1Product Parameters

Driving simulator (automotive) with 3-display system

ZC-QBA04

1. Hardware and Specifications:

1. Cockpit Shell Material: ABS + Steel Construction, with a simple, elegant, and stylish exterior. The instrument panel utilizes genuine vehicle components, and the steering mechanism is constructed from a genuine vehicle steering gear assembly with real vehicle rpm. The gear shift cover features a solid, integrated, real vehicle center channel, giving it a realistic feel.

2. Transmission: Utilizing the same transmission principle as the Volkswagen Santana. Gear positions include: Reverse, First, Second, Third, Fourth, Fifth, and Neutral (Automatic transmission only includes Drive, Reverse, Neutral, and Park).

3. Cockpit: The cockpit consists of the steering gear, accelerator, clutch, foot brake, parking brake, and other operating components, as well as the seat.

4. Sensors: Steering wheel (High-precision angle sensor). Hydration release (Contactless magnetic sensor)!

5. Steering wheel (Latest technology torsion spring force feedback)

6. Car Seat: Professional car seat, beautiful and durable. Adjustable fore and aft, suitable for teenagers. 7. Other Components: Left and right turn signals, emergency lights, horn, ignition switch, main power switch, wipers, high and low beams.

8. Software Driving Main Interface

Product Introduction

The common rail diesel engine electronic fuel injection system teaching board is made of the actual common rail diesel engine electronic fuel injection system, which fully demonstrates the

composition structure and working process of the common rail diesel engine electronic fuel injection system.

It is suitable for schools to meet the teaching needs of common rail diesel engine fuel injection system theory and maintenance training.

Features

1. A real and operable common rail diesel engine fuel injection system fully demonstrates the composition structure and working process of the fuel injection system. The motor drives the crankshaft position signal wheel to demonstrate the working condition of the electronic fuel injection.

2. The teaching board panel is made of high-grade aluminum-plastic panel that is resistant to impact, pollution, fire and moisture, and the surface is treated with primer spraying by a special process; the panel is printed with a color circuit diagram and working principle diagram that will never fade;

students can intuitively compare the circuit diagram with the actual object to understand and analyze the working principle of the electronic fuel injection system.

3. The teaching board panel is equipped with detection terminals, which can directly detect the electrical signals of the electronic fuel injection system circuit components on the panel, such as resistance, voltage, current, frequency signals, etc.

4. The teaching board is equipped with a diagnostic socket, which can be connected to a special or universal automotive decoder to perform self-diagnosis functions such as reading fault codes,

clearing fault codes, and reading data streams on the common rail diesel engine injection system.

5. The panel part of the teaching board adopts 1.5mm cold plate stamping structure with beautiful

appearance; the frame part adopts steel structure welding, the surface is treated with plastic spraying process, and it has self-locking casters. The base of the teaching board is equipped with a desktop of about 40cm, which is convenient for placing materials, testing instruments, etc.