Product Description This equipment is based on the Toyota Prius 1.5L hybrid engine, which can be used for practical operation of the engine in starting, accelerating, decelerating and other working conditions, realistically demonstrating the composition and working process of the hybrid engine. Applicable to the teaching needs of secondary and tertiary vocational and technical colleges, general education colleges and training institutions for hybrid engine and maintenance practical training major dispositions: Engine assembly, transmission assembly, power battery, inverter, original engine computer, transmission computer, hybrid computer, combined instrumentation, engine start-up and operation of all relevant original vehicle accessories, fault setting and troubleshooting system, original vehicle circuit schematic and test terminals, large-capacity battery, stainless steel fuel tank, engine acceleration mechanism, console, removable table frame, table frame power switch, diagnostic seat, cooling system, digital display gauge, fuel pressure gauge, vacuum gauge, universal casters with locking, etc. Functional features: 1. The measurement panel of the training platform is painted with a color inkjet circuit diagram, which is made of 8mm thick high-strength acrylic sheet by inkjet. It is resistant to large temperature difference, wear-resisting, moisture-proof, anti-corrosion, not easy to deform, long service life, bright color, not easy to fade, etc. 2. The operating panel of the training platform is equipped with automobile instrument, fuel pressure gauge and vacuum pressure gauge, which can display the changes of engine speed, fuel pressure, inlet manifold pressure and other parameters in real time. Equipped with a diagnostic seat, it can be connected to a special or general purpose vehicle decoder, which can read fault codes, clear fault codes, read data streams and other self-diagnostic functions for the engine, transmission and hybrid electric control system. Equipped with throttle control device to facilitate the acceleration and deceleration of the engine. 3. Test terminals are installed on the panel of the training platform, and the electrical signals of sensors, actuators and control unit pins, such as resistance, voltage, current and frequency signals, can be directly detected on the panel. 4. The training platform is made of steel frame structure by seamless welding, and the metal surface is treated with high-temperature plastic spraying. The paint is firm, with bright colors, scratch resistance, corrosion resistance and long service life, and the platform is equipped with self-locking caster device, which is flexible, safe, reliable and durable.
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