTEM is in compliance with the essential requirements and other relevant provisions of Directive 2014/53/EU.

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