Toyota pmn instruction manual Vehicle Lift Locations

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VEHICLE LIFT LOCATIONS

In this manual, a plate type or swing arm lift is recommended. See the description below for details of the supporting and attachment positions.

Plate type lift:

(a) Place the vehicle over the centre of the lift.

(b) Align the cushion gum ends of the plate with the attachment lower ends (A,B).

(c) Align the attachment upper end with the rocker flange front notch.

C

A B

Swing arm type lift:

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Contents Installation Page Table of Contents Installation engine compartment Install interior compartment Precautions SST Special Service Tools Lubricants / LiquidsVehicle Lift Locations Location Turbo ChargerHeat Shield Exhaust Manifold Intercooler 25-3 25-1 25-2 25-4 12-1 12-3 12-4 17-6 AIR Intake13-2 13-3 13-1 15-1 15-3 13-4 15-2 26-7 OIL Filter14-2 14-7 14-1 14-6 27-1 14-5 55-6 19-1 20-3 20-1 19-2 20-2 OIL PAN and BracketsElectric Components 22-3 22-4 22-2 22-1 24-10 24-4 23-3 24-5 24-11 Cooling FANTemplates 26-1 11-2 11-1 26-2 Heat INSULATION, Stickers and SparkplugsParts List KIT, Intercooler KIT, Cooled AIRKIT, Exhaust Manifold 10.0 KIT, PRE Catalytic Converter15.0 KIT, OIL Pressure Switch 16.0 KIT, Inflow WATER, Turbo17.0 KIT, Runback WATER, Turbo 18.0 KIT, Actuator25.0 KIT, Hose Connection Power Control 24.0 KIT, FIXING, Electronic26.0 KIT, Spareparts NO.1 27.0 KIT, TemplatesPart tightened Torque specification Specified torquePage Definition of Symbols IntroductionWater Hose and Clamp HintAIR Hose and CLAMP. Notice OIL and CoolantPage Page Remove Harness Clamps Vehicle preparationRemove Carbon Canister 11.2 mm 27 mmHole Preparation Harness FixationAirfilter box heat shield preparation Preparation Heat ShieldInstall OIL Return Adapter CleaningOil-sump preparation 5 mm 12 mmUnderbody protection preparation Undercover Preparation11,5 mm Page Engine cover preparation Engine Cover PreparationInstall COOLING-FAN Install Bracket to CoverTemperature Sensor Cooling fan preparationInstall Vacuum Hose Adapter Install VSVInlet pipe preparation 5 mmIntercooler preparation Install Lower BracketInstall Upper Bracket Install PRE-CATALYSER Heat Shield Pre-catalyser heat shield preparationTurbo Control System Preparation Install CONTROL-UNIT HarnessTurbo control system preparation Install Water Adapters Turbo preparationTurbo Protection Remove Plate with Pressure Actuator Turbo LubricationInstall Water Outlet Hose Install Water Inlet TubeInstall OIL Pressure Tube Install Plate with Pressure ActuatorInstall Pressure Actuator Hose Installation engine compartment 1x KTightening Turbo Charger Install Turbo Charger BracketInstall Water Inlet Connection Waterhose Fixation Install Water Outlet ConnectionsInstall Protection CAP Throttle Body Housing Installation engine compartment lower 14x RInstall OIL Pressure Switch Install IntercoolerInstall Intercooler Inlet Pipe 45˚Install Intercooler Outlet Pipe Page Installation engine compartment upper Install Turbo Inlet PipeInstall Turbo Inlet Pipe Bracket Install Water Hose ClampInstall Engine Ventilation Hose Onto Modify Engine Ventilation HoseEngine Turbo Inlet PipeInstall VSV Connections Install AIR FilterInstall AIR Filter BOX Cover Prepare AIR Filter BOX CoverInstall OIL Return Pipe Install Exhaust Pipe PRE-CATALYSERInstall Exhaust Pipe Bracket 200mm Install OIL Return HoseInstall Wiring Harness Install Cooling FAN Cover Install Lambda Sensor NO..2 Install Lambda Sensor noInstall Exhaust Manifold Heat Shield Spark Plug Exchange Install CONTROL-UNIT Assembly Automatic Transmission only Install interior compartmentInstall CONTROL-UNIT ASSEMBLY. Manual Transmission only Install Ground Connection Connect Wiring Harness20-4

pmn specifications

The Toyota PMN, or Personal Mobility Network, represents a significant leap forward in the evolution of personal transportation. Designed to meet the demands of urban mobility, it is a multi-dimensional approach that seeks to integrate technology, sustainability, and user-friendly interface into everyday life.

One of the standout features of the Toyota PMN is its electric drive system, which relies on a high-efficiency electric motor paired with advanced battery technology. This setup allows for quick acceleration and seamless performance, making it ideal for navigating through city traffic. The regenerative braking system further enhances efficiency by capturing energy during braking, thus extending the range of the vehicle.

Safety is another paramount focus for the PMN. Equipped with advanced sensor systems, the vehicle features Toyota’s Safety Sense technologies, which includes pre-collision systems, lane departure alerts, and adaptive cruise control. These features work in tandem to create a safer driving environment, whether the vehicle is on the road or autonomously navigating through crowded city environments.

Another defining characteristic of the Toyota PMN is its commitment to sustainability. Constructed with Eco-friendly materials, the PMN aims to reduce its environmental footprint. In addition to electric power, the vehicle can integrate renewable energy sources, such as solar panels, which can be used to charge the vehicle while on the go.

Connectivity is at the core of the PMN experience. The vehicle is outfitted with a comprehensive infotainment system that seamlessly connects to smartphones and other devices. Users can enjoy real-time navigation support, traffic updates, and even entertainment options, all presented through an intuitive user interface. Moreover, vehicle-to-everything (V2X) technology enables the PMN to communicate not just with other vehicles but also with smart city infrastructure to enhance traffic management.

The design of the Toyota PMN emphasizes compactness and maneuverability, which is essential for urban environments. Its lightweight chassis and turning radius allow for easy navigation of tight spaces, making parking effortless.

Overall, the Toyota PMN is not just a vehicle; it embodies Toyota's vision for the future of urban mobility. Integrating cutting-edge technology with emphasis on safety, efficiency, and sustainability, the PMN is poised to revolutionize how individuals experience movement in rapidly evolving cities.
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