Gasoline-Electricity Hybrid Power System Training Bench Toyota Prius 1.5L Automotive Training Equipment Didactic Equipment

SRA097 Gasoline-Electricity Hybrid Power System Training Bench Toyota Prius 1.5L Automotive Training Equipment Didactic Equipment

About The Product

The device is designed based on the Toyota Corolla’s gasoline and electricity hybrid power engine to simulate engine startup, speedup, slowdown and other actions with the aim of illustrating the structure and working principle of gasoline and electricity hybrid power engine.

Features

Completeand original hybrid power system from Toyota Corolla vehicle, all systems work properly as in hybrid vehicle.

Never fade color circuit diagram and working principal diagram are painted on the panel. Trainees can learn and analyze the working principle ofhybrid power control system by referencing the diagram and the real components.

The training bench is installed with dashboard and multi-functional displayscreen to illustrate changes of parameters in the power transmission process, speed, fuel pressure light and electronic control system fault indicating light.

Detection terminals are installedon panel, Operators can use multimeter and oscilloscope to detect electrical signals (Such as resistance, voltage, current, frequency signals) from pins of of various sensors & actuators, engine control unit and hybrid power control unit.

The training bench is installed with OBD II diagnosis socket, which can connect to automobile decoder to read fault codes, clearsfault codes, and reads data stream from the engine and hybrid power control system.

A throttle controller is installed on the bench to accelerate and slowdown.

A master power switch, coolanttank protector, flywheel protector, among other protection devices are installed on the training bench.

Lockable casters are installed tomake it lockable and moveable.

The language for this equipment is English or customized language.

The equipment is provided with operating manual, it contains the equipment introduction, operation method, components and working principle introduction, fault-setting and troubleshooting process. It’s helpful for training and learning.

11.Equipped with wireless fault-setting and appraisal system, teachers setfaults by tablet PC then ask students to detect and find the fault. It’s helpful for teachers to know about students’ learning status, also can improve students’ skills in troubleshooting. At least 16 faults.

Compliance with ISO and CE standards.

Basic Parameter

Operating power supply: 12V DC

Fuel No.: 92 RON (China)

Fuel tank: 10L, with fuel level sensor

Operating temperature: -40℃ to +50℃

Package Dimension: 1900* 1300 *2150mm (L* W * H)

Gross weight: 640KG

Main constituent components

Detection and control panel (With various detection terminals and color circuit diagram), EFI Gasoline engine (Model 8ZR-FXE: four cylinders four strokes, 16 valves, DOHC, with VVT-i, maximum power 73kW, maximum torque 142N·m) with control unit, E-CVT, Hybrid power control unit, Nickel-Metal High-voltage battery (201.6 Volts, 6.5 A-h, 168 cells) with control unit, Inverter, Dashboard, Fuel pressure meter, Vacuum pressure meter, OBD II Diagnosis socket, One-key startup switch, High-voltage cable, Gear shift level, Different driving mode switch, Braking system, Fuel pressure meter, Vacuum pressure meter, MG1 (Permanent magnet synchronous motor, maximum system voltage DC 650V), MG2 (Permanent magnet synchronous motor, maximum output power 53kW, maximum output torque 207N·m), Fuel tank, Gasoline feed pump (including the plug), Throttle controller, Inlet and exhaust pipes (including protection covers), Coolant tank (including protection cover), Cooling fan, Exhaust system, Air supply system, 12V battery, Relay, Fuses, Master power switch, EV MODE switch / ECO MODE switch / PWR MODE switch, Wireless fault-setting and appraisal system by tablet PC, Movable framework (with lockable casters).