Decade Resistance Box

Name: Decade Resistance Box
Brand: SADANA BROTHERS

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MOQ : 10 Pieces

Decade Resistance Box Specification

Usage
For Laboratory Purpose

Product Type
Resistance Box

Material
Plastic

Size
273 x 108 x 102 MM

Feature
Long Working Life and High Strength

Color
Black and White

Decade Resistance Box Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

Packaging Details
Carton Box

Main Export Market(s)
Western Europe, Australia, North America, Eastern Europe, Middle East, Central America, South America, Asia, Africa

Main Domestic Market
All India

About Decade Resistance Box

Decade Resistance Box

Four decade dial type, with tapping points between each dial to allow use as an accurate potential divider, ratio arm, etc.

For A.C. Or D.C. measurements, accuracy better than 0.1% except 0.1 which is + 0.5%, continuous loading 0.5W each step. In metal case 273 x 108 x 102mm, with earth connection for high voltage or A.C use and 4mm socket terminals appropriately positioned in circuit diagram on top panel.

Range	Cat. No.
0 to 999.9 x 0.1	3015-30
0 to 9999 x 1	3015-31
0 to 99990 x 10	3015-32

Precision Engineering for Laboratory Applications

Our Decade Resistance Box is designed for laboratories that demand accuracy and durability. Manufactured from premium plastic, it offers high strength and a long operational life. The sleek black and white design ensures ease of use, while its robust construction helps maintain accuracy over extensive periods. Ideal for calibration, testing, and educational experiments, this resistance box meets the varied needs of modern laboratories.

Trusted Manufacturer and Exporter from India

As reputable exporters and manufacturers based in India, we prioritize quality and customer satisfaction. Each Decade Resistance Box undergoes stringent quality checks to ensure superior performance and reliability. Our expertise ensures that laboratories globally can rely on our products for consistent and precise measurements, supported by our commitment to innovation and excellence.

FAQs of Decade Resistance Box:

Q: How is the Decade Resistance Box used in laboratory settings?

A: The Decade Resistance Box is primarily used in laboratories for precise calibration and resistance measurement tasks. It allows users to set specific resistance values easily by selecting and combining different resistors, enabling accurate testing of electrical and electronic circuits.

Q: What makes this resistance box suitable for long-term use?

A: Constructed from high-strength plastic, the Decade Resistance Box boasts a long working life. Its robust build resists wear and tear, ensuring consistent performance over extended periods, even under frequent usage typical in laboratory environments.

Q: When should I choose a plastic resistance box over other materials?

A: Plastic resistance boxes are preferable when you need a lightweight, durable, and cost-effective solution without compromising on insulation or performance. They are well-suited for standard laboratory applications where electrical safety and mechanical strength are important.

Q: Where can this Decade Resistance Box be effectively applied?

A: This Decade Resistance Box is ideal for educational institutions, research facilities, and quality control labs. Its reliable operation and ease of use make it especially practical for routine calibration, teaching, and experimental setups.

Q: What is the process for setting resistance values with this device?

A: To set a desired resistance value, users simply rotate the decade switches or knobs on the box, selecting from a range of calibrated resistors inside. The resistance can be adjusted in precise steps, allowing for accurate, repeatable measurements in laboratory work.

Q: How does using your product benefit laboratories?

A: Laboratories benefit from the durability, accuracy, and long working life of our Decade Resistance Box. Its reliable construction lowers maintenance needs and minimizes downtime, while accurate resistance settings improve experimental validity and reproducibility.

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