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Power & Industrial Electronics Trainer PET-1300 Downloadable Data Sheet Features Ideal for teaching power and industrial electronics. Integrated training system, with complete curriculum. Includes power supply, meter, and motor units. 13 experiment modules form basis for nearly 60 fully documented experiments. Main units and experiment modules available separately for economical construction of class sets. Optional rack frame and oscilloscope (illustrated) The training of qualified technicians able to install, operate, and maintain industrial and power electronics equipment is more and more required nowadays. The EDU-LABS PET-1300 Power Electronics Trainer is a comprehensive and self-contained training system that has been designed to satisfy these requirements. The wide range of detailed experiments covers subjects such as UJT, PUT, and SCR experiments, DIAC and TRIAC experiments, DC motor control, and over and under Voltage breaker experiments. PET-1300-MU Main Unit System The PET-1300-PS Power Supply Unit provides 18V-0V-18V and 12V-0V-12V AC outputs, as well as +12V and +5V DC outputs, each at 0.5A. The PET-1300-MM Meter and Motor Unit contains four separate analogue meters and also a 110V/220V motor. The meters are all dual-scale class 2.5 and read 0-110V-220V AC Voltage, 0-100mA-1A AC current, 0-10V-20V DC Voltage, and 0-100mA-1A DC current. PET-1300-EM Experiment Modules Thirteen modules form the basis for over 60 experiments detailed in the comprehensive experiment manual. Each module contains the experiment circuit which is clearly illustrated by a circuit diagram on its front panel. 2mm plugs and sockets are used throughout making for easy experiment connection by way of 2mm test leads. The full list of modules and experiments detailed in the experiment manual are: Power Supply Experiments AC Voltage measurement DC Voltage measurement UJT Experiments (Module PET-1300-EM01) UJT introduction UJT characteristics UJT equivalent circuit CDS trigger RTH trigger UJT relaxation oscillator UJT timer switch PUT Experiments (Module PET-1300-EM02) PUT introduction PUT characteristics PUT equivalent circuit CDS trigger RTH trigger PUT circuit oscillator PUT timer switch PUT & SCR Experiments (Module PET-1300-EM03) PUT staircase generator circuit PUT Voltage control ramp circuit SCR principle SCR characteristic curve SCR construction SCR trigger mode SCR RC shift control circuit SCS Experiments (Module PET-1300-EM04) SCS construction and operation mode Using VOM meter for SCS measurement SCS Schmitt circuit SCS simulating PUT circuit CDS trigger RTH trigger UJT & PUT Trigger SCR Experiments (Module PET-1300-EM05) Shift control basic circuit Shift control analysis AC shift control circuit analysis UJT trigger SCR shift control circuit PUT trigger SCR shift control circuit SCR Control DC Motor, DIAC and TRIAC Characteristic Experiments (Module PET-1300-EM06) SCR cut-off principle SCR control DC motor forward/reverse control experiment DIAC construction and characteristics DIAC operation mode and measurement TRIAC construction and characteristics TRIAC trigger mode TRIAC static measurement Automatic Control Lamp and TRIAC Control Speed Experiments (Module PET-1300-EM07) TRIAC shift control TRIAC automatic control lamp experiment TRIAC controlled motor introduction TRIAC controlled motor speed experiment Temperature Ratio, Photo-Couple and Touch Control Experiments (Module PET-1300-EM08) Electronic thermal converter SCR bridge temperature ratio control experiment Photo-couple control circuit FET construction and characteristics Touch alarm circuit Over/Under Voltage Breaker and Flasher Control Experiments (Module PET-1300-EM09) OPA characteristics and reverse and non-reverse circuit Voltage comparation circuit TRIAC power control application AC circuit control Multivibrator TRIAC Overflow and IC Timer Switch Experiments (Module PET-1300-EM10) Digital circuit introduction TRIAC overflow control experiment 555 IC circuit introduction IC timer switch experiment Digital Signal Driver and Zero-Voltage Switch Experiments (Module PET-1300-EM11) Digital signal driver control experiment Ideal half-wave zero-Voltage switch experiments Zero-Voltage Switch Experiments (Module PET-1300-EM12) TRIAC zero-Voltage switch experiments IC mode zero-Voltage switch experiments SCR Converter Experiments (Module PET-1300-EM13) Parallel converter introduction Series converter introduction Converter trigger source Converter Voltage adjust Converter output-waveform improvement PET-1300-MU Main Unit System Specifications   PET-1300-PS Power Unit AC Output 18V-0V-18V at 0.5A 12V-0V-12V at 0.5A DC Output +12V at 0.5A +5V at 0.5A PET-1300-MM Meter & Motor Unit Analogue Meters Dual-scale ACV: 0-110V-220V, class 2.5 Dual-scale ACA: 0-100mA-1A, class 2.5 Dual-scale DCV: 0-10V-20V, class 2.5 Dual-scale DCA: 0-100mA-1A, class 2.5 Computer Interface Serial Interface Parallel Interface USB Interface Motor 240V AC Accessories Power lead, 2mm connecting leads, storage cabinet, and user manual Optional Accessories Rack frame with oscilloscope tray, oscilloscope Power Supply 240V AC ±10% 50/60Hz