A Magnetic Powder Dynamomètre is a testing device that uses magnetic powder to generate braking torque. It is ideal for testing motors, transmissions, and machinery requiring high torque at low or medium speeds. The device provides full torque at zero speed and offers precise control over braking force.

Operating Principle

1. Magnetic Powder Technology: Fine magnetic powder is placed between the rotor and stator.
2. Electromagnetic Field: Electrical current through the coil generates a magnetic field.
3. Torque Generation: Magnetic powder changes its properties under the magnetic field, creating smooth braking torque.
4. Frictionless Operation: Torque is transmitted without mechanical contact, reducing wear.
5. Precise Control: Torque is infinitely adjustable via the excitation current.

Product Information

1. Torque Range: 1 Nm to 1000 Nm (depending on model).
2. Power Absorption: 250 W to 48 kW (short-term or continuous operation).
3. Speed Range: Up to 4000 RPM for most models.
4. Cooling Options:
   
   • Air-cooled for compact setups.
   • Water-cooled for high-power applications.
   • Compressed air or blower cooling for extended durability.
5. Accuracy Ratings: ±0.2% to ±0.5%, depending on size and configuration.
6. Compact Design: Low inertia and dynamically balanced rotors ensure stable performance.

Key Features

1. Full torque capability at zero speed for precise testing.
2. Smooth braking torque across all speed ranges.
3. Adjustable torque via controlled magnetic field.
4. Low residual torque ensures accurate measurements.
5. Compact, high torque-to-inertia ratio for efficient operation.

Test Capabilities

1. Torque Testing: Measures real-time torque output with high precision.
2. Speed Testing: Evaluates motor performance across various speeds.
3. Power Testing: Calculates input and output power for efficiency analysis.
4. Efficiency Testing: Determines energy conversion rates under load conditions.
5. Temperature Rise Testing: Monitors heat generation during operation.
6. Load Characteristics Testing: Analyzes motor performance under varying loads.
7. Durability Testing: Assesses long-term reliability under continuous operation.
8. Starting Torque Testing: Measures motor startup characteristics at standstill.

Applications

1. Automotive motor and transmission testing for R&D purposes.
2. Performance evaluation of industrial machinery and appliances.
3. Quality control for servomotors, fans, drills, and hydraulic systems.
4. Tension control in printing presses and wire drawing machines.
5. Aerospace and medical applications requiring precise torque control.
6. servomotors, geared motor, gearbox, windshield wiper motor, starter motor, fans, drills, hydraulic transmission systems and motors for domestic appliances

Advantages

1. Provides full torque even at zero speed, ideal for low-speed applications.
2. Frictionless operation reduces wear and maintenance costs significantly.
3. Stable braking torque ensures consistent test results across all conditions.
4. Multiple cooling options support extended operation in high-power setups.
5. Compact design with high accuracy makes it suitable for diverse industries.

Testing Measurement Ranges(all the parameters can be customized):