Electric Vehicle Charging Pile Teaching Board is an electric vehicle charging pile teaching board, the teaching board can demonstrate the actual working condition of electric vehicles charging pile through the reasonable combination of IC card reading unit, man-machine interface(MMI), operation / failure / charging indication system, infrared communication unit, light box components.
Functions:
Electric vehicle charging pile has built-in IC card reading unit, MMI and light box assembly, instruction system, infrared communication unit, user can take operation control through the MMI. The electric vehicle charging pile provides credit card area and charging interface. And electric vehicle charging plug is inserted into the charging interface and to be charged by reading IC card through IC card unit.
MMI is a touch screen.
Electric vehicle charging pile external sets an indicator lamp.
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.
The trainer can be controlled by MCU and PLC. It integrates different technologies, such as belt drive transmission technology, stepper motor driving, position detection, PLC and microprocessor technology. Electric Six Axis Manipulator trainer simulates the operation of an industrial robot, such as: overall rotation, arm rotation, forearm rotation, wrist rotation, gripper rotation, gripper opening/ closing.
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It can practice the operation of starting, accelerating and decelerating of electric motor and electronic transmission bridge. The trainer is based on electric motor and electronic transmission bridge of electric vehicles. It can show the composition structure and work process of electric motor of electric vehicle.
Structure And Compositions:
Faults can be set manually to conduct fault diagnosis training.
It can meet students training needs of the electric vehicle drive system structure, working principle, fault setting and diagnosis etc.
Using safe low-voltage system. It is based on electric vehicle driving system, including: motor, motor controller, battery management system, battery set.
With intuitive electronic control system circuit diagram and the corresponding circuit detection point.
Battery charging voltage: DC48V.
Comprising:
Universal drilling frame complete but without electric motor
Electric Motor Complete
Coring angle: 0 to 360°
The excursion group is rectified to assure a very soft and accurate drilling movement. The excursion is 550 mm. The height of the vertical column is 1000 mm and it is pre-built for extension column connection. Electric motor at three speeds: 670, 1140, 1580 rpm with speed reducer, provided of friction device and switch to CE Safety Directive.
Three speed electric motor with friction device
Rectified excursion group
Connection to coolant water supply
Robust, compact, wheels mounted
Coring angle: 0 to 360°
Theoretical topics:
First Kirchoff principle
Second Kirchoff principle
Series parallel connection
Series resistances
Parallel resistances
Theorem of the effect superposition
Thevenin theorem
Elements of an Electric Networks: node, arm, mesh
Voltage dividers
Fault simulation
Norton theorem
Millman theorem.
EV Electric Vehicle Cutaway training model is cutaway for understanding the structure and work principle of an electric car. All of high pressure safety system, electric power steering control system, electric air-conditioning system, driving motor integrated system, battery characteristics integrated system, braking system, charging system are cutaway to make students more intuitively understanding of the structure of electric vehicle system composition and working principle.
Product structure and composition:
Electric power steering control system
Electric vehicle braking system
Electric vehicle charging system
Testing of the electric car
Electric vehicle drive motor integrated system
Electric vehicle high pressure safety system
Battery characteristics integrated system.
The teaching board contains whole car electrical system. It can fully show the structure and working process of the car electrical system.
Structure and composition:
starting system, charging system, wiper system, lighting system, terminals and connections, wiring diagrams instructions, failure settings and troubleshooting system, mobile gantry, electric windows, instrumentation systems, sound systems, high-capacity battery or 12V switch power, etc.
Features:
It can fully demonstrate the structure of the various systems and the working principle of the car electrical system.
Diagnostic block is installed on the panel which can be connected to an auto decoder. And you can use an engine self-diagnostic functions to read the fault codes from the engine electronic control system, and clear the fault code and reading data stream.
It allows the students to conduct series training of the whole car electrical system.
It has the troubleshooting and faults setting system. You can set multiple faults, stimulate the fault, test the fault and solve the fault.
Theoretical Topics:
Thermal effect of the current: Joules law
Practical applications of the Joules law
The power and the electric energy
Fault simulation
Energy transfer from a supply unit to a load
Their measurement
Energy balance and efficiency
Adaptation of the load.
Circuit blocks:
Bimetallic sheet switch: thermostat
Energy balance and efficiency
Electrical power in parallel connection
Energy: Joules law
Electrical power in series connection.
Set of Electricity Sensors
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Theoretical topics:
The electric field generated by a uniformly loaded unlimited plane surface
The electric field of a double plane surface
The potential and the potential difference
Characteristics of the electric field and its measurement units
Fields of force
The field vector
Energy of the electric field in the capacitors
Fault simulation
Capacitors: composition, identification, connection
Discharge of capacitors
Charge of capacitors.
Transparent plastic shell single-phase watt hour meter.
electrical equipment for secondary school physics to explain the structure of the electric energy meter and measurement of single phase active power.
Rated voltage 220V, 50HZ, rated current 10A.
The trainer can demonstrate the actual working condition of the electric vehicle vacuum booster braking system through the current test instrument, vacuum booster, brake, motor, brake energy recovery device
Product Functions:
Collect and analyze the recovery of braking energy when the braking condition is changed.
Simulation of the braking principle and braking energy recovery of motor car at different speeds.
Product structure and composition:
Instrument, indicating the relationship between battery powers and braking energy recovery.
Throttle mechanism, foot type regulation mechanism, adjust the speed of the electric drive change.
Driving bridge assembly.
Electric vehicle motor controller: Alpha motor controller for electric vehicle.
Car seat: manual adjustment for the car seat.
Vehicle hydraulic brake mechanism, with brake pedal, brake general pump, brake branch pump, parking brake mechanism, and brake sensor.
Electric vehicle batteries: iron lithium ion battery set.
Design and investigation of circuits with electrical components from refrigeration
Electrical components mounted clearly visible and connected on terminal blocks
Experimental unit from the practical series for the training of mechatronics engineers for refrigeration
3 pressure switches, 2 thermostats, 1 solenoid valve, 1 timer, 4 circuit breakers, 5 contactors, 3 relays, 2 capacitors
1 set of cables with wire end ferrules for wiring electrical components on terminal blocks
5 lamps to simulate consumers
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.
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The product is composed of a host machine, hammer, edge clamp, recording tape, toner paper plate etc. Products using the power supply voltage: AC220V±22V, frequency: 50Hz±0.5Hz; product can output 20Hz, 50Hz, 100Hz high voltage pulse EDM, discharge time, the corresponding interval is 0.05s, 0.02s, 0.01s, the size of the output of the electric spark track adjustable. Quality: 50 RBI RBI continuous leak point, clear ideas, the diameter is not greater than 0.8mm. The main engine size is not less than 150 * 60 * 55mm, the size of the control point trace, the output frequency selector switch, the power switch and the indicator light are all on the main board, and can be adjusted according to the experiment.
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A track with a ruler, friction block, car, controller and so on
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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.
It is applied to laboratory and control laboratory in middle schools and colleges, industrial and mining enterprises, environmental protection units, hospitals and research institutions, is one of common necessary equipments and is ideal apparatus for domestic heating.
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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.
