KATER'S PENDULUM

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KATER'S PENDULUM Specification

Accuracy
High measurement precision (better than 0.5%)

Features
Adjustable weights and knife edges, robust construction

Temperature Resistance
Ambient room temperature

Shape
Rod-like linear pendulum

Speed Range
Manual operation

Control Type
Manual

Type
Physics Laboratory Instrument

Dimension (L*W*H)
Approx. 100 cm x 10 cm x 5 cm

Equipment Type
Pendulum Apparatus

Equipment Materials
Brass rod, steel knife edges, metal weights

Material
Brass, Steel

Application
Experimental determination of acceleration due to gravity

Suspension Clamps
Provided at both ends

Setup
Simple bench mount

Minimum Time Measurement
Capable of measuring periods within seconds accuracy

Packing
Individual cardboard box or as specified

Measurement Scale
Precision graduated scale on rod

Knife Edges
Two, made of hardened steel

Calibration
Pre-calibrated, ready to use

Finish
Machined and polished brass

Installation
No installation required

Adjustable Weights
Included

Compliance
Meets standard physics lab equipment norms

Usage Level
Recommended for college & university laboratories

Length of Brass Rod
Approximately 1 meter

About KATER'S PENDULUM

Order Today the ineffable KATERS PENDULUM-a masterpiece of classic laboratory instrumentation, acclaimed for its precision and longevity. Highlighted by its machined and polished 1-meter brass rod, this apparatus comes with adjustable weights, dual hardened steel knife edges, and a precision-graduated scale. Installation is effortless with its simple bench mount, and calibration is pre-set to comply with leading physics lab standards. Designed for competitive pricing, this robust instrument is indispensable for accurately determining gravitational acceleration in college and university settings. Supplied in secure packaging, it is ready for immediate, meticulous use.

Material Features, Application Surface & Use Type

Meticulously constructed from premium brass and steel, the KATERS PENDULUM offers optimal durability and high resistance to wear. Its rod-like, linear shape and ambient temperature tolerance make it ideal for standard laboratory benches. As a manual-use type instrument, it serves exceptionally well for experimental and educational applications, enabling precise studies on gravitational acceleration. This pendulum is a trusted companion for higher education labs and scientific research environments.

Market, Pricing, and Sample Availability

KATERS PENDULUM is distributed widely across the main domestic market of India, catering to universities, research institutes, and suppliers at the lowest price possible. Transparent payment terms are provided, ensuring seamless purchases whether you choose to pay at list price or request a charged sample. Sample units are available upon request, allowing customers to evaluate quality and precision before making a large-scale commitment. Guaranteed reliability meets unmatched value.

FAQ's of KATER'S PENDULUM:

Q: How is the KATERS PENDULUM used in physics experiments?

A: The KATERS PENDULUM is specifically designed for experiments determining the acceleration due to gravity. By adjusting the weights and knife edges, users can conduct precise timing measurements, allowing for accurate calculations in college and university laboratories.

Q: What materials are used for the construction of this pendulum?

A: The pendulum features a machined and polished brass rod, hardened steel knife edges, and adjustable metal weights, ensuring both durability and high measurement accuracy during use.

Q: When should calibration or adjustment be performed?

A: Each unit comes pre-calibrated and ready to use, adhering to physics lab equipment norms. If required by experimental conditions, users can recalibrate by following standard laboratory procedures.

Q: Where can I use the KATERS PENDULUM?

A: This pendulum apparatus is highly recommended for college and university laboratories. Its robust construction also makes it suitable for professional physics research facilities across India.

Q: What are the benefits of dual knife edges in this design?

A: The two knife edges made from hardened steel reduce friction and improve oscillation precision, which results in highly accurate timing and gravity measurement data.

Q: How accurate is the measurement with this pendulum?

A: The device offers high precision, with measurement accuracy better than 0.5%, meeting the expectations of advanced educational and professional experiments.

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