Ford Explorer: Automatic Transmission External Controls - 10-Speed Automatic Transmission – 10R60 / Description and Operation - External Controls - System Operation and Component Description

Ford Explorer 2020-2022 Service Manual / Powertrain / Automatic Transmission / Automatic Transmission External Controls - 10-Speed Automatic Transmission – 10R60 / Description and Operation - External Controls - System Operation and Component Description

System Diagram


Item Description
1 GSM
2 GWM
3 RCM
4 IPC
5 PCM
6 BCM
7 Driver Door Latch #1
8 Driver Door Latch #2
9 Brake On/Off (BOO) Switch

Network Message Chart
Broadcast Message Originating Module Message Purpose
Brake switch position BCM Input from brake switch necessary to change gears.
Gear data GSM Message sent to PCM which gear is commanded.
Gear confirmation PCM Input to GSM confirming gear selection.
PRNDM mode IPC Used for PRNDM display.
Gear command PCM Input to change gears.
Key in ignition status BCM Input used to change gears.
Seat belt buckle data RCM Input from seat belt buckle to determine driver presence.

System Operation

Component Description

To change gear position the driver selects P R N or D by rotating the GSM dial or M by pressing the M button on the GSM when the rotary dial is in D to select the manual mode. The GSM senses the dial position and sends a request over the Subnet Network and the High Speed Controller Area Network 2 (HS2-CAN), through the GWM over the High Speed Controller Area Network 1 (HS1-CAN) to the PCM. The PCM receives the input from the GSM, combines in vehicle conditions and engages the commanded gear in the transmission. The PCM reads the TR sensor to confirm the position of the park system.

There is a redundant Transmission Controller Area Network (TRANS-CAN) that allows the GSM to communicate directly with the PCM in the event of a malfunction in the HS1-CAN, the HS2-CAN or the GWM.

GSM

The GSM rotary dial has Hall-effect sensors that are used as inputs to indicate the dial has been rotated. When P is selected above 5  mph ( 8  km/h) N is provided along with a message in the IPC. The Brake Transmission Shift Interlock (BTSI) CAN signal is used for normal function to shift from P.

RCM

The shift by wire system uses the driver’s safety belt buckle as one of several inputs to determine driver presence. If the buckle is deemed faulty for any reason the system reads this as unbuckled so that any time the door transitions to open below a set speed the PCM commands a to return to P.

PCM

The PCM actuates the transmission in place of a conventional selector lever and selector lever cable. It receives commands from the GSM over the High Speed CAN.

IPC

The IPC receives signals from the PCM and displays the current range of the transmission on the PRNDM. Under some circumstances messages from the shift by wire system are also displayed for the customer on the multifunction display. For example, Press Brake to shift from Park is displayed when an attempt to shift out of P and the brake is not pressed.

BCM

The BCM provides Brake Transmission Shift Interlock (BTSI) information, GSM LED intensity status, electronic door lock commands, and ignition status to the GSM and PCM. The BCM is also responsible for customizing BTSI and other signals based on local regulations and vehicle features.

Rotary Dial Shift Modes

Automatic Return to Park

NOTE: This feature does not operate when the vehicle is in Stay In Neutral Mode.

The vehicle has a safety feature that automatically shifts the transmission into P when any of the following conditions are met at low speed:

  • The ignition is turned off and vehicle falls below low speed threshold.
  • Opening the driver door while the seat belt is unbuckled.
  • Unbuckling the seat belt while the driver door is open.

Stay in Neutral Mode

If it is necessary for the vehicle to stay in N without the driver present, such as being pulled through a car wash, this mode disables Return to Park. In Stay in Neutral the system remains awake draining the battery if the engine is off. When you enter neutral at low speed Press M to Enter Stay in Neutral will be displayed. If the driver presses the M button within 5 seconds, the message Stay in Neutral Mode appears on the multifunction display. During this mode the N position on the GSM flashes continuously and the instrument cluster will display N as the selected gear. To exit Stay in Neutral Mode, shift out of N.

If the battery discharges while in Stay in Neutral Mode, the park lock pawl solenoid releases and transmission returns to P. Do not tow the vehicle in this mode. Neutral Hold exits 30 minutes after the ignition key is turned OFF resulting in transmission returning to P.

Emergency Tow Mode


Refer to: Transmission Park by Wire Manual Release (307-05A Automatic Transmission External Controls - 10-Speed Automatic Transmission – 10R60, General Procedures).
for information on moving the transmission out of P with the engine off.

Return to Park

NOTE: This feature may not work properly if the door ajar switch is malfunctioning.

The vehicle returns to P when any of the following conditions are met:

  • The vehicle is turned off.
  • The vehicle is stopped, the driver door is open and the seat belt is unbuckled.

If the vehicle is turned off while moving, the transmission first shifts into N until it comes to a complete stop and then shifts into P automatically.

Park by Wire

Item Description
1 Park lock pawl valve
2 Park lock pawl solenoid
3 TR sensor
4 Park return spring
5 Park pawl actuator rod
6 Park pawl
7 Output shaft and planetary carrier

Park by Wire

  • Uses a GSM with a rotary gear shift knob in place of a mechanical shifter for selecting P, R, N, D, M.
  • The transmission hydraulic controls are modified using a park lock pawl valve connected to the park rod which unlocks and locks the park pawl from the carrier.
    • Uses clutch B and D hydraulic pressure to push the system out of Park.
    • Once out of Park, clutches A, B, C, D or F can continue to hold the system out of Park.
  • A park lock pawl solenoid allows the system to remain out of Park when the engine is not running.
  • The dual TR sensors indicate the state of the Park system and are not used to determine customer selected range, which is now provided by the GSM.
  • A mechanical P override has been provided for in-plant use and towing. This consists of a cable running from the console to the transmission, a bracket and lever assembly mounted to the side of the transmission and a lever on the side of the transmission. In the override position the park lock pawl valve is held in the applied position to keep the park pawl unlocked from the carrier.

    Description and Operation - External Controls - Component Location

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