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मूल्य/उद्धरण प्राप्त करें

टाइप करें

मटेरियल
Bakelite/Brass/Aluminium/Plastic (Non-corrosive, Educational Grade)

साइज
Standard Laboratory Size

इनपुट वोल्टेज
220V AC (For digital readout)

रंग
White/Blue (as per model availability)

आयाम (एल* डब्ल्यू* एच)
Approx. 110cm x 15cm x 12cm

क्षमता
Suitable for Laboratory Experiments with up to 10A Current

शोर का स्तर
Silent Operation

Unlock the true potential of your laboratory with this phenomenal Digital Meter Bridge Experiment Kit to find the resistance of a given wire. Utilise the exquisite meter bridge designed with non-corrosive rods, brass contacts, and a precisely calibrated 1-meter bridge wire. Featuring an integrated LED/LCD digital display, this pivotal apparatus offers high sensitivity up to 0.01 Ohm and measurement accuracy of 0.5%. With robust, impact-resistant build quality and ISI/CE compliance, this deal ensures reliability for educational and research applications. Included are connecting wires, test leads, and a detailed instruction manual for hassle-free operation. Factory pre-calibrated, mains operated, and suitable for currents up to 10A, it stands out as the definitive choice for institutions and laboratories. Distributors, exporters, manufacturers, suppliers, and traders across India now have the opportunity to embrace quality and precision in resistance measurement.

Advantage & Competitive Edge of the Digital Meter Bridge

Experience unmatched precision with the Digital Meter Bridge Experiment, boasting high sensitivity, digital display, and factory pre-calibration for instant accurate readings. Its robust and non-corrosive construction ensures longevity, while screw-type terminals offer secure connectivity. These features, combined with user calibration options and accessories, provide a pivotal competitive advantage for physics labs. Its phenomenal accuracy and silent operation unlock efficient and reliable experimentation, making it ideal for educational institutions and research settings alike.

Certifications, Payment, and Delivery Excellence

Backed by ISI/CE certifications, this Digital Meter Bridge maintains high safety and quality standards for domestic markets. Flexible payment terms cater to institutional and bulk orders from distributors, exporters, and traders. Our secure transport services ensure timely shipment across India, with rapid delivery times to suit laboratory and research timelines. Careful packaging and reliable logistics guarantee your apparatus arrives in perfect condition, ready for immediate installation and use, streamlining procurement for all educational and research clients.

FAQ's of TO FIND THE RESISTANCE OF GIVEN WIRE USING METER BRIDGE EXPERIMENT (DIGITAL):

Q: How does the digital display improve resistance measurement in this apparatus?

A: The integrated LED/LCD digital display provides precise and easy-to-read resistance values, reducing manual reading errors and improving accuracy during experiments.

Q: What materials are used for the wire holder and contact points?

A: The wire holder is constructed from non-corrosive rods, while the contact points are made from durable brass, ensuring longevity and consistent electrical contact.

Q: When should calibration adjustments be performed?

A: Although factory pre-calibrated, user adjustments can be made whenever high precision is required or after extended usage to maintain phenomenal measurement accuracy.

Q: Where can this digital meter bridge apparatus be used effectively?

A: This apparatus is ideal for use in physics labs, educational institutions, and research settings that demand precise and reliable resistance measurement tools.

Q: What is the process for measuring resistance using the meter bridge experiment?

A: Connect the wire to the screw terminals, adjust as necessary on the digital display, and read the resistance value directly. Detailed instructions are included to guide users through the experiment setup.

Q: How does this product benefit physics laboratories and research students?

A: Its robust, impact-resistant construction, high sensitivity, and user-friendly interface enable efficient, accurate experiments-promoting better understanding and reliable results in practical learning.

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