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Part2 New & Renewable Energy

ED-9710 _NEW & RENEWABLE ENERGY TRAINER

ED-9716_ BASIC ENERGY CONVERSION & ASSEMBLE TRAINER

ED-9717_ NEW & RENEWABLE POWER CONVERSION TRAINER

ED-9720 _ NEW & RENEWABLE ENERGY TRAINER

ED-9732 _ 300W WIND GENERATOR KIT

ED-9740 _ FUEL CELL TRAINER FOR STUDENTS

ED-9741 _FUEL CELL TRAINER FOR LECTURERS

ED-9810 _LED(LIGHT EMITTING DIODE) LAMP TRAINER

PART2.New & Renewable Energy

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58 Part2 New & Renewable Energy

ED-9710 NEW & RENEWABLE ENERGY TRAINER

• Conversion processing experiments on the produced energy(power production / processing)• Energy efficiency experiments followed by energy production and conversion• Voltage and current characteristics curve• Standalone or integrated operation of the energy experiment modules• Enriched teaching aids such as simulation software for power production

> EXPERIMENTS > CONFIGURATION• Understanding of the solar cell energy• Photo electricity simulation• Ohm’s Law and voltmeter/ammeter• Characteristics of solar cell(Isc, Voc, Im, Vm, Fill Factor)• Light source’s intensity and shadow• Basic circuits for charge and Inverter• Charge using the solar cell• AC/DC Inverter(sine wave / pseudo sine wave)• Standalone 12V solar cell system• Optional hybrid experiments(Option: ED-9731 or ED- 9732 model)

• Basic Module » ED-9710-01 Charging Controller Module-I » ED-9710-02 DC/AC Inverter Module-I » ED-9710-03 Energy Storage Module » ED-9710-04 Central Communication Module » ED-9710-05 AC Load Module » ED-9710-06 DC Load Module » ED-9710-07 DC/DC Converter Module-I » ED-9710-10 Photovoltaic Module-I » ED-9710-71 RS-485 Communication Board(8ea) » ED-9710-73 Multi RS-485 Converte(1ea)• Integrated System(Option) » 300W Wind Generator Kit(ED-9732)

• Experimental Rack : 1490(W) x 918(H) x 320(D)mm• Cable(Power, Serial, Circuit Connection) : 1set• Monitoring Software CD : 1ea• User Manual : 1ea

• Work Table » Dimension : 1490(W) x 846(H) x 800(D)mm » Material : MDF, wheel type with drawers

ACCESSORIES OPTION

• New & Renewable Energy

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> SPECIFICATION

» SOFTWARE

• Checks the voltage/current data per module(text and graph)• Graph and data storage function• I-V characteristics curve graph output for PV module

• Photo electricity simulation• Basic circuits and voltmeter/ ammeter practices• Ohm’s Law simulation

PC : LabVIEW Monitoring Program

JAVA photo electricity simulation JAVA Ohm’s Law simulation JAVA basic circuits simulation

» ED-9710-01 Charging Controller Module-I

» ED-9710-02 DC/AC Inverter Module-I

• Charge Controller » System Voltage : 12V » Self Power Consumption : 6~9mA » Charge Voltage : Floa-13.8V, Absorption- 14.4V/14.4V » Discharge Blocking Voltage : 11.4V » Load Reconnecting Voltage : 12.4V » Temperature Compensation : 20mV• Buzzer for Input Polarity » Operating Voltage : 5~12V

• Pseudo Sine Wave Inverter » Rated Continuous Output : 350W » Max. Instant Output : 700W » Input Voltage : 10~15VDC » Output Voltage : 220VAC » Low Voltage Alarm : 10.5V ±0.5V• Sine Wave Inverter » Rated Continuous Output : 200W » Max. Instant Output : 400W » Input Voltage : 10~16VDC » Output Voltage : 220VAC » Low Voltage Alarm : 11.0V ±0.5V, » High Voltage Isolation : 16.0V ±0.5V• Buzzer for Input Polarity » Operating Voltage : 5~12V

> EXPERIMENT MODULES




ED-9710-03Energy Storage Module

ED-9710-04Central CommunicationModule

ED-9710-05Load Module

ED-9710-06DC Load Module

ED-9710-07DC/DC ConverterModule-I

• MF Battery » Voltage : 12V » Capacity : 2.0AH• Battery Charger » Rated Input Voltage : 220V/60Hz/170mA » Rated Output Voltage : DC 12V » Rated Output Current : 1.6A• Buzzer for Input Polarity : Operating Voltage : 5~12V

• LED(10ea) » Operating Voltage : 5V » Size : o5 » Color : Blue• COM Port(9ea) : I/O Type : RS-485

• Fluorescent Lamp » Operating Voltage : AC 220V » Rated Input Current : 0.09A » Lighting Frequency : 42KHz » AC Motor » Operating Voltage : AC 110/220V » Power Consumption : 3.5W » Speed : 36rpm• 220V Power Outlet : Allowable Voltage : 220V/15A

• DC Lamp : Operating Voltage : 3~12VDC• DC Motor » Operating Voltage : 12V » Power Consumption : 0.63W » Speed : 6,100rpm• Buzzer for Input Polarity : Operating Voltage : 5~12V

• DC/DC Converter » DC/DC ConverterInput Voltage : 10~36V » Output Voltage : 12V » Output Current : 1.25A » Output method : single• DC FAN » Operating Voltage : DC 12V » Power Consumption : 0.7W » Type : Ball Bearing » Variable Resistance : 1KΩ• Buzzer for Input Polarity : Operating Voltage : 5~12V



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» ED-9710-03 Photovoltaic Module-I

» ED-9710-71 RS-485 Connector Module

» ED-9710-73 Multi RS-485 Converter Module

• MF Battery » Voltage : 12V » Capacity : 2.0AH• Battery Charger » Rated Input Voltage : 220V/60Hz/170mA » Rated Output Voltage : DC 12V » Rated Output Current : 1.6A• Buzzer for Input Polarity : Operating Voltage : 5~12V

• Max. Operating Power : 5W• Open Voltage : 20.5V• Short Circuit : 0.3A• Operating Voltage : 17.64V• Operating Current : 0.284A• General Characteristics• DC(AC) Voltage Meter, DC(AC) Ampere Meter » Voltage : AC 100-240V 50/60Hz » Power Consumption : 5VA » Max. Indication Range : -1999 ~ 9999(4 lines) » RS-485 Communication Output : 1200/2400/4800/9600bps » Protocol : Modbus• Communication Port : No. of Pin: 32pin x 2

• LED(10ea) » Operating Voltage : 5V » Size : o5 » Color : Blue• COM Port(9ea) : I/O Type : RS-485

• Fluorescent Lamp » Operating Voltage : AC 220V » Rated Input Current : 0.09A » Lighting Frequency : 42KHz » AC Motor » Operating Voltage : AC 110/220V » Power Consumption : 3.5W » Speed : 36rpm• 220V Power Outlet : Allowable Voltage : 220V/15A

• Communication Speed : 9600bps• General Characteristics » Input Voltage : AC 220V 60Hz

• Processor : Atmega128, 8bit RISC• Memory : 128k Program Flash, 64k SRAM• Program Downloader : ISP• Interface : RS-485, RS-232, USB• 485 Driver Chip : ADM1485

• DC Lamp : Operating Voltage : 3~12VDC• DC Motor » Operating Voltage : 12V » Power Consumption : 0.63W » Speed : 6,100rpm• Buzzer for Input Polarity : Operating Voltage : 5~12V

• DC/DC Converter » DC/DC ConverterInput Voltage : 10~36V » Output Voltage : 12V » Output Current : 1.25A » Output method : single• DC FAN » Operating Voltage : DC 12V » Power Consumption : 0.7W » Type : Ball Bearing » Variable Resistance : 1KΩ• Buzzer for Input Polarity : Operating Voltage : 5~12V




• Simulation of Photoelectric effect.• Experiment for voltmeter, ammeter and Ohm’s law.• Experiment of the characteristic for photovoltaic module.• Experiment of the angle of incidence and intensity of radiation with using exterior source of light.• Experiment of battery charging.• Experiment of power conversion with using Step-Up Converter Module.• Experiment of the AC and DC Load.• Experiment of the characteristic and making the charging circuit.• Experiment of the characteristic and making the Step-Up circuit.• Experiment of the characteristic and making the Inverter circuit.

> EXPERIMENTS

ED-9716 BASIC ENERGY CONVERSION & ASSEMBLE TRAINER

• Understanding the principal and conception of the generation of electricity for New Renewable energy.• Experiment of the conversion process for generated energy.• Understanding the principal and conception of the energy processing regarding generation of electricity energy.• Division between energy generating module and energy processing module.• Convenient fixation by one touch lever between each module and working board.• Control the source of light with using artificial light of sun.• Experiment and making for the circuit of Electricity power.


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• Module for charging the battery through output of solar cell. » Protection circuit for overcharge and over discharge. » Solar cell terminal : input and output of solar cell » Output terminal : output of battery voltage. » Battery terminal : terminal for connecting battery. » Batt Volt Set VR : setting up the overdischarge of battery » Balt Volt Set VR : setting up the charging voltage of battery. » Voltage control : Batt Volt, Batt Low. » Status Display : LED 2ea. » Capacitor : 100㎌ / 35V » Diode : 1N5822 » OpAmp : LM358 » Relay : 12HE-K

• Module to step-up the output for solar cell or battery as much as common AC voltage. » Input terminal : Input and output of charger module » Output terminal : output of boosted voltage » Check point: FET Gate Waveform & Oscillation circuit. » Switch mode Control : TL494 » MOSFET : IRF540 » Transistor : 2N3906 » Capacitor: 150㎌ / 400V » PhotoCoupler : TLP250 » Diode : 1N5404

• Module inverter from DC voltage of step up module to AC voltage » PWM type of Inverter circuit. » DC input terminal : input and output of step up module. » AC output terminal : Connecting load for using AC power. » REF, VR: Control output and voltage. » Check Point: check each of waveform. » Supply +15V, -15Vwith using SMPS module. » MOSFET : IRF540 » Transformer : CS-197 » PhotoCoupler : TLP250 » Capacitor: 100㎌ / 25V » PhotoCoupler : TLP250 » Diode : 1N5404 » Gate : CD4011 » OpAmp : LM358

• Module for apprehending the characteristic for voltage and current of solar cell. » Solar cell connection block : output terminal for solar cell 1 and solar cell 2. » Curve Tracer block : Check V-I characteristic curve of solar cell into Oscilloscope. » LCD Display : Indicating temperature, current, and voltage of Solar Cell. » Load block : 0~200Ω, 50W VR. » PC interface block : after connecting PC, analyzing the data into program. » Radiation sensor(Option) › Apprehending the amount of solar radiation. › Understanding the output of characteristic for solar cell

ED-9716-1 CHARGER MODULE

ED-9716-2 Step-Up Converter Module

U-5060G DC to AC Inverter Circuit

U-5060J DC Regulator Circuits

> Basic module Configuration




• Module for adjusting intensity of radiation of two 500W Halogen lamp » Built in 250V/2A Fuse

• Module for supplying power +15V, -15Vto Inverter circuit » Built in 250V/2A Fuse

• Connecting between Charger Module and DC12V,7AH Battery » Built in 250V/3A Fuse

» Operation power : AC 110V/50~60Hz,10W » Indicating the motor operation state with using troll plate.

• Module for making directly charger circuit by Students with using bread board. » Bread board for composing circuit. » Components for using charger circuit.

ED-9716-5 Dimmer Module ED-9716-6 DC Power Supply Module

ED-9716-7 Battery Module

ED-9716-9 AC Motor Module

ED-9716-10 Charger Assemble Module

ED-9716-8Lamp Module


» Operation Power : 220V/10W


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• Module for making directly charger circuit by Students with using bread board. » Bread board for composing circuit. » Components for using charger circuit.

• Module for making directly part of logic of step up circuit by Students with using bread board. » Bread board for composing circuit. » Main circuit of power Stack PCB » Component for DC-DC step up circuit

• Azimuth and Angle of inclination. » Azimuth : Adjusting up to 120° by hand » Angle of inclination : Adjusting up to 0~90° (per 15° unit)• Artificial source of light » 500W Halogen lamp : 2ea » Control angle with using Joint. » Control intensity of radiation by dimmer function • Solar cell module » Max Output : 10W » Max Voltage : 17.5V » Max Current : 0.59A » Stand Off : 21.5V » Short circuit current : 0.69A

• Module for making directly part of logic of inverter circuit by Students with using bread board. » Bread board for composing circuit. » Main circuit of power Stack PCB » Component for circuit of single phase inverter.

ED-9716-11 Step-Up Converter Assemble Module

ED-9716-12 Single Phase Inverter Assemble Module

ED-9716-13 Enhanced Photovoltaic Module


Cable : 1setCircuit components : 1 setEnglish manual Monitoring SW

Size : 1,218W) x 1,533(H) x 720(D)mmWorking board : 1,100(W) x 540(H)mmDrawer : 350(W) x 600(H) x 500(D)mm

ACCESSORIESOPTION



• Compose the circuit module for using power conversion ( Diode Rectification, Single phase control, three phase control, single phase current, three phase control, three phase inverter, single cycloconverter, stand alone converter, MPPT type direct current, PWM single converter) • Compose driver circuit, gate circuit, transformer for each experiment board and circuit device for users to replace.• Compose input terminal for external signal or VR for adjusting gate single in circuit.

ED-9717 NEW & RENEWABLE POWER CONVERSION TRAINER

• Experiment half-wave and wave rectification for using diode. • Experiment for single and three phase control. • Experiment for single and three phase alternating current power control • Experiment for squirrel cage motor load and load resistance • Experiment the role of P converter and N converter.• Experiment the stand alone inverter control and direct current control

> EXPERIMENTS

• AC Voltmeter 50V, 1.5 Class : 2EA• DC Voltmeter 50V, 1.5Class : 2EA• DC Ammeter 3A, 1.5 Class : 2EA• Graphics SCR Module Device (500V, 4A) : 5EA• Diode Device(600V, 5A) : 2EA• Graphics gate module (A type, VR) : Type 2 • Graphics Resistance / Reactance load (3 STEP) : Type 1 • Direct Current motor load(DC90V, 30W) : 1EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

ED-9717-1 Diode Rectification Board


• Cable : 1 set• User Manual

ACCESSORIES


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• AC Voltmeter 50V, 1.5 Class : 2EA• DC Voltmeter 50V, 1.5Class : 2EA• DC Ammeter 3A, 1.5 Class : 2EA• Graphics SCR Module Device (500V, 4A) : 5EA• Diode Device(600V, 5A) : 2EA• Graphics gate module (A type, VR) : Type 2 • Graphics Resistance / Reactance load (3 STEP) : Type 1 • Direct Current motor load(DC90V, 30W) : 1EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

• AC Voltmeter 100V, 1.5 Class : 1EA• DC Voltmeter 100V, 1.5Class : 1EA• DC Ammeter 3A, 1.5 Class : 1EA• Graphics SCR Module Device (500V, 4A) : 6EA• Graphics gate module (E type, VR) : Type 1• Graphics Resistance / Reactance load (3 STEP) : Type 1 • Direct Current motor load(DC 90V, 30W) : 1EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

• AC Voltmeter 100V, 1.5 Class : 4EA• AC Ammeter 3A, 1.5 Class : 2EA• Graphics SCR Module (500V, 4A) : 3EA• Diode Device(600V, 5A) : 1EA• Graphics gate module (A type, VR) : Type 2• Graphics Resistance / Reactance load (3 STEP) : Type 1 • Induction motor load (110V, 25W) : 1 EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

• AC Voltmeter 150V, 1.5 Class : 2EA• AC Ammeter 3A, 1.5 Class : 1EA• Graphics SCR Module (500V, 4A) : 6EA• Graphics gate module (E type, VR) : Type 1• Graphics Lamp load : 3 EA • Induction motor load (220V, 25W) : 1 EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

• AC Voltmeter 100V, 1.5 Class : 1EA• AC Ammeter 5A, 1.5Class : 1EA• DC Voltmeter 50V, 1.5Class : 1EA• DC Ammeter 5A, 1.5 Class : 1EA• Graphics SCR Module (500V, 4A) : 6EA• Capacitance 10㎌, 250V : 6EA• Graphics Resistance load (3 STEP) : Type 1 • Induction motor load (220V, 25W) : 1 EA

ED-9717-2 Single Phase Control Board

ED-9717-6 Three Phase Inverter Board


ED-9717-3 Three Phase Control Board

ED-9717-4 Single Phase AC Control Board

ED-9717-5 Three Phase AC Control Board




• AC Voltmeter 100V, 1.5 Class : 2EA• Graphics SCR Module (500V, 4A) : 8EA• Graphics gate module (D type, VR) : Type 1• Graphics Resistance load (3 STEP) : Type 1 • Induction motor load (110V, 25W) : 1 EA• Speed meter and sensor ( Photo interrupt type) : 1 SET

• Storage Battery (DC 12V, 7Ah)• DC-DC Converter (DC 12V input, AC 220V output)• Inverter (Pure Sine Wave type, Overload range : 20W)• Graphics gate module (F type, VR) : Type 1

• DC Voltmeter 100V, 1.5 Class : 1EA• DC Voltmeter 50V, 1.5 Class : 1EA• DC Ammeter 3A, 1.5 Class : 1EA• Graphic Power TR module(150V, 10A) ; 2EA.• Graphics Diode Module (600V, 5A) : 2EA• Chopper reactor fault current : 2EA• Graphics Resistance load (3 STEP) : Type 1 • Direct Current motor load DC 90V, 30W : 1EA• Graphics gate module (B type, VR) : Type 1• Graphics Drive circuit Module (A type) : Type 2• Speed meter and sensor ( Photo interrupt type) : 1 SET

• DC Voltmeter 100V, 1.5 Class : 1EA• AC Voltmeter 100V, 1.5 Class : 1EA• Graphic FET module(200V, 20A) ; 4EA.• Diode Module (600V, 5A) : 4EA• Graphics Resistance load (3 STEP) : Type 1 • Induction motor load 110V, 25W : 1EA• Graphics gate module (A type, VR) : Type 1• Graphics Drive circuit Module (F type, FET) : Type 4• Speed meter and sensor ( Photo interrupt type) : 1 SET

ED-9717-7 Single Phase Cycle Board

ED-9717-8 Stand Alone Inverter Board

ED-9717-9 MPPT Type Power Control Board

ED-9717-10 PWM Single Phase Inverter Board



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• Understanding of the solar cell energy• Photo electricity simulation• Ohm’s Law and voltmeter/ammeter• Characteristics of solar cell(Isc, Voc)• Light source’s intensity and shadow• Charge using the solar cell• AC/DC Inverter• Standalone-type 12V solar cell system

• Basic Module » Energy Production Module(in upper body) › Solar Cell Panel › Rheostat, Reflection Panel » Energy Processing Module(in lower body) › AC/DC Inverter › Charge Controller › Battery › AC/DC Tester » Communication Module › Multi RS-485 Converter › RS-485 Communication Board• Integrated System(Option) » 300W Wind Generator Trainer(ED-9732)

• Conversion experiments on the produced energy(power production/processing)• Characteristics of Solar Cell module’s voltage and current• Alarm beep for wrong wire placement• Voltmeter and ammeter as included for measuring AC and DC• Control by PC and waveform and graph output

> EXPERIMENTS> SPECIFICATION

> CONFIGURATION

Data Monitoring DC ModuleAC(Inverter) Module

• Simulation Software » Photo electricity simulation followed by the voltage impressed onto a metal plate » Photo electricity simulation followed by the types of a metal plate » Photo electricity simulation followed by the light’s wavelength » Basic circuit configuration » Understanding of the current flow » Simulation for the measured voltmeter/ammeter » Simulation by controlling voltage/current values » Simulation followed by the changes in voltage, current and resistance values

» SOFTWARE




• Solar Cell(Energy Production Part) » Serial/parallel wiring » Max. Operating Power : 5W » Open Voltage : 20.5V » Short Current : 0.3A » Operating Voltage : 17.64V » Operating Current : 0.284A » Dimmer Switch : 1KW » Halogen Lamp : 150W

• Charge Controller » System Voltage : 12V » Max. Charge Current : 10A/15A/20A » Max. Load Current : 10A/15A/20A » Self Power Consumption : 6~9mA » Charge Voltage(Float) : 13.8V » Discharge Blocking Voltage : 11.4V » Load Reconnecting Voltage : 12.4V » Temperature Compensation : 20mV

• AC/DC Inverter » Rated Continuous Output : 350W » Max. Instant Output : 700W » Input Voltage : 10~15VDC » Output Voltage : 220VAC » Low Voltage Alarm : 10.5V ±0.5V

• Energy Storage Module » MF Battery › Voltage : 12V › Capacity : 2.0AH » Battery Charger › Rated Input Voltage : 220V/60Hz › Rated Input Current : 170mA › Rated Output Voltage : 12VDC › Rated Output Current : 1.6A

• Buzzer for Input Polarity » Operating Voltage : 5~12V » Function : Alarm for wrong wire placement

• AC Voltage Meter(2ea), AC Ampere Meter(2ea) » Voltage : 100~240VAC 50/60Hz » Power Consumption : 5VA » Max. Indication Range : -1999~9999(4 lines) » RA-485 Communication Output : 1200/2400/4800/9600bps » Protocol : Modbus

• AC Load » Fluorescent Lamp › Operating Voltage : 220VAC › Rated Input Current : 0.09A › Lighting Frequency : 42KHz » 220V Power Outlet › Allowable Voltage : 220V/15A

• DC Load » DC Motor › Operating Voltage : 12V, › Power Consumption : 0.63W › Speed : 6,100rpm » DC Lamp › Operating Voltage : 3~12VDC

• DC Voltage Meter, DC Ampere Meter » Voltage : 100~240VAC 50/60Hz » Power Consumption : 5VA » Max. Indication Range : -1999~9999(4행) » RS-485 Communication Output :1200/2400/4800/9600bps• Multi RS-485 Converter(ED-9710-73) » Processor : Atmega128, 8bit RISC » Memory : 128k Program Flash, 64k SRAM » Program Downloader : ISP » Interface : RS-485, RS-232, USB » 485 Driver Chip : ADM1485 » Power : 5V• RS-485 Connector(ED-9710-71) » Communication Speed : 9600bps » Interface : RS-485 » No. of Pin : 32pin x 2, » High brightness Chip LED » Operating Voltage : 3V » Color : Yellow, Red

» GENRAL CHARACTERISTICS• Input Voltage : AC 220V 60Hz• System Dimension : 620(W) x 380(H) x 200(D)mm

> SPECIFICATION

• Cable(Power, Serial, Circuit Connection) : 1set• User Manual : 1ea

ACCESSORIES


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ED-9732 300W WIND GENERATOR KIT

• 6 rotational wings as mounted• Inverse current protection• Built-in charge controller and bulit-in battery• Overcurrent/electric discharge protection• 360˚ rotation by the direction of wind• Configurable composite structure by adding optional modules in energy production such as solar cell and fuel cell• Energy processing experiments in liasion with ED-9710 or ED-9720 model

> EXPERIMENTS

• Standalone Use » Principle of wind power generation(simulation)

• In liaison with ED-9710 or ED-9720 » Wind generation characteristics by the load » Wind generation characteristics by the wind speed » Battery charge and inverse voltage protection » Composite configuration with solar cell modules » Interlocking experiment on Power Processing/ Conversion Module » Monitoring on AC to DC conversion

• Generator » Max. Operating Power : 300W » Propeller : 6 wings » Rated Output : 100w(10m/s) » Starting Wind Speed : 2 m/s » Output Voltage : 12 V » Rotational Diameter : 90.3 cm » Turbine’s Weight : 4.5kg• Charging Controller » Regulating cut-in Voltage : 13.8V » Maximum charge Voltage : 14.4V(±2%)

» GENRAL CHARACTERISTICS• Dimension » Wing’s diameter : 903mm » 680Body’s length : 608mm

> EXPERIMENTS

• Cable(Power, Serial, Circuit Connection) : 1set• User Manual : 1ea

ACCESSORIES



ED-9740 FUEL CELL TRAINER (CASE TYPE)

• Understand the conception and principal of fuel cell generation• Fuel cell generation using photovoltaic• Complete disassembly and assembly of the fuel cell• Current and voltage measurement for PEM Fuel Cell Stack according to each of Cell• Power production experiment using PEM Fuel cell• Modularized of the processes covering electrical dissolution of water and drive of fuel cell• Experiment on various types of load• PEMFC(Hydrogen) generation experiment• Testing of load for maximum four fuel cell at the same time• Monitoring through LabVIEW program

• Experiment on Photovoltaic Generation » Solar cell generation experiment according to luminance » Solar cell generation experiment according to angle » Experiment on characteristic curve solar cell IV » Experiment (Motor, Lamp, Registor) according to solar cell Load

• Experiment on Fuel Cell Generation » Understand the conception and principal of fuel cell generation » Hydrogen electrical dissolution experiment » Experiment the principal for Hydrogen Generation » Experiment characteristic Load of PEMFC Cell (Motor, Lamp,Registor) » Experiment characteristic Load of PEMFC Stack (Motor, Lamp,Registor) » Experiment changed power which is created from each of cell » PEMFC cell serial and parallel experiment » Experiment on characteristic curve IV of PEMFC Stack » Experiment on disassembly and assembly of PEMFC Cell

• Solar Module : 1ea

• Halogen Lamp : 1ea

• Dimmer : 1ea

• Solar H2/Air PEMFC Stack(PEM Fuel Cellx10)

» 1ea

• PEM Fuel Cell

» 2 ea(Serial and parallel experiment)

• H2/Air Electrolyzer : 1ea

• Adjust Resistor / Electric Load Meter : 1ea

• LED Lamp Load : 1ea

• Motor Load : 1ea

• Insolation Meter : 1ea

• Infrared Thermometer : 1ea

> EXPERIMENTS > CONFIGURATION


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ED-9740 FUEL CELL TRAINER (CASE TYPE)

• Solar Cell » Max Operation Power : 10W » Open Voltage : 21.8V » Short Current : 0.64A » Operation Voltage : 17.6V » Operation Current : 0.64A » Size : 310(W) x 18(H) x 368(D)mm » Weight : 1.5kg

• Halogen Lamp » Power 220V/300W

• Dimmer » Using Voltage : AC220V » Rated Capacity : 1kW » Noise Terminals Voltage : below 7dB 45MHz~30MHz » T Shape Dimension : 80(W) x 60(H) x 120(D)mm

• H2/Air Electrolyzer » Power : 15W at 4DC » Allowable Voltage : 3.0~4.0V DC » Allowable Current : 0~4.0A DC » Electrolyzer Area : 16㎠ » Dimension : 180(W) x 140(H) x 120(D)mm » Weight : 460g

• H2/Air PEMFC Stack(Fuel Cell x 10) » Power : 200mW per cell » Power(10cells) : 2W » Dimension : 175(W) x 60(H) x 70(D)mm » Electrode area : 4㎠ per cell » Fuel : H2/Air » Weight : 430g » Generated Voltage : 0.4~0.96 per cell

• PEM Fuel Cell Master KIT » Power : 0.3~0.4W » Size : 30 x 30mm » Fuel : H2/Air

• Motor Pan(Load) » Operating Range : 1~6V » Nominal : 3.0V » No Load Speed : 3100rpm » Dimension : 60(W) x 140(H) x 40(D)mm » Weight : 45g

• LED Lamp(Load) » LED Lamp(Load)Power : 0.8W » Allowable Voltage : 5V » Allowable Current : 0.15A » LED : Per 15mA(8ea) » Dimension : 60(W) x 140(H) x 40(D)mm

• Monitoring system Adjust Resistor » Allowable Voltage : DC 0V~30V » Allowable Current : 10~50W, 1A~5A » Load Type : Analog Type » Load Error : 1.2% » Variable Resistance : 3.4~300Ω

• Electric Voltage /Ampere Meter » Power Voltage : AC 100~240 50/60Hz » Power Consumption : 5VA » Max Range : -1999~9999 » RS-485 Comm Output : 1200/2400/4800/9600bps » Protocol : Modbus » Communication Method : Half-DUP Lex » Communication with PC : USB

» GENRAL CHARACTERISTICS• Power : 10W• Weight : 1.5kg• Dimension : 658(W) x 245(H) x 447(D)mm

» SOFTWARE

• Monitoring on basic of text & monitoring current andvoltage graphic which is created from solar and full cell• Save testing accumulated data, and possible printing• Function to output the characteristic curve for current and voltage• I-V graphic curve function

> SPECIFICATION

• Cable (Power, USB, Circuit Connection) : 1set• User Manual : 1ea• Program CD : 1ea

ACCESSORIES



ED-9741 FUEL CELL TRAINER (MODULE TYPE)

• Understand the conception and principal of fuel cell generation• Fuel cell generation using photovoltaic• Complete disassembly and assembly of the fuel cell• Current and voltage measurement for PEM Fuel Cell Stack according to each of Cell• Power production experiment using PEM Fuel cell• Modularized of the processes covering electrical dissolution of water and drive of fuel cell• Experiment on various types of load• PEMFC(Hydrogen) generation experiment• Testing of load for maximum four fuel cell at the same time• Removable type of electrical dissolution and fuel cell from main body• Monitoring through LabVIEW program

• ED-9741-1 Photovoltaic Module -I• ED-9741-2 PEMFC Fuel Cell -I

• Insolation Meter : 1ea • Infrared Thermometer : 1ea

• Experiment on Photovoltaic Generation » Solar cell generation experiment according to luminance » Solar cell generation experiment according to angle » Experiment on characteristic curve solar cell IV » Experiment (Motor, Lamp, Registor) according to solarcell load

• Experiment on Fuel Cell Generation » Understand the conception and principal of fuel cell generation » Hydrogen electrical dissolution experiment » Experiment the principal for Hydrogen Generation » Experiment characteristic Load of PEMFC Cell (Motor, Lamp, Registor) » Experiment characteristic Load of PEMFC Stack (Motor, Lamp, Registor) » Experiment changed power which is created from each of cell » PEMFC cell serial and parallel experiment » Experiment on characteristic curve IV of PEMFC Stack » Experiment on disassembly and assembly of PEMFC Cell

> EXPERIMENTS

CONFIGURATION


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ED-9741 FUEL CELL TRAINER (MODULE TYPE)

» ED-9741-1 PHOTOVOLTAIC MODULE-I• Solar Cell » Power : 10W » Size : 310(W) x 18(H) x 368(D)mm » Weight : 1.5kg• Halogen Ramp » Power : 220V/300W• Dimmer » Using Voltage : AC220V » Rated Capacity : 1kW » Noise Terminals Voltage : below 7dB 45MHz~30MHz » T Shape Dimension : 80(W) x 60(H) x 120(D)mm• H2/Air Electrolyzer

» ED-9741-2 PEMFC FUEL CELL-I » Power : 15W » Dimension : 180(W)x140(H)x120(D)mm » Weight : 460g• Solar H2/Air PEMFC Stack(Fuel Cell x 10) » Power : 200mW per Cell » Power(10cells) : 2W » Fuel : H2/Air• PEM Fuel Cell Master KIT » Power : 0.3~0.4W » Size : 30 x 30mm » Fuel : H2/Air• Adjust Resistor » Allowable Voltage : DC 0V~40V » Allowable Current : 1A~5A » Load Type : Analog Type » Load Error : ± 1.2% » Variable Resistance : 3.4~300Ω• Motor Pan » Power : 10mW• LED Lamp » LED : 8ea » LED Color : Red, Blue, Green• DC Voltage Meter / DC Ampere Meter(2ea) » Power Voltage : AC 100~240 50/60Hz » Power Consumption : 5VA » Max Range : -1999 ~ 9999 » RS-485 Com Output : 4800/9600bps » Communication Method : Half-DUP Lex

» GENRAL CHARACTERISTICS• Input Voltage : AC 220V / 60Hz• Dimension : 595(W) x 1,437(H) x 560(D)mm

» SOFTWARE

• Monitoring on basic of text & monitoring current and voltage graphic which is created from solar and full cell• Save testing accumulated data, and possible printing• Function to output the characteristic curve for current and voltage• I-V graphic curve function

> SPECIFICATION

• ED-9710-71 RS-485 Connector Module : 2ea• E9710-73 Multi RS-485 Converter : 1ea• Cable (Power, Serial, USB, Circuit Connection) : 1set• User Manual : 1ea• SW CD : 1ea

• ED-9710-70 ZigBee Mote Module : 1ea• ED-9710-71 RS-485 Connector Module : 2ea• ED-ZigM ZigBee Codi Module : 1ea• ED-3121 Ubiquitous Monitoring System : 1ea

ACCESSORIES

OPTION



ED-9810 LED(Light Emitting Diode) LAMP TRAINER

• Practice basic method how to operate such as basic operation, Constant voltage, Constant current, serial connection, and parallel connection• Brightness control, Color control, and lighting• Simulation for Steady/PWM• Brightness control for AC LED• Digital and analogue VLC• Monitoring control operation data and basic circuit data• Control and monitoring using PC(LabVIEW) and Embedded GUI

• LED Basic operation experiment (Constant voltage,Constant current, serial connection, and parallel connection)• LED Brightness control, Color control and lighting experiment• LED control program practice• Webbench Simulation• Experiment LED operation using AC Dimming• Experiment VLC(Visual Light Communication)• LED control using PC LabVIEW program• LED control using Web server• LED control using Embedded GU

> EXPERIMENTS > CONFIGURATION

AC LAMP

EMBEDDED

CONTROL 1

CONTROL 2

CONTROL 3VLC

EMBEDED


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ED-9810 LED(Light Emitting Diode) LAMP TRAINER

» EMBEDDED BOARD• H/W » CPU : PXA270(520MHz) » FLASH : 32MByte » SDRAM : 128MByte(32bits Access) » SRAM : 1MByte(32bits Access) » TFT LCD : Touch Pad(7inch), 16bits, 800 x 480 » Ethernet : 10Mbps Ethernet(CS8900A)-1Port » Serial Port : FF, ST, BT UART » USB 1.1 : Bluetooth UART-1Port(VLC use) » Touch : Host(SL811HST), Client ADS7846 » Slot : MMC/SD-1 Slot » Stereo I/O : Cirrus CS4202 » VLC I/O : 24Pin x 2 Connector » Multi-ICE : Multi-ICE 20Pin Connector » JTAG : PC Interface 10Pin Connector• OS » Kernel : Linux 2.6.17 » Bootloader : u-boot-1.1.4 » File system : Ramdisk, jffs2• S/W » Device Driver » 7”TFT LCD » UART 3Port, FF/ST/BT » Jffs2 Device Driver » CS8900 Ethernet » MMC/SD » USB Host » USB Client » AC’97 CODEC » Application : LED Lamp Control Application

» EMBEDDED BOARD• H/W » Basic Circuit › 12V, 5V Supply › Red LED x 13(5V) › Green LED x 3(5V) › Blue LED x 3(5V) › Selector x 1(3pole 4position) › 1K VR x 2 » Control 1 › 12V, 5V Supply › Full Color LED x 16(5V) › Character LCD 8 x 2 Line › Atmega 128 MCU › Tack SW x 5(for using control) » Control 2 › 12V, 5V Supply › Full Color LED x 9(5V) › Character LCD 8 x 2 Line › Atmega 128 MCU › Tack SW x 5(for using control) » Webbench › 12V, 5V Supply › White LED x 2(Steady, PWM Control) » AC LED › 220V, 12V Supply › M-AC LED x 1(110V~220V) › 10K VR(Dimming Control)

» VLC › 12V, 5V Supply › Digital & Analog VLC Support › ATmega8 x 2(RX parts, TX parts) › 3.5pi Audio Jack(IN) › TX : Red LED x 8 › RX : FND(Digital), Speaker(Analog) » Display › 12V, 5V Supply › Character LCD 8 x 2 Line › Atmega 128 MCU › USB B type x 1(PC to Mega128 Serial Com)• S/W » Application › LED Lamp Control Application(LabVIEW, WEB)

» SOFTWARE• QT Program(Embedded GUI)

• LabVIEW Program(PC GUI)

» GENERAL CHARACTERISTICS• Dimension : 690(W) x 180(H) x 420(D)mm

> SPECIFICATION

• Cable (Power, Serial, Printer, USB, AVR ISP, ARM JTAG, UTP Corss) : 1set• User Manual : 1ea• Program CD : 1ea

ACCESSORIES

Main Screen

VLC Screen

Color Control Screen


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