Product Description
We offer precision Digital Gaussmeter, DGM-103 useful in general laboratory and R&D labs. It operates on the principle of Hall Effect in Semiconductors. A semiconductor carrying current develops an electromotive force, when placed in a magnetic field, in a direction perpendicular to the direction of both electric current and magnetic field. The magnitude of this e.m.f. is proportional to the field intensity if the current is kept constant. This e.m.f. is called the Hall Voltage. The small Hall Voltage is amplified through a high stability amplifier so that a millivoltmeter connected at the output of the amplifier can be calibrated directly in magnetic field unit (gauss).
Highlights:
- Differential mode facility
- Wide Range (1G to 40KG)
- Excellent Linearity
- Excellent Stability
- Easy replacement of Hall Probe
Applications:
- Wide application in industry where accurate measurements of magnetic field is required.
- Measurement of steady magnetic field e.g. in loud speakers, dynamo, moving coil instruments etc.
- Useful in laboratory experiment involving measurement of magnetic field.
- With the differential mode facility, the instrument is especially useful for testing the homogeneity/variation of magnetic field in a particular region.
Specifications:
- Range: 0-2KG, 0-20KG & 0-40KG
- Resolution: 1G at 0-2KG range in normal mode
- Accuracy: + 0.5%
- Temperature: Upto 50oC
- Display: 3 digit, 7 segment LED DPM with auto polarity and overflow indication
- Power: 220V +10%, 50Hz
- Transducer: Hall Probe Gas
Special Feature: Indicate the direction of the magnetic field
Accurate Digital Magnetic Field MeasurementsThe DGM-204 Digital Gaussmeter utilizes advanced electronic components to deliver precise and stable magnetic field measurements. Its digital display ensures accurate, clear readings and eliminates parallax errors common with analog devices. Designed for consistent performance, it is a trusted tool in laboratories, enabling researchers and students to gather reliable data efficiently.
Ideal for Laboratory ApplicationsEngineered specifically for laboratory use, the DGM-204 offers a compact footprint and sturdy construction, making it suitable for rigorous experimental work. Whether used in physics research or academic demonstrations, its robust design and electronic reliability ensure long-term usefulness and repeatability in measurement tasks.
Quality Manufacturing and Global SupplyProudly manufactured and exported from India, the DGM-204 maintains stringent quality standards. As a trusted exporter, manufacturer, and supplier, the company ensures every unit meets global benchmark standards, supporting laboratories both locally and worldwide in their research endeavors.
FAQ's of Digital Gaussmeter, DGM-204:
Q: How does the Digital Gaussmeter DGM-204 operate in laboratory experiments?
A: The DGM-204 is designed to measure the magnitude of magnetic fields by detecting and displaying readings directly on its digital screen. Simply place the device near the source of the magnetic field during your experiment, and it will provide accurate numerical results for immediate analysis.
Q: What makes the DGM-204 suitable for laboratory usage?
A: Its compact dimensions (280mm x 255mm x 120mm), digital interface, and electronic build make it an ideal choice for laboratory settings. Its ease of use, quick response time, and durable grey housing lend themselves well to repeated experiments and educational demonstrations.
Q: When should the DGM-204 be calibrated for optimal performance?
A: It is recommended to calibrate the Digital Gaussmeter before initial use and periodically thereafter, depending on usage frequency and the laboratory's quality protocols. Regular calibration ensures measurement accuracy over time.
Q: Where is the DGM-204 manufactured and distributed from?
A: The DGM-204 is manufactured, supplied, and exported from India, ensuring compliance with international laboratory standards and reliable delivery to global customers.
Q: What is the process for using the DGM-204 in laboratory measurements?
A: Simply power on the instrument, position its probe near the magnetic source under investigation, and observe the digitized reading on the display. Ensure the device is calibrated for optimal accuracy during each measurement session.
Q: What are the benefits of using this digital gaussmeter over analog devices?
A: The DGM-204 offers enhanced precision, easier data interpretation, and reduced reading errors due to its digital display. Its electronic stability and user-friendly operation make it preferable for both routine lab analysis and specialized research.