Physics lab vibration box

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MOQ : 10 Pieces

Physics lab vibration box Specification

Voltage
220-240 V

Accuracy
100 % %

Product Type
Physics lab vibration box

Feature
Highly Efficient

Frequency
50 Hz (standard, as per lab equipment)

Power Source
220-240V, AC mains supply

Model No
Standard Lab Model

Automation Grade
Manual

Core Components
Vibrator unit, connecting terminals, coil, and armature assembly

Equipment Materials
Heavy gauge metal sheet body with powder coating

Type
Vibration Box

Usage
Laboratory

Display Type
Analog

Dimension (L*W*H)
Approx. 240 mm x 170 mm x 200 mm

Weight
Approx. 2.5 kg

About Physics lab vibration box

Physics lab vibration box

We are offering a wide range of Physics lab vibration box. Vibration Box For Physics Lab.

To compare the magnetic moments of magnets & to determine moments of inertia etc. Consists of a polished wooden box fitted with sliding glass door. The top of the case is slotted & carries a glass tube fitted with torsion head to support by means of a silk fibre, a brass stirrup to carry magnets etc. The base of box is fitted with a mirror strip, with a longitudinal index line. Internal dimensions of box 160 x 66 x 66 mm approx. Length of tube 140 mm approx. Stirrup 50 mm long & 45 mm high approx. Complete with one each 50 & 100 mm bar magnets & one each 50 & 100 mm brass bars.

Reliable Oscillatory Vibration for Laboratories

Designed for precision, this vibration box provides an effective means to explore mechanical resonance. Its oscillatory vibration output and highly accurate analog display support various experiments, making it essential equipment for physics labs in educational institutions.

Efficient and Adjustable Operation

The amplitude of vibration can be effortlessly controlled via a manual knob, offering flexibility for different experimental requirements. With its powder-coated finish and sturdy rubber feet, the device not only ensures stability but also maintains low noise levels during operation.

Built for Educational Excellence

Manufactured using high-quality metal and standardized components, this vibration box is tailored for school and college laboratories. Its compatibility ensures integration with existing lab setups, supporting advanced studies in physics while imparting practical knowledge.

FAQs of Physics lab vibration box:

Q: How is the amplitude of vibration adjusted on the vibration box?

A: The vibration box features a manual knob that allows users to adjust the amplitude to the desired level, making it simple to set up for various mechanical resonance experiments.

Q: What is the main application of this vibration box in laboratory settings?

A: This equipment is mainly used for studying mechanical resonance and frequency response, aiding students and educators in understanding core concepts in physics through hands-on experiments.

Q: When should this vibration box be utilized in educational laboratories?

A: The vibration box is ideal for use during physics classes or laboratory sessions focused on oscillatory motion, resonance, or frequency response analysis.

Q: Where can this vibration box be mounted securely?

A: It is designed with rubber feet to provide stability and prevent unwanted movement, making it suitable for placement on any standard laboratory bench or table.

Q: What is the process for setting up the vibration box for an experiment?

A: Simply position the box on a stable surface, connect it to a 220-240V AC supply, adjust the amplitude using the control knob, and refer to the analog display for accurate readings during use.

Q: What are the benefits of using this vibration box in a school or college lab?

A: It provides highly efficient, precise oscillatory vibrations with minimal noise, supports practical learning, and its robust construction ensures safety, stability, and longevity in educational environments.

Q: Is this vibration box compatible with standard lab equipment?

A: Yes, the unit is designed to fit seamlessly into typical school and college laboratory setups, making it convenient for integration and multiple experiment designs.

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