Using original electric vehicle electric power system, it can show structure and working process of electric vehicle electric power system, it can perform operation for starting and running of electric vehicle electric power system operation.
Features:
Well- run electric vehicle drive system, to demonstrate composition structure and working process of electric vehicle drive system.
The trainer is equipped with throttle control device which can facilitate the electric vehicle drive system for acceleration and deceleration.
Trainer base adopts steel structure welding, with spray paint treatment and self-locking casters.
The test meter is installed on trainer panel which can real-time display power transmission process, speed, fault parameters change of electronic control system etc.
Trainer panel uses 4mm-thick aluminum plate with corrosion resistance, impact resistance, pollution resistance, fire prevention, moisture proof function, the panel printed by color circuit diagram to understand and analyze the working principle of the control system through circuit diagram and driving system object.
To show the structure and working process of the electric vehicle super capacitor system. The equipment adopts the original electric vehicle super capacitor system, it can achieve operation of super capacitor system fast charging, slow charging, using and running working condition simulation etc.
Product Features:
Fully display the electric vehicle super capacitor energy storage system, it can dynamically simulate discharge condition of super capacitor energy storage system, the energy flow direction and the motor running state.
The ignition switch, accelerator pedal, gear switch, digital tachometer, current meter etc. are installed on the teaching board panels
There is a simulation motor used to demonstrate the operating state of the motor.
Including the training platform, brake pedal, electronic accelerator pedal, super capacitor group and a current meter, motor controller.
The color circuit diagram and working principle diagram are printed on trainer panel, to understand and analyze the working principle of the vehicle super capacitor energy storage system through the structure principle diagram and object of vehicle super capacitor energy storage system
Trainer base adopts steel structure welding, with spray paint treatment and self-locking casters.
Electric Vehicle Vacuum Booster Brake System Trainer uses original electric vehicle electric vacuum booster brake system, it can demonstrate the working principle of electric vacuum booster braking system for electric vehicle, to perform training operation for electric vehicle electric vacuum booster brake system adjustment and emptying maintenance.
Structure and composition:
Electric vacuum booster braking system for electric vehicle: brake mechanism, seat, brake booster and other components.
Product Functions:
Brake booster cutaway device, an intuitively understanding of working condition of the brake booster
Dynamically demonstrate the working principle of the electric vehicle vacuum assisted braking system
Achieve electric vehicle vacuum booster brake system adjustment and emptying maintenance and other training operations
Achieve practical operation of assembly and disassembly and components maintenance of electric vehicle vacuum assisted braking system.
The electric vehicle air conditioning system trainer, based on the original electric vehicle air conditioning system, fully demonstrates the structure and working process of electric vehicle air conditioning system.
Features:
Including training platform and electric vehicle air conditioning system.
Trainer panel uses 4mm advanced thick aluminum plate which owns functions of corrosion resistance, impact resistance, pollution resistance, fire prevention, moisture proof because the surface is treated with spray paint by special technology.
Control panel with electric vehicle air conditioning circuit schematic, is mounted on detection plug whose circuit connects each air conditioning component.
Trainer panels is installed with high and low pressure gauge, air inlet and outlet temperature gauge, to real-time display parameters of air conditioning pipeline pressure, inlet and outlet temperature.
Trainer panel is installed with detection terminal, can directly detect the electrical signal of each circuit element of air-conditioning system on panel, such as resistance, voltage, current, frequency signal.
Students can practice training of filling refrigerant and detecting leakage etc.
Trainer base adopts steel structure welding, with spray paint and self-locking casters.
The electric vehicle air conditioning system trainer, based on the original electric vehicle air conditioning system, fully demonstrates the structure and working process of electric vehicle air conditioning system.
Features:
Trainer panel is installed with detection terminal, can directly detect the electrical signal of each circuit element of air-conditioning system on panel, such as resistance, voltage, current, frequency signal.
Trainer panels is installed with high and low pressure gauge, air inlet and outlet temperature gauge, to real-time display parameters of air conditioning pipeline pressure, inlet and outlet temperature.
Including training platform and electric vehicle air conditioning system.
Control panel with electric vehicle air conditioning circuit schematic, is mounted on detection plug whose circuit connects each air conditioning component.
Trainer panel uses 4mm advanced thick aluminum plate which owns functions of corrosion resistance, impact resistance, pollution resistance, fire prevention, moisture proof because the surface is treated with spray paint by special technology.
Trainer base adopts steel structure welding, with spray paint and self-locking casters.
Students can practice training of filling refrigerant and detecting leakage etc.
Using electric vehicle power steering system components and front suspension system components, It can make front wheel alignment detection and adjustment, it can operate electronic control power steering system independently on the training platform according to the original car position layout.
Structure and compositions:
The Main Bench
Front suspension system and electronically controlled power steering system assembly:
Equipped with 2 independent suspension, up and down bracket and steering knuckle, hub, tire.
Booster pump drive motor (380V, 1.5KW), Steering double loading to simulate the vehicle weight and road condition device, movable frame, rotating machinery safety protection cover.
Steering booster pump, direction machine assembly, left and right horizontal tie rod, steering column and steering wheel, etc.
The Console
Speed simulation adjustment device, the main oil pressure gauge, left and right power cylinder oil pressure gauge.
Integrated with circuit fault setting module.
Equipped with ignition switch, power indicator, leakage protection switch, DC 12V switching power supply.
Designed to understand the operating principles of anelectrical window system.
Operation of each electric window motor can be observedduring the operation of the Electric Window Trainer.
Self contained, fully operational Electric Window SystemTrainer.
Complete with front and rear electric window assemblies andswitches.
Features:
The electrician is adopted a mash plate structure. Suitable subjects: electrician training, electrical training, electrical control technology, electric drive control circuit and skills training, electronic training and related experimental and educational subjects.
The boiler water feeding is got from the mains by means of a embodied circulation pump rated at 0.55 kW and electrical valve. The automatic steam generator has a 9 kg/h production capacity, at 4.5 bar pressure. The most relevant protections and warning system are also considered, such as the level indicator, pressure switches, safety valves, manometer and warning lights. The heating of the water occurs by means of three resistors with a global electric power of 7 kW.
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Electrical components for the start and operation of the compressor mounted clearly visible
Lab jacks and cables to connect the electrical components
Experimental unit from the practical series for the training of mechatronics engineers for refrigeration
Circuit diagram on the front panel for easy identification of the components
Refrigerant circuit with compressor, receiver, 2 valves and 2 manometers to investigate pressure switches on the delivery and intake sides
Operation of a thermostat
Correct electrical connection of a refrigerant compressor.
Electrical Drive Trainer
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Box Size: 120 × 70 × 60mm; Power: DC3V (two batteries of NO.5); Diode:1N4001; Resistance: the error does not exceed ± 5%.
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The Electrical Fabrication Learning System includes a workstation, wiring components, storage case, hand tool package, electrical consumable package, electrical accessories, and student curriculum in print, instructors assessment guide, and installation guide. Electrical Fabrication Learning System teaches students skills that are commonly used by electricians, technicians, and engineers in todays industry. Installing, operating, repairing, or designing equipment for modern industry requires fundamental knowledge of electrical wiring and components. Optional interactive multimedia extends the learning opportunity as well as allows students to learn in the style they need. Students will gain expertise in key skill areas such as basic electrical system wiring, interpreting wire installation plans, handling non-metallic cable, installing basic components such as switches, outlets, and lighting, and connecting electrical services.
Features:
Safety Emphasized at All Levels
Optional Interactive Multimedia
Hands-On, Job-Ready Industry Skills
Student Reference Guide.
Demonstrates the electrical circuit of a complex full conditioning system with heat pump function. The control circuits are actually present. The components in the load circuits are simulated (e.g. compressor, heater, 4-way reversing valve). Identifying electrical faults in air conditioning systems requires comprehensive knowledge. This knowledge includes the design and operation of the individual electrical components as well as the reading of circuit diagrams. Helps to acquire this knowledge. At very low outer temperatures an electrical auxiliary heating is activated during heating operation. With low air humidity the hygrostat activates the humidifying function. The air conditioning system with heat pump function cools in the summer and heats in the winter. During heating operation the defrost timer introduces a hot gas defrosting by briefly switching the 4-way reversing valve. The operating state of the simulated components is indicated via lamps in the circuit diagram on the front panel. Typical protection devices, such as circuit breaker and frost protection monitor, complete the electrical circuit.
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The electrical components for the start and operation of a refrigerant compressor are clearly visibly arranged in a transparent showcase and already wired. The capacitor and start-up relay required for the motor are examined. Identifying electrical faults in refrigeration systems requires comprehensive knowledge this knowledge includes the design and operation of the individual electrical components as well as the reading of circuit diagrams. It helps to acquire this knowledge. The simulation of 15 different faults, e.g. coil fracture in the motor, short circuit in the operating capacitor or welded contacts in the start-up relay, is possible. Typical protection devices, such as circuit breaker and automatic fuse, are also arranged clearly visible.
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Electrical simulation of compressor and fan
Identification of 15 faults: multimeter measures voltages or resistances at the lab jacks
Temperature control with thermostat and compressor
Fan with 2 adjustable speeds
Operating states of the simulated components indicated via lamps in the circuit diagram
Experimental unit from the practical series for the training of mechatronics engineers for refrigeration
Simulation of the electrical circuit of a simple air conditioning system for cooling
Real control circuits with electrical components, simulated load circuits
Circuit diagram depicted on the front panel.
training of mechatronics engineers for refrigeration
Electrical simulation of compressor and fan
Temperature control with thermostat and compressor
Simulation of the electrical circuit of a simple air conditioning system for cooling
Identification of 15 faults: multimeter measures voltages or resistances at the lab jacks
Real control circuits with electrical components, simulated load circuits
Operating states of the simulated components indicated via lamps in the circuit diagram
Fan with 2 adjustable speeds
Circuit diagram depicted on the front panel.
Operated: Static
Dimensions: 15 x 15 x 15(h) cm
Net Weight: 0.5 kg
Gross Weight: 1 kg
Equipment Layout: On Base.
Electrical Fundamentals 1:
Measuring Voltage and Current
Series and Parallel Circuits
Thermo couples
Photocells
Cells and Batteries
Ohms Law.
Electrical Fundamentals 2:
Series/Parallel Networks
Voltage and Current dividers
Resistors in Series and in Parallel
Power in DC Circuits
Kirchoffs Laws
Power Transfer.
Electrical Fundamentals 3:
Capacitors and Electrostatics
Generator Principals
Transformers and their Construction
Inductors and Inductance
DC Motors
Transformer Losses.
Electrical Fundamentals 4:
AC Measurements
Inductance and Capacitance
LR and CR Parallel AC Circuits
LCR Parallel AC Circuits
LR and CR Series AC Circuits
Low Pass and High Pass Filters
Band Pass and Band Stop Filters
LCR Series AC Circuits
Q Factor for Bandwidth.
Features:
Variable speed motor mounted in a dual axis bearing.
Separate hand-held optical tachometer.
Adjustable masses to produce balance, and positive and negative torque position
Includes spreadsheet discs files for data analysis
Removable gyroscope for demonstration of nutation effects.
Experimental Capability:
Investigates behaviour of a suspended gyroscope
Demonstrates relationships between gyro speed and torque, precession and nutation
Experiments on fundamentals of gyroscopic motion.
