SPEED CONTROL OF SEPARATELY EXCITED DC MOTOR USING SINGLE PHASE HALF-FULL WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER

Get a Price/Quote

SPEED CONTROL OF SEPARATELY EXCITED DC MOTOR USING SINGLE PHASE HALF-FULL WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER Specification

Type
Electrical Engineering Trainer Kit

Material
MS Powder Coated; ABS Plastic Panel

Size
Trainer Table-top (Compact)

Input Voltage
230 VAC, 50 Hz (Single Phase)

Color
Multicolor (Front Panel Graphics)

Dimension (L*W*H)
Approx. 500 x 400 x 200 mm

Capacity
1 HP (Motor capacity)

Noise Level
<60 dB

Weight
Approx. 15 kg

Motor Type
Separately Excited DC Motor

Demonstration Features
Half wave and full wave speed control, Firing angle variation

Output Voltage (Adjustable)
0 Rated Voltage, Continuously variable

Learning Support
Comprehensive manual with experiments

Protection
Fuse for short circuit & overload, Emergency stop switch

Drive Method
Single Phase Half/Full Wave SCR Controlled Bridge Converter

Current Range
Up to 3A DC (Typically)

Power Consumption
<400 VA

Control
Inbuilt firing angle controller (with fine adjustment)

Included Modules
Firing Circuit, Converter Circuit, Motor, Mains Cord, Interconnecting Leads

Speed Control Range
Wide, nearly from 10% to 100% of Rated Speed

Indication
Digital voltmeter, ammeter and speed indicator

Operating Environment
040C, <80% RH, non-condensing

About SPEED CONTROL OF SEPARATELY EXCITED DC MOTOR USING SINGLE PHASE HALF-FULL WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER

The SPEED CONTROL OF SEPARATELY EXCITED DC MOTOR USING SINGLE PHASE HALF-FULL WAVE BRIDGE CONTROLLED BRIDGE CONVERTER TRAINER is a popular and meritorious solution for electrical engineering laboratories. Its prodigious design features unparalleled versatility, enabling advanced speed regulation from 10% to 100% of the rated speed. With special inbuilt firing angle control and robust protective mechanisms, this table-top trainer allows seamless and safe experimentation. Complete with digital indicators and comprehensive instructional material, the unit supports both half-wave and full-wave control, making it an excellent choice for training, research, and demonstration applications across India.

Versatile Application and Usage

This trainer finds application on educational and research surfaces, primarily in electrical engineering labs, vocational institutes, and technical universities. The device is applied by connecting included modules-firing circuit, converter, and motor-through interconnecting leads. Used for demonstrating and experimenting with both half and full wave speed control of separately excited DC motors, it aids learners and researchers in understanding advanced drive methods and hands-on speed regulation techniques.

Packaging, Payment & Delivery Terms

Packed with premium care in a compact, sturdy box to ensure product safety during transit, this prodigious trainer is ready for distribution worldwide. We offer flexible payment terms, including bank transfer or purchase order, prioritizing transaction convenience and security. The standard FOB port is located in India, facilitating quick processing and dispatch of orders for both local and global clients seeking superior technical trainers.

FAQ's of SPEED CONTROL OF SEPARATELY EXCITED DC MOTOR USING SINGLE PHASE HALF-FULL WAVE BRIDGE CONTROLLED BRIDGE COVERTER TRAINER:

Q: How does the speed control trainer work for separately excited DC motors?

A: The trainer utilizes a single phase half/full wave SCR controlled bridge converter to provide precise, continuously variable output voltage, allowing wide speed control from nearly 10% to 100% of the motor's rated speed.

Q: What are the key features that make this product meritorious for laboratory use?

A: The unit offers advanced firing angle control, digital voltmeter, ammeter and speed indication, overload protection, and demonstration of both half and full wave speed control, making it ideal for hands-on educational and research activities.

Q: When should I use the emergency stop switch included with the trainer?

A: The emergency stop switch should be used immediately if you encounter any abnormal operation, short circuit, or overload, ensuring user safety and preventing equipment damage.

Q: Where can this trainer be effectively implemented?

A: It is best suited for electrical engineering laboratories, technical universities, vocational training centers, and research institutions that require sophisticated DC motor control demonstrations.

Q: What is the benefit of the included comprehensive manual?

A: The manual provides step-by-step experiments, operational guidance, and theoretical background, enhancing the learning process and maximizing the educational value of the trainer kit.

Tell us about your requirement