SINGLE PHASE PARALLEL INVERTER USING SCR
SINGLE PHASE PARALLEL INVERTER USING SCR

SINGLE PHASE PARALLEL INVERTER USING SCR

SINGLE PHASE PARALLEL INVERTER USING SCR Specification

  • Type
  • Power Electronics Training Kit
  • Material
  • Mild Steel, Bakelite, Electronic Components
  • Size
  • Desktop Laboratory Module
  • Input Voltage
  • 230V AC, 50Hz
  • Color
  • Grey/Black Panel with Printed Circuit
  • Dimension (L*W*H)
  • 300 mm x 250 mm x 100 mm
  • Capacity
  • Up to 100W (Demonstration Purposes)
  • Noise Level
  • Silent Operation
  • Waveform Frequency
  • 50 Hz
  • Output Voltage
  • 230V AC (nominal), Sine/Square Wave selectable
  • Indications
  • LED indicators for operational status
  • Output Load Capacity
  • Up to 100W resistive load
  • Inverter Configuration
  • Single Phase, Parallel Operation
  • Power Supply
  • Internal step-down transformer, rectifier and regulator circuit
  • Cooling Method
  • Natural air cooled
  • Connectivity
  • Isolated outputs and banana jacks for easy connection
  • Learning Features
  • Designed for SCR inverter and parallel operation study
  • Switching Method
  • Manual/Auto Mode Selectable
  • Control Device
  • Silicon Controlled Rectifier (SCR)
  • Test Points
  • Multiple front-panel test points for waveform observation
  • Display
  • No digital display, waveform monitoring by oscilloscope
  • Protection
  • Fuse protection for input and output, over-current protection
 
 

About SINGLE PHASE PARALLEL INVERTER USING SCR



Utilise this rare opportunity to enhance your laboratory set-up with the SINGLE PHASE PARALLEL INVERTER USING SCR. Offering an unparalleled blend of safety and performance, this phenomenal power electronics training kit functions on single-phase, parallel operation with SCR control. Output selectable between sine and square wave at 230V AC, up to 100W, with both manual and auto mode options. Terrific for hands-on SCR inverter study, it includes LED indicators, advanced protection, and banana jack connectivity. Order today and benefit from silent, reliable, and robust desktop operation.

Expanded Use Across Education & Engineering

The SINGLE PHASE PARALLEL INVERTER USING SCR is specifically designed for expansive learning and practical demonstration in electrical labs, research facilities, and training institutes. Suitable for engineering students, educators, and professionals, it aids in mastering SCR-based inverter configurations and parallel operations. Its exceptional build makes it ideal for academic study, project prototyping, and hands-on skill development in the power electronics domain.


Packaging, Shipment & Sample Policy

Stock ready for immediate dispatch, each unit is safely packaged to prevent transit damage. We provide well-labeled, robust boxed shipments, ensuring goods are securely shipped to your preferred location. Sample requests are warmly welcomed and charged at nominal rates. Standard delivery time ranges from 5 to 10 business days across India, with express options available for urgent laboratory needs.


FAQ's of SINGLE PHASE PARALLEL INVERTER USING SCR:


Q: How does the SINGLE PHASE PARALLEL INVERTER USING SCR benefit power electronics education?

A: This training kit offers learners hands-on experience in SCR inverter principles, parallel inverter operations, and waveform observation, making it an invaluable asset for mastering practical concepts and testing theories.

Q: What is the output capacity and waveform flexibility of this inverter kit?

A: It delivers up to 100W resistive load with selectable sine or square waveforms at 230V AC, 50Hz, catering to diverse application and testing needs.

Q: Where is this product most commonly used?

A: The inverter is ideally used in technical education institutions, research laboratories, and engineering training centers for demonstration, experiment, and project development.

Q: What safety and protection features are integrated in this inverter kit?

A: It incorporates fuse protection for input and output, over-current protection, natural air cooling, and clear LED indicators, ensuring operator safety and equipment reliability.

Q: How is waveform monitoring performed with this inverter kit?

A: Waveform outputs can be monitored using multiple front-panel test points via an oscilloscope, providing direct and detailed waveform analysis.

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