The composition and the working process of various ignition system can be demonstrated. The device is based on the multiple ignition system.
Structure and composition:
The ignition system training device contains total six systems be below:
Magnetic induction ignition system,
Photoelectric induction ignition system
Platinum contact ignition system,
Holzer electronic ignition system,
Independent type ignition system without distributor
Group type ignition system without distributor
And include large capacity battery or 12V switch power, detection terminal, fault settings and troubleshooting system, mobile bench.
Features:
It has the specialized troubleshooting and set areas.
The color circuit diagrams are printed on the panel which is easy for the students to analyses and to understand the ignition system.
1-6 types ignition system can be demonstrated.
It can fully display the composition and working process of the car charging system. The teaching board is based on the vehicle charging system.
Structure and composition:
Charging system components, motor, voltmeter, ignition switch, fault set and simulation system, control panel, mobile stand.
Features:
Teaching board is based on the real car charging system. Each system works properly and the working principle and process of the car charging system can be demonstrated.
It has the specialized troubleshooting and set areas. You can set multiple common faults, stimulate the fault, test the fault and solve the fault.
After setting the fault, the student can use the instrument to check out the location and content of failure through the fault troubleshooting exercises.
The detection terminal is mounted on the teaching board. Electrical signals, such as resistance, voltage, current, frequency, etc of the electrical components can be measured.
It can fully display the composition and working process of the car starting system. The teaching board is based on car starting system.
Structure and composition:
Starter, battery, neutral switch, high quality color schematic panel, fault-setting and troubleshooting system, control panel, removable stand, supporting manual and experiment guide book.
Features:
It has the specialized troubleshooting and set areas. Faults can be set and removed manually.
The circuit diagram is printed on the panel which is easy for understanding.
It is based on the real car starting system.
The detection terminal is mounted on the teaching board, signals, such as resistance, voltage, current, frequency, etc can be measured.
It shows the composition and working principle of the automobile airbag system. The teaching board uses new Passat airbag system components.
Structure and composition:
Airbag computer, crash sensors, fault setting and troubleshooting systems, large-capacity battery or 12V switch power supply, compressed air tank, left and right airbag, computer engraving circuit schematics panel, mobile stand, etc.
Features:
The panel is equipped with airbag component. It can fully display the structure of the airbag so that students can have good understanding of each component.
It has the troubleshooting areas and fault setting areas, multiple faults can be set.
The electrical signals of the airbag system, such as resistance, voltage, current, frequency, etc., can be directly measured.
Reading fault codes and clearing fault codes of the airbag control unit can be done by instrumentation.
The whole working process of collision sensors - Computers - spiral cable - the inflatable element - airbags detonated can be displayed when the sensor collision receive the collision signal by the indicator on the panel.
It can fully demonstrate the structure and working process of the car slip sunroof system. The product uses real car sliding sunroof system assembly.
Structure and composition:
Auto sliding sunroof assembly, sunroof switch, mobile bench with locking casters, etc.
Features:
The teaching board is mounted with detection terminals. The electrical signals of each circuit element, such as resistors, voltage, current, etc., in the car sliding sunroof system can be directly measured.
Real auto sliding sunroof system fully shows the structure and composition of the auto sliding sunroof system.
The teaching board panel is printed with the circuit diagram.
It can demonstrate the work process of the car slip skylight system.
The teaching board uses real car windows as the base. It can fully demonstrate the structure and work process of automotive power window system.
Structure and composition:
Control system of the power window, battery, control switch, windows, color schematic panel with computer handling, control panel, fault set and fault troubleshooting system,mobile stand.
Features:
The electrical signals can be measured, such as resistance, voltage, current, frequency, etc of the electrical components.
It has multi-faults setting function: After setting the fault, the participant can use the dedicated instrumentation to check out the location and content of the set point of failure through the fault troubleshooting exercises.
It is based on the real power window system and each system.
The color schematics is very convenient for students to analyses and to understand the work process of the power window.
It can dynamically demonstrate the whole working process of the electronic cruise system by changing the corresponding sensors signals of the engine speed controller, speed controller, transmission gear controller and cruise control switch. The teaching board is equipped with real assembly of the Passat electronic cruise control system, and auxiliary control system.
Structure and composition:
Cruise control unit, the electronic accelerator pedal combination meter, neutral start switch and other parts, cruise control switch, brake switch, faulty equipment and troubleshooting system, mobile stand, etc.
Features:
Diagnostic block installed on the bench can be connected to auto decoder. fault codes from electronic control system can be read and cleared.
External computer detection terminal makes it easy to measure the voltage or resistance.
After setting the fault, the trainee can use the instrumentation to check out the fault position and do the fault troubleshooting exercises.
It has dynamic function such as acceleration, deceleration, uphill, downhill, etc.
The composition and the working process of various ignition system can be demonstrated. The device is based on the multiple ignition system.
Structure and composition:
The ignition system training device contains total six systems be below:
Platinum contact ignition system,
Magnetic induction ignition system,
Photoelectric induction ignition system
Holzer electronic ignition system,
Independent type ignition system without distributor
Group type ignition system without distributor
And include large capacity battery or 12V switch power, fault settings and troubleshooting system, detection terminal, mobile bench.
Features:
1-6 types ignition system can be demonstrated.
It has the specialized troubleshooting and set areas.
The color circuit diagrams are printed on the panel which is easy for the students to analyses and to understand the ignition system.
Double Trace Teaching Oscilloscope
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Teaching Oscilloscope
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Junior Middle School Teaching Power
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It is used to measure primary and secondary winding of power transformer, power filter choke, speaker crossover, line output transformer of TV Set, field and line deflection yoke, inductance value and Q value of radio cassette bias oscillating coil and current loops.
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The model optionally includes anerror circuit. The model is made up of a genuine Golf dashboard. The diagnosis plug for measurements at the airbag, comfort control or dashboard unit is present.
This model is made of:
Controlpanel
Airbag- driver and passenger - belt pretensioner
Completelight system including instrument lighting
Blower/ ventilation - recirculated air
Centrallocking system
Windowregulator with comfort function
Doorunits with window regulator and mirror
With on board network unit / Gateway, etc.
It is used in middle school physics electrical teaching and vocational electronic circuit teaching and it is professional instrument for production and research use.
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Teaching Signal Generator
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The channel is equipped with a PVC inlet tank, and is developed for free discharge into the Hydraulics Bench. The is a compact open channel flume that is available in 2.5 m or 5.0 m lengths, with clean acrylic sides to the working part for complete visibility of the flow. The inlet tank includes a stilling arrangement to spread the water flow out before to entry into the channel for ensuring smooth uniform flow. Bed pressure tappings & fixing points for models are provided. A longitudinal scale set at the top of the channel allows depth gauges & Pitot-static tubes to be precisely located along the channel length. The level in the working part of the flume is controlled utilizing an overshot weir at the discharge end. The offered flume is mounted on a hard framework, and can be tilted by utilize of a calibrated screw jack that allows exact slope adjustment of the channel.
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