Kater Compound Pendulum

Price 3350 INR/ Piece

Get a Price/Quote

MOQ : 1 , , Piece

Kater Compound Pendulum Specification

Frequency
Adjustable by pivot position, typical oscillation frequency ~0.5-1 Hz

Measurement Range
Length: up to 1 meter; Time: as measured by external stopwatch

Automation Grade
Manual

Accuracy
Up to 0.05 cm for length; timing accuracy depends on stopwatch used

Power Source
Not Required (Manual Operation)

Capacity
Not Applicable (Pendulum Device)

Core Components
Stainless Steel/Brass Pendulum Rod, Two Knife Edges, Adjustable Weights, Suspension Clamps

Temperature Range
Ambient laboratory temperature (10C to 40C)

Feature
High stability, Precision markings, Adjustable weights, Durable construction

Model No
KCP-001

Equipment Materials
Stainless Steel Rod, Brass, Mild Steel Knife Edges, Heavy Metal Weights

Type
Kater Compound Pendulum, Laboratory Physics Instrument

Usage
Used for experimental determination of acceleration due to gravity (g) & moment of inertia studies

Display Type
Analog Scale (Graduated Meter)

Dimension (L*W*H)
Approx. 90 cm x 12 cm x 8 cm (rod length ~1 m)

Weight
Approx. 2-3 kg

Kater Compound Pendulum Trade Information

Minimum Order Quantity
1 , , Piece

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

About Kater Compound Pendulum

Kater Compound Pendulum

Comprising un graduated steel bar 1200 x 10 mm with one pair each light and heavy masses, two steel knife edges set in adjustable metal holders and metal support bracket drilled for wall mounting.

Advanced Design and Construction

Built from cast iron with leveling screws and a polished, anti-corrosive coating, this pendulum offers reliability and longevity. Stainless steel and brass components, along with precision knife edges and heavy metal weights, ensure high stability and durable performance during repeated laboratory use.

Precision and Adjustability

Two sliding weights allow fine-tuning of the center of mass and oscillation frequency, crucial for accurate experimental results. The graduated ruler, calibrated in millimeters or centimeters, provides precise measurement of pendulum length, supporting studies on gravity and rotational inertia.

Safe and User-Friendly Operation

Non-sharp knife edges and secure weight locking mechanisms enhance safety during operation. The kit includes an instruction manual and required accessories, making it accessible for both students and instructors to set up and utilize confidently.

FAQs of Kater Compound Pendulum:

Q: How is the Kater Compound Pendulum set up and operated for experiments?

A: The pendulum is mounted on its cast iron stand with leveling screws to ensure stability. Adjustable sliding weights and knife edges are secured at desired positions using the provided screws and clamps. Length is measured with the graduated scale, and timing is recorded with an external stopwatch. Detailed setup steps are provided in the instruction manual.

Q: What experimental studies can be performed with this pendulum in laboratory settings?

A: The instrument is mainly used for determining the acceleration due to gravity (g) and exploring moment of inertia concepts. By adjusting pivot positions and recording oscillation periods, users can analyze physical properties and validate theoretical models in physics.

Q: When should maintenance be performed on the Kater Compound Pendulum?

A: Routine maintenance is recommended, including periodic cleaning of surfaces and careful inspection of pivot points to ensure optimal accuracy and longevity. This helps prevent buildup of dust and minimizes wear, especially if used frequently in classroom settings.

Q: Where can the Kater Compound Pendulum be used effectively?

A: It is ideal for physics laboratories in schools, colleges, and universities across India. Its robust construction and precision features make it suitable for both teaching and advanced experimental research environments.

Q: What safety features are incorporated into the Kater Compound Pendulum?

A: The device includes non-sharp knife edges, secure weight locking mechanisms, and comes with an instruction manual detailing safe handling procedures. These measures help safeguard users during setup, adjustment, and experimentation.

Q: How does adjusting the weights impact the results obtained with the pendulum?

A: Changing the position of the sliding weights alters the center of mass and oscillation frequency, enabling more precise experimentation and analysis. This adjustability is key in measuring gravitational acceleration and studying rotational dynamics.

Q: What are the main benefits of using this manual pendulum apparatus for gravity and inertia studies?

A: Its manual operation, precise graduations, and durable build provide reliable results without electrical power. The ability to finely adjust parameters makes it an excellent teaching tool, enhancing students hands-on understanding of physical laws.

Tell us about your requirement