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Eddy Current-Disc Type

Name: Eddy Current-Disc Type
Brand: SAMTECH INSTRUMENTS
Price: 575.0 INR
Availability: InStock

Price 575.0 INR/ Piece

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MOQ : 50 Pieces

Eddy Current-Disc Type Specification

Measurement Range
Up to 300 Nm

Model No
MAE-118

Temperature Range
0C to 60C

Capacity
300 Nm

Application
Physics Laboratory Demonstration

Frequency
50/60 Hz

Power Source
Electric

Voltage
220 V AC

Feature
Non-Contact, Low Maintenance, High Accuracy

Accuracy
0.5%

Core Components
Disc Rotor, Eddy Current Coil

Product Type
Eddy Current Kit

Automation Grade
Semi Automatic

Equipment Materials
Aluminum Alloy Housing

Type
Eddy Current-Disc Type

Usage
Testing and Measuring Torque

Display Type
Digital

Dimension (L*W*H)
420 x 320 x 280 mm

Weight
22 kg

Brake Torque Control
Variable

Color
Grey & Blue

Cooling System
Air Cooled

Operating Humidity
20%~80% RH

Protection Class
IP54

Application
Industrial, Laboratory Use

Response Time
<2 ms

Mounting
Base Mounted

Rotation Direction
Bidirectional

About Eddy Current-Disc Type

Eddy Current Kit

The Eddy Current Kit is a physics demonstration apparatus designed to illustrate the phenomenon of eddy currents, electromagnetic induction, and Lenzs Law. The model provides a clear visual demonstration of how induced currents are generated in a conducting material when it moves through a magnetic field.

The apparatus consists of a precision-machined aluminium disc, a pair of powerful neodymium magnets, and a hand-operated rotating mechanism mounted on a sturdy laboratory base. When the disc is rotated and the magnets are brought close to its surface, eddy currents are induced within the aluminium disc. These induced currents generate an opposing magnetic field that slows the disc's rotation, demonstrating electromagnetic braking.

Ideal for physics laboratories, STEM education, engineering demonstrations, and science exhibitions, this apparatus helps students understand one of the most important applications of electromagnetic induction used in modern technology.

Precise and Responsive Torque Measurement

Engineered for high-accuracy testing and measuring, the MAE-118 offers up to 300 Nm measurement range with quick response times less than 2 milliseconds. Its digital display ensures real-time and reliable readings, making it optimal for laboratory experiments and demonstrations requiring precision and control.

Durable Design with Enhanced Protection

Constructed from an aluminum alloy housing, this eddy current-disc system combines air-cooled performance with an IP54 protection class, ensuring safe operation in diverse laboratory conditions. The base-mounted, grey and blue unit is robust enough for steady use while keeping ongoing maintenance minimal.

FAQ's of Eddy Current-Disc Type:

Q: How does the MAE-118 ensure accurate torque measurement during laboratory demonstrations?

A: The MAE-118 utilizes an eddy current-disc mechanism paired with a high-precision digital display, offering 0.5% accuracy for torque measurements up to 300 Nm. Its non-contact design and rapid response time (less than 2 ms) further contribute to consistent, precise results.

Q: What are the steps to set up and use the MAE-118 in a physics laboratory setting?

A: To set up the MAE-118, mount it securely to a base, connect to a 220 V AC power supply, and adjust the controls on the digital interface for variable brake torque. Its bidirectional rotation and digital feedback allow streamlined experimentation and demonstration with minimal calibration.

Q: When is it beneficial to use this eddy current-disc brake system over traditional torque measurement devices?

A: The MAE-118 is especially advantageous in scenarios requiring high accuracy, quick response, and low maintenance, such as rapid torque fluctuation demonstrations in physics labs. Its non-contact and air-cooled design make it suitable for frequent, repeated use without wear concerns associated with friction-based systems.

Q: Where can the MAE-118 be applied outside of physics laboratory demonstrations?

A: Although primarily designed for educational and physics laboratory use, the MAE-118's precise control and measurement capability make it suitable for quality control, mechanical testing, and torque verification tasks in research and development environments.

Q: What are the benefits of the MAE-118's air-cooled system and IP54 protection class?

A: The air-cooled system prevents overheating during continuous operation, while the IP54-rated enclosure safeguards the equipment against dust and water splashes. Together, these features extend the lifespan of the device and ensure reliable performance in standard laboratory conditions.

Q: How does the MAE-118 maintain low maintenance requirements?

A: Its non-contact eddy current mechanism minimizes mechanical wear, reducing the frequency of servicing. The robust aluminum alloy housing and air cooling further protect internal components, ensuring consistent, trouble-free operation with little intervention.

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