Decade Inductance Box 4 Dial

Price 5200 INR/ Piece

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MOQ : 1 Piece

Decade Inductance Box 4 Dial Specification

Input
Manual Adjustment

Output
Inductance (Adjustable)

Product Type
Decade Inductance Box

Usage
Calibration, Laboratory, Educational

Efficiency
High Accuracy, Low Loss

Standard
Laboratory Grade

Insulation Material
Bakelite Case

Power
Passive (No Power Required)

Control Type
Rotary Dials

Accuracy
2%

Voltage
Maximum 250V (AC/DC)

Size
Standard Tabletop

Color
Black (with Dials)

Dimension (L*W*H)
Approx. 225 x 150 x 100 mm

Weight
Approx. 1.5 kg

Contact Resistance
Less than 10 m

Connection Terminals
Brass, Nickel Plated

Shielding
Electrostatic Shielded Inside Case

Storage Temperature
-20C to +70C

Inductance Range
1 H to 10 H (in steps set by dials)

Mounting Type
Benchtop/Portable

Number of Dials
4

Maximum Inductance
10 H

Dial Resolution
Each dial provides steps of 1, 10, 100, 1000 H

Safety Compliance
Meets Standard Laboratory Safety Norms

Minimum Step
1 H

Operating Temperature
0C to 50C

Decade Inductance Box 4 Dial Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Decade Inductance Box 4 Dial

Select the Decade Inductance Box 4 Dial for an astonishing level of precision and versatility in your laboratory work. With enviable accuracy (2%) and a valorous inductance range from 1 H to 10 H, this instrument empowers you to pick yours in the most demanding calibration and educational settings. Featuring four rotary dials, shielded brass nickel-plated terminals, and a robust bakelite case, every unit ensures fresh, reliable performance and durability. Manually adjustable, portable or benchtop ready, it guarantees high efficiency with low lossesmaking your experiments extraordinary.

Application, Features, and Uses of Decade Inductance Box 4 Dial

The Decade Inductance Box 4 Dial is essential for calibration laboratories, educational demonstrations, and general research settings. Key features include brass nickel-plated connection terminals, robust bakelite insulation, and an electrostatic shielded case. It is used as a precision calibration standard, allowing users to easily set and adjust inductance values from 1 H to 10 H. The clear dial resolution and high accuracy make it an ideal component for advanced scientific experiments and electronics training modules.

Supply Ability, Order Completion, and Payment Facilities

Our supply ability ensures stock ready for immediate shipment from prominent Indian ports (FOB basis). Order completion is seamlessclients can trust prompt processing and packaging for quick dispatch. Outlay for the unit is competitive, with flexible payment terms including advance and letter of credit options. We prioritize smooth transactions and timely delivery, supporting exporters, manufacturers, and suppliers across India and abroad who require reliable, laboratory-grade equipment.

FAQs of Decade Inductance Box 4 Dial:

Q: How is the inductance range adjusted in this Decade Inductance Box?

A: The inductance range is adjusted using four rotary dials, each offering steps of 1, 10, 100, and 1000 H. By turning the dials, you can select any value within the range of 1 H to 10 H with a minimum step of 1 H.

Q: What makes the Decade Inductance Box 4 Dial suitable for laboratory and educational use?

A: Its high accuracy (2%), low contact resistance, robust build quality, and clear calibration make it ideal for laboratory experiments, educational modules, and precise calibration tasks.

Q: Where can this inductance box be mounted or installed?

A: This box is designed for flexibility, making it suitable for both benchtop and portable applications, so you can use it in various laboratory and educational environments.

Q: What is the process for completing an order and what are the payment terms?

A: To complete your order, simply contact us with your requirements. We offer prompt order processing and accept various payment methods, including advance payments and letters of credit.

Q: What benefits does the electrostatic shielding offer?

A: The internal electrostatic shielding protects the device from interference and ensures stable, accurate inductance settings, making it reliable for sensitive measurements and calibrations.

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