THREE PHASE HALF WAVE UNCONTROLLED RECTIFIER TRAINER

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THREE PHASE HALF WAVE UNCONTROLLED RECTIFIER TRAINER Specification

Type
Three Phase Half Wave Uncontrolled Rectifier Trainer

Material
Powder coated metal body, PCB components

Size
Standard laboratory tabletop

Input Voltage
Three Phase, 415V AC, 50 Hz

Color
White-Grey

Dimension (L*W*H)
360*300*125 mm

Capacity
Suitable for demonstration up to 1A load

Noise Level
Silent operation

Load Arrangement
Internal resistive loads, selectable by rotary switch

Front Panel
Clearly labeled circuit diagram and connection points

User Manual
Comprehensive operation and experiment manual included

Applications
Engineering education, power electronics labs

Rectifier Circuit
Built-in Three Phase Half Wave Diode Assembly

Power Consumption
Less than 100VA max

Output Voltage (DC)
Variable, up to 40V DC depending on load

Cooling
Natural convection ventilation slots

Diode Type
High current rated diodes (1N5408 or equivalent)

Metering
Digital Voltmeter and Ammeter

Test Points
Provided for input, output, and diode currents

Safety Features
Fused input, insulated test points

About THREE PHASE HALF WAVE UNCONTROLLED RECTIFIER TRAINER

Distinguished by its robust design and radiant performance, the Three Phase Half Wave Uncontrolled Rectifier Trainer grants outstanding access to advanced power electronics study. Equipped with a variable DC output up to 40V, it features a built-in three-phase half-wave diode assembly and selectable internal resistive loads. Unlock the potential of your lab with digital metering, fused safety measures, and clearly marked testing points. Ideal for engineering education, this trainer's powder coated finish and silent operation make it the preferred choice for distinguished institutions seeking excellence and promotion in technical training.

Comprehensive Application Surface in Engineering

The Three Phase Half Wave Uncontrolled Rectifier Trainer serves a broad application surface, unlocking educational opportunities in power electronics and engineering labs. Its surface of application includes plant demonstrations where practical understanding of rectification processes is essential. With integrated features tailored for hands-on experiments and troubleshooting, this trainer is the preferred tool in academic and industrial training centers, making it a radiant addition to any power electronics curriculum or skill advancement program.

Outstanding Supply Ability and Streamlined Procurement

With a distinguished reputation as a distributor, exporter, and manufacturer, supply ability of the rectifier trainer meets a wide market demand. Upon confirmed purchase order, the unit is swiftly dispatched, minimizing any expenditure of time for educators and laboratories. Our transparent sample policy and flexible payment terms ensure seamless procurement, facilitating a smooth purchasing process from inquiry to delivery-giving your institution access to exceptional training equipment with minimal delay.

FAQ's of THREE PHASE HALF WAVE UNCONTROLLED RECTIFIER TRAINER:

Q: How does the Three Phase Half Wave Uncontrolled Rectifier Trainer enhance engineering education?

A: By providing hands-on experimentation with rectifier circuits, the trainer unlocks practical learning and deeper understanding of power electronics principles for engineering students.

Q: What are the key safety features included with this trainer?

A: The trainer incorporates fused input protection, insulated test points, and a robust powder-coated metal body for distinguished safety during use.

Q: Where can this rectifier trainer be applied effectively?

A: It is best suited for usage in power electronics laboratories, engineering colleges, and industrial training plants requiring reliable demonstration of rectification principles.

Q: When can I expect the trainer to be dispatched after placing a purchase order?

A: Once the purchase order is confirmed and payment terms are fulfilled, the trainer is typically dispatched promptly according to our streamlined supply processes.

Q: What benefits does the built-in metering offer for users?

A: Radiant digital voltmeter and ammeter readings grant users access to real-time voltage and current monitoring, enhancing both understanding and experiment accuracy.

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