|Country of Origin||Made in India|
The machine TS-50L can effectively remove moisture, gas and impurities in the insulating oil, improve the pressure resistance of the oil and the quality of the oil, to ensure the safe operation of the power equipment. It is mainly used in the power sector and industrial and mining enterprises to deal with unqualified transformer oil, transformer oil, switch oil and so on.
|Primary Voltage||24 - 42 - 48 V|
|Secondary Voltage||2 x 12 V|
|Rated Power||50 VA|
|Power Supply||220 V 50/60 Hz|
Each electric machine is equipped with a comprehensive training manual showing all tests that can be performed at no-load and load conditions.
|Power Quality||Harmonic Load Flow|
|Power Quality Interharmonics||Interharmonic modeling & simulation|
|Embedded Analysis Modules||Cable Ampacity,Cable Constants,Cable Sizing,Transmission Line,Cable Manager|
|Renewable Energy||Wind Turbine Generator,Photovoltaic Array|
|Cable Sizing||Ampacity & Sizing,Protective Earthing (PE) Conductor Sizing,Electric Shock Protection|
|Cable Systems||Underground Thermal Analysis,Cable Pulling|
|Ground Grid Systems||Finite Element Method,IEEE 80 & 665 Standards|
|Control System Schematics||DC Control Systems,AC Control Systems|
|Transmission Systems||Line Constants,Line Ampacity,Contingency Analysis,Optimal Power Flow,HVDC Transmission Link|
|Model Name/Number||TS 1800|
|Usage/Application||Transformer Testing and industrial|
|Country of Origin||Made in India|
|LCR measurement range||L - 20H(2kV)|
|LCR measurement accuracy||0.1%|
|High voltage output||0.5KV~10KV|
ts1800 measures the capacitance and dielectric loss factor (tgδ) of high voltage electric equipment. it is integrated structure, built-in dielectric loss test bridge, variable frequency adjustable power supply, boosting transformer and sf6 standard capacitor.
high voltage source is generated by internal inverter of the instrument, which is used for testing test object after transformer boost. if adding a insulation cup and temperature control device, dielectric loss of insulating oil can be tested.
|Direct Voltage||300 V|
|Direct Current||20 A|
|Alternate Voltage||450 V|
|Alternate Current||20 A|
This laboratory is focused on the topic of the generation, the distribution and the utilization of the electrical energy, used for both industry and domestic applications.
The trainer is composed of a set of modules for the simulation of the various subsystems forming a complete electrical power system, from power generation to energy utilization.
It Can Be Subdivided Into Four Major Study Areas:
|Rated Output Power||150 W|
|Voltage Supply||24 V|
|Rated Current||11 A|
|Rated Speed||3000 rpm|
|Rated Torque||0,4 Nm|
|Output Voltages||+15 V , 0 V , - 15 V|
|Output Current||2,4 A (3 A for a short period)|
|Signal Voltage Range||10 V +10 V|
|Proportional Gain Kp||0 -1000|
|Adjustable Hysteresis||0 +- 2.5 V|
|Features||PLECS tools can be applied to many disciplines of power electronics engineering. Conceived with a t|
|Dedicated solvers||PLECS Standalone comes with an own engine for solving the circuit equations. The user can choose bet|
|Sampled data systems||The simulation engine allows to model sampled data systems,i.e. discrete systems that change only a|
|Interoperability||Simulation models can be exchanged with users of the PLECS Blockset using import and export function|
PLECS® tools can be applied to many disciplines of power electronics engineering. Conceived with a top-down approach in mind, PLECS facilitates the modeling and simulation of complete systems, including power sources, power converters, and loads.
Included with PLECS is a comprehensive component library, which covers the electrical, as well as the magnetic, thermal, and mechanical aspects of power conversion systems and their controls. Power electronics circuits are captured with a schematic editor in a way that is familiar and intuitive for electrical engineers. Typical power electronics components such as semiconductors, inductors and capacitors are placed on the circuit diagram and simply connected by drawing wires.
Electricity is a general term that encompasses a variety of phenomena resulting from the presence and flow of electric charge. These include many easily recognizable phenomena, such as lightning and static electricity, but in addition, less familiar concepts, such as the electromagnetic field and electromagnetic induction. Our proposal starts with the electric machines (4 different powers: 0.2 kW, 0.3 kW, 1.1 kW and 3.5 kW) and the related electromechanical construction technology and then proceeds with civil and industrial electrical installations, to reach the electrical power engineering subject, dealing with the generation, the distribution, the protection and the utilization of the electrical power. A special laboratory (EIB - European Installation Bus) is dedicated to the study of domotics, a new technology that uses a single bus for the distribution of both power and signals. We have complete solution of Electrical Engineering Department.
AC-DC conversion - Diodes and SCR
AC-AC conversion - TRIAC and phase control
DC-DC conversion - Chopper and switching supplies
DC-AC conversion - Inverter and frequency converters
DC and AC motor driving
To make some topics, covered in the various laboratories of power electronics, easier and more attractive, De Lorenzo has developed a software that allows studying in automatic mode the subjects concerning diodes and uncontrolled rectifiers, SCR and controlled rectifiers, thyristors and controlled AC/DC converters and induction motor drives. The software is divided in two parts one for power semiconductor devices (diode, SCR and thyristor) and one for variable frequency converter by means of the method of U/F characteristic curve. It is a Windows application that allows user to communicate with Power Electronics configuration through three main devices such as Isolation amplifier unit, PC interface unit and PWM control unit. It allows to work comfortably through a friendly interface, which makes possible to analyze the current configuration, and includes different graphs to monitor performance. It shows up with a very accurate graphic presentation and it is developed in LabVIEW environment.
|Network||DC Network Analyser|
|Position Control System||DC Motor|
|Brush Holder||3+3 Brushes|
Whole unit should to assembled & disassembled very easily:
It must be possible the realization of the following experiments :
It is also possible to perform tests and measurements on the electric machines of the OPENLAB system through a data acquisition and processing system composed of a dedicated software in LabView environment, an interface to PC and a set of suitable motor driven modules for the control of the parameter and interfaceable modules for the acquisition of data. The following table shows the changes in modules that is necessary to make to the system in order to obtain a fully automatic data acquisition and processing system with the OPENLAB components. All the substituting modules come from the Microlab electric
Our electrical machine trainer is a novel effort to make the long prevailing screwdriver technology of educating students, a thing of the past.
By way of this trainer that comes with 2 stators & 2 rotors students and teachers are capacitated to assemble and operate all types of A.C. & D.C. MOTORS effortlessly enabling them to unravel the various intricacies of electrical machine technology.
This trainer is indispensable in so far as it gives the forthcoming generation of engineering experts a chance to view their theoretical concepts perfectly synchronize with the practical know how of assembling & dismantling machines.
More so, the trainer brings to them 54 assembly experiments to familiarize them with the construction, operation and manipulation of all motors dominating every facet of our modern times.
It would not therefore be an exaggeration to state that the trainer is nothing but a manifestation of their very own technical ideas.
The novelty and authenticity of our research has received due certification from SHRI S.K.BHATTACHARYA, Head of Electrical Dept, TECHNICAL TEACHER'S TRAINING INSTITUTE, CHANDIGARH under ministry of HUMAN RESOURCE DEVELOPMENT.
|Application||Industry And Institutes|
|Power Supply AC Outputs||2 x 24V, 1,7 A|
|Frequency||10Hz to 100kHz (3 ranges)|
|Waveforms||Sine, Square, Triangle|