Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX

Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX

19000 INR/Piece

Product Details:

  • Power 2 W (Measurement Circuit)
  • Display Digital LCD Display
  • Voltage 230 V AC, 50 Hz
  • Usage Measurement of magnetic field strength and its gradient in Helmholtz coils
  • Product Type Helmholtz Coil Magnetic Field Measurement Apparatus
  • Material Coil Enamelled Copper Wire, Frame Powder-Coated MS
  • Design Table-Top with Adjustable Coil Separation
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Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX Price And Quantity

  • 19000 INR/Piece
  • 1 Piece
  • Meets standard laboratory experiment requirements
  • 0 20 mT (milliTesla)
  • 100
  • Standard 4 mm banana sockets for power supply
  • 150 mm (Circular Helmholtz Coil)
  • Detachable sensor, power cable, instruction manual
  • Adjustable probe carrier for position along x-axis
  • Equal to radius (as per Helmholtz design)
  • 0C to 50C, non-condensing
  • Facilitates determination of dB/dx at points between/near coils

Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX Product Specifications

  • 230 V AC, 50 Hz
  • Measurement of magnetic field strength and its gradient in Helmholtz coils
  • Approx. 8 kg
  • Table-Top with Adjustable Coil Separation
  • Not Applicable (Operates via direct power)
  • Approx. 350 mm 250 mm 350 mm
  • Mains Operated
  • Hall Effect Sensor
  • Helmholtz Coil Magnetic Field Measurement Apparatus
  • 1% of reading
  • 2 W (Measurement Circuit)
  • Digital LCD Display
  • Coil Enamelled Copper Wire, Frame Powder-Coated MS
  • Meets standard laboratory experiment requirements
  • 0 20 mT (milliTesla)
  • 100
  • Standard 4 mm banana sockets for power supply
  • 150 mm (Circular Helmholtz Coil)
  • Detachable sensor, power cable, instruction manual
  • Adjustable probe carrier for position along x-axis
  • Equal to radius (as per Helmholtz design)
  • 0C to 50C, non-condensing
  • Facilitates determination of dB/dx at points between/near coils

Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX Trade Information

  • All India

Product Description

Objective :- Measurement of field Strength B and its variation in circular Helmholtz Coil,

Determine the DB/DX

Setup Contains:-

Helmholtz Coil with different Turns Assembly

IC Regulated Power Supply (0-30) V, (0-5) A with digital meters

Digital Gauss Meter with Special Gauss Probe InAs Material

Stand for Gauss Probe.

Connecting Wire.

Optical Rail Arrangement with clamping device for study the variation between the

coils.



Precision Field Measurement for Academic Excellence

Accurately measure both magnetic field strength and its spatial variation in real time with this Helmholtz Coil system. Strongly suited for physics labs and educational institutions, it provides students and researchers with reliable, repeatable results, thanks to high-precision engineering and user-oriented design. Durable construction ensures ongoing performance, even under frequent use.


Versatile and User-Friendly Setup

Featuring an adjustable probe carrier, digital LCD display, and intuitive controls, the system promotes hands-on learning while simplifying alignment along the x-axis. Banana socket connections allow easy integration with standard laboratory power supplies, and the detachable Hall Effect sensor makes maintenance and replacement hassle-free.

FAQ's of Measurement of field Strength B and its variation in circular Helmholtz Coil, Determine the DB/DX:


Q: How is the magnetic field strength (B) measured using this Helmholtz Coil apparatus?

A: The apparatus includes a Hall Effect sensor attached to an adjustable probe carrier that can move along the x-axis between or near the coils. By positioning the probe at desired points, the digital LCD display shows real-time magnetic field readings ranging from 0-20 mT with high accuracy.

Q: What does dB/dx represent, and how can it be determined with this system?

A: dB/dx is the spatial gradient or rate of change of the magnetic field (B) along the x-axis. You can determine it by taking measurements at multiple positions using the adjustable probe, then calculating the difference in field values divided by the distance between the points.

Q: When is this Helmholtz Coil apparatus most beneficial for laboratory use?

A: This equipment is ideal for physics experiments that require uniform magnetic fields, such as demonstrating field uniformity, investigating magnetic phenomena, or studying electromagnetic properties. Its 1% accuracy and compliance with lab standards make it suitable for both teaching and advanced research.

Q: Where should the system be operated for optimal performance and safety?

A: Operate the device in standard laboratory environments, keeping the ambient temperature between 0C and 50C with non-condensing humidity. Place the table-top unit on a stable surface to ensure accurate and consistent measurements.

Q: What is the process for setting up and using the Helmholtz Coil apparatus?

A: Set the coil separation to match the radius, connect the power supply using the 4 mm banana sockets, and install the Hall Effect sensor onto the adjustable probe carrier. Power on the unit and select test points along the x-axis, reading field values directly from the LCD display to perform experiments or record data.

Q: How does this apparatus support educational and experimental benefits?

A: It allows users to explore the principles of magnetism and field uniformity through practical measurement, enhances understanding by enabling direct observation of theoretical concepts, and its digital readout expedites data collection with high reliability and clarity.

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