PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

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PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

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MOQ : 1 Piece

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD) Specification

Usage
PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

Mounting Type
Tabletop/Bench

Max Height
12 cm (PCB/module)

Resolution
0.1V

Number of Specimens
1

Application
SCR-based Power Electronics Experiment, Educational Demonstration

Accuracy
2%

Temperature
Operating: 0C to 50C

Test Range
Inverter up to 200 W

Response Time
<2 ms

Power Supply
230V AC, 50 Hz

Interface Type
Test points & Banana sockets

Automation Grade
Manual

Specimen Size
Standard module

Features
Short circuit protection, Overload protection, Rugged construction

Measuring Range
DC Input voltage 0-24V

Product Type
PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

Humidity
Up to 90% RH (Non-Condensing)

Operating Voltage
24V DC (Inverter input), 230V AC (Mains supply)

Frequency
50 Hz

Equipment Type
Laboratory Equipment

Display Type
Digital Meters for Voltage & Current

Capacity
200 W

Machine Weight
2.8 kg (approx.)

Test Width
PCB width approx. 12 cm

Control Mode
Manual and Auto

Waveforms Available
Input and Output (AC) Test Points

Cooling
Natural Air

Input Type
Single Phase

Commutation Technique
McMurray-Bedford Parallel Inverter topology

Fuse Protection
Provided, 2A

Step Down Transformer Rating
230V/24V, 2A

Panel Material
Powder Coated CRC Sheet

No. of SCRs
4 (2 per inverter leg)

Accessories Supplied
Patch Cords, User Manual

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD) Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Letter of Credit at Sight (Sight L/C), Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

Parallel Inverter using SCR's (Mcmurray Bedford)

Kit Workingvoltage: (220-240)VAC

InputVoltage: 30 V DC

OutputVoltage: 30 V AC

OutputCurrent: 1 Amps

OutputFrequency: 0- 50Hz

Advanced Educational Tool for Power Electronics

Designed with students and educators in mind, this parallel inverter setup provides valuable insights into SCR-based inverter circuits. The McMurray-Bedford topology offers a practical understanding of commutation techniques, fostering strong foundational knowledge through hands-on experiments and demonstrations. With both manual and auto control modes, users can examine and fine-tune circuit behavior, making it an excellent choice for academic and training environments.

Robust and Safe Laboratory Equipment

Built with durability and user safety as key priorities, the inverter features powder-coated CRC sheet casing, natural air cooling, and comprehensive fuse protection. Short circuit and overload protections are integrated, ensuring reliable operation and component longevity. Its easy-to-use interface, including digital meters, test points, and banana sockets, facilitates effective experimentation while maximizing safety for users.

FAQ's of PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD):

Q: How does the McMurray-Bedford parallel inverter with SCRs operate?

A: The inverter operates by using four silicon-controlled rectifiers (SCRs) arranged in a parallel inverter topology, following the McMurray-Bedford commutation technique. It converts direct current (DC) input (0-24V) into alternating current (AC) output through controlled switching, allowing users to observe and analyze waveforms at designated test points.

Q: What are the primary applications of this inverter equipment?

A: This product is mainly used for educational demonstrations, laboratory experiments, and training in power electronics. It helps students and professionals understand SCR operation, inverter topologies, and commutation techniques, making it suitable for engineering institutions and technical training centers.

Q: When should this equipment be used in a laboratory setting?

A: The inverter can be used whenever practical demonstrations of SCR-based parallel inverter circuits are required, particularly in lab courses focused on power electronics or inverter technology. It's effective for instructor-led sessions, self-guided student experiments, or research projects examining inverter characteristics.

Q: Where can waveform testing be performed on this equipment?

A: Waveform testing is facilitated through dedicated test points on the inverter's front panel. Users can connect measurement instruments such as oscilloscopes or multimeters to these points to observe both input and output AC waveforms during operation.

Q: What is the process for operating the inverter safely?

A: To operate the device safely, connect the DC input (up to 24V) via banana sockets, ensure fuse protection is in place, and select the control mode (manual or auto) as needed. The unit should be mounted on a tabletop or bench and operated within the specified temperature and humidity ranges. Fuse and circuit protections help prevent damage during faults or overloads.

Q: What are the benefits of using this SCR-based inverter for demonstration and training?

A: The equipment provides a reliable, hands-on method for learning about inverters, SCR operation, and commutation methods. Its rugged construction, built-in protections, and user-friendly interface make it ideal for repeated use in academic environments, helping to bridge theory and practical application.

Q: How is short circuit and overload protection implemented in this inverter module?

A: Short circuit and overload protection are provided through internal fusing and electronic safeguards, minimizing the risk of damage to both the equipment and the user. When an overload or short circuit is detected, the fuse disconnects the circuit, ensuring that the system remains safe during experimental errors.

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

PARALLEL INVERTER USING SCRS (MCMURRAY BEDFORD)

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