Product Overview:
The equipment is based on a refurbished Isu zu 2.8T diesel common rail engine assembly, consisting of two parts: a fixed platform for operating accessories and an operating detection control panel platform. The engine can perform practical operations such as starting, accelerating, and decelerating under normal working conditions, truly demonstrating the composition structure and working process of diesel common rail engines. Suitable for the teaching needs of automotive engine maintenance training in middle and higher vocational and technical colleges, general education colleges, and training institutions.
Functional features:
1. A truly operational diesel common rail engine, fully demonstrating the composition structure and working process of the diesel common rail engine. The engine can perform practical operations under normal working conditions such as starting, accelerating, and decelerating;
2. The training platform consists of two parts: a fixed platform for the engine assembly and operating accessories, and a platform for the operation detection control panel;
3. The training platform panel is painted with a colored UV flat panel printed circuit diagram, allowing students to visually compare the circuit diagram with the actual engine, understand and analyze the working principle of the control system; The panel is made of high-grade aluminum-plastic panels with a thickness of 4mm, which are corrosion-resistant, impact resistant, pollution resistant, fire-resistant, and moisture-proof. The surface is treated with a special process of spraying primer; The panel is printed with a color system circuit diagram that never fades;
4. There are detection terminals installed on the training platform panel, which can directly detect the electrical signals of various sensors, actuators, and diesel common rail engine control unit pins on the panel, such as resistance, voltage, current, frequency signals, etc;
5. There are four digital voltmeters installed on the training platform panel for real-time observation of sensor signal voltage changes;