Digital Gaussmeter (Measure a.c./d.c. magnetic field) (DGM-401)

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100 In Stock

₹25,000

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Total price: ₹25,000

Details description
The Digital Gaussmeter DGM-401 is a precision instrument designed to accurately measure both alternating (A.C.) and direct current (D.C.) magnetic fields using high-quality Hall effect sensing technology. It is ideal for academic, research, and industrial applications that require stable, reliable magnetic field measurement across various environments. With a user-friendly interface, real-time digital display, and highly sensitive probe, the DGM-401 provides instantaneous and accurate readings, making it essential for tasks like electromagnet characterization, permanent magnet inspection, and magnetic shielding verification. 🔧 Key Features: Measures both A.C. and D.C. magnetic fields Wide measuring range (±30 kG or higher depending on probe) Supplied with precision Hall probe (axial or transverse) Auto polarity detection and zero adjustment Digital display for clear readout and fast response Optional PC interface (USB/RS232) for data acquisition and analysis Compact and portable design suitable for lab and field use Excellent stability, repeatability, and long-term accuracy Applications: Measurement of magnetic fields in solenoids, motors, and magnets Lab experiments involving electromagnetism Quality assurance in magnetic material manufacturing Verification of magnetic shielding effectiveness Educational demonstrations and physics research

Details description

The Digital Gaussmeter DGM-401 is a precision instrument designed to accurately measure both alternating (A.C.) and direct current (D.C.) magnetic fields using high-quality Hall effect sensing technology. It is ideal for academic, research, and industrial applications that require stable, reliable magnetic field measurement across various environments.

With a user-friendly interface, real-time digital display, and highly sensitive probe, the DGM-401 provides instantaneous and accurate readings, making it essential for tasks like electromagnet characterization, permanent magnet inspection, and magnetic shielding verification.