Prony Brake Dynamometer

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MOQ : 1 Unit

Prony Brake Dynamometer Specification

Accuracy
1%

Automation Grade
Manual

Model No
PB-03

Measurement Range
Up to 3 HP

Feature
Direct Reading, Sturdy Construction, Accurate Measurement

Frequency
50 Hz

Core Components
Friction Drum, Loading System, Torque Arm, Measuring Scale

Temperature Range
Ambient

Power Source
Manual, No electrical power required

Capacity
3 HP

Equipment Materials
Mild Steel, Cast Iron

Type
Prony Brake Dynamometer

Usage
Used to measure engine or motor power output

Display Type
Analog

Dimension (L*W*H)
700 x 300 x 350 mm

Weight
Approx. 45 kg

Calibration
Factory Calibrated

Application Area
Educational Laboratories, Testing Workshops

Shaft Diameter
25 mm

Environmental Suitability
Indoor

Torque Measuring System
Mechanical Lever & Scale

Applicable Motor Types
DC & AC Motors

Finish Type
Powder Coated

Brake Material
Leather or Asbestos Lined Belt

Maximum Brake Load
Up to 50 kg

Friction Drum Diameter
200 mm

Mounting Type
Base Mounted

About Prony Brake Dynamometer

Get It Now: The trending PB-03 Prony Brake Dynamometer delivers unparalleled precision in measuring motor and engine output. With a matchless design featuring a leather or asbestos-lined belt, it's crafted for durability from mild steel and cast iron. Praiseworthy for its factory calibration and mechanical lever system, this equipment assures 1% accuracy for DC & AC motors up to 3 HP. Limited stock - order today for immediate, manual, and analog torque measurement in educational labs or testing workshops.

Preferred Tool for Educational and Testing Applications

The Prony Brake Dynamometer is widely used by instructors, students, and technicians in engineering colleges and industrial training institutes. It is specifically utilized for accurately measuring the power output of AC and DC motors in controlled environments. Suitable for base mounting in indoor educational laboratories and professional testing workshops, this robust device is essential for practical learning, performance analysis, and hands-on experimentation involving a variety of motor types.

Sample Policy and Export Commitments

We offer a streamlined sample policy to support international buyers and domestic customers. Samples can be requested at the time of order placement with a nominal supply fee. Our main export markets include South Asia, Africa, and the Middle East. Order processing is efficient, with prompt drop-off and delivery, generally completed within 3-4 weeks from confirmation. We prioritize quick response times, professional packaging, and reliable logistics to ensure customer satisfaction across every market.

FAQ's of Prony Brake Dynamometer:

Q: How does the PB-03 Prony Brake Dynamometer measure torque and power output?

A: The dynamometer uses a mechanical lever and scale system. When the friction drum is engaged, it translates rotational force into readable values, allowing direct measurement of torque and calculation of power output for both AC and DC motors.

Q: What types of motors and capacities is this dynamometer suitable for?

A: This device is suitable for both DC and AC motors with shaft diameters up to 25 mm and a capacity of up to 3 HP, making it ideal for educational laboratories and industrial testing workshops.

Q: Where is the PB-03 Prony Brake Dynamometer mounted for best performance?

A: The dynamometer is designed for base mounting on stable surfaces in indoor environments, such as laboratory benches or workshop tables, ensuring accurate and safe operation.

Q: What is the process for ordering and receiving a sample for this equipment?

A: To request a sample, contact our supply team during order placement. After order confirmation and payment of the sample fee, order processing begins, typically with drop-off and delivery within 3-4 weeks.

Q: What are the main benefits of using the Prony Brake Dynamometer in educational settings?

A: Its direct analog measurement system, sturdy construction, and high accuracy offer hands-on experience for students and technicians. It fosters practical learning in motor performance testing without the need for any electrical power.

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