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General| Brand | Ford |
|---|---|
| Model | Explorer 2020 |
| Category | Automobile |
| Language | English |
Provides an overview of the emergency response procedures for Explorer and Aviator hybrid and plug-in hybrid vehicles.
Details how to identify the Explorer FHEV model using exterior badges.
Details how to identify the Aviator PHEV model using exterior badges and features.
Explains how to identify Explorer FHEV high voltage components by orange cabling and labels.
Explains how to identify Aviator PHEV high voltage components by orange cabling and labels.
Details how the 5th, 6th, and 7th VIN positions identify the vehicle as FHEV or PHEV.
Describes features for automatic or manual shut-off of the high voltage electrical systems.
Provides safety precautions and information on high voltage battery packs, including warnings.
Illustrates and explains the meaning of high voltage warning decals found on components.
Locates and identifies high voltage system components for FHEV vehicles.
Locates and identifies high voltage system components for PHEV vehicles.
Provides critical safety warnings and precautions for depowering the high voltage system.
Outlines the step-by-step procedure to depower the vehicle's high voltage electrical system.
Details the process for disconnecting the 12V battery as part of system depower.
Explains how to manually release a High Voltage charge cord locked to the vehicle's charge port.
Provides steps to follow if the High Voltage charge cord is stuck and cannot be released normally.
Provides critical safety warnings for extraction procedures involving SRS components.
Outlines safety precautions when handling pyrotechnic components like airbags.
Identifies SRS components within Explorer vehicles, including airbags and sensors.
Identifies SRS components within Aviator vehicles, including airbags and sensors.
Highlights structural reinforcements and high-strength steel used in the vehicle chassis.
Emphasizes following established training and incident commander guidance for EV emergencies.
Details essential safety precautions when approaching a damaged electric vehicle.
Identifies areas and components to avoid cutting due to high voltage risks.
Provides guidance on handling a damaged high voltage battery case, including water usage.
Offers guidance for tow truck drivers on safely moving damaged electric and hybrid vehicles.
Summarizes key considerations for electric and hybrid vehicles during emergencies.
Provides guidance for recovery operators and storage facilities on handling damaged EV/HEV vehicles.
Details steps for safely recovering and transporting damaged electric and hybrid vehicles.
Outlines procedures and precautions for storing damaged electric and hybrid vehicles.
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