St. Louis Motor

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St. Louis Motor Specification

Voltage
12V

Usage
Educational and laboratory applications

Power Consumption
Low power consumption

Power Supply
Electric

Product Type
Motor

Material
Metal and plastic

Size
Small

Style
Functional

Weight
Lightweight

Feature
Compact design; Laboratory-use motor

Color
Black with red accents

About St. Louis Motor

For studying the functions
of the basic parts of electric
motors and demonstrating
how electrical energy is
converted into mechanical
energy.
Comprised of a 2-pole D.C.
armature with coils and
mounted in an aluminium
bracket with two binding
posts and 4mm socket binding post terminals. The armature is held
on brass cone bearings and a shaft tted with split commutator.
Complete with two permanent magnets in adjustable holders
mounted on bakelite base (I x w), about 173 x 97mm. Works on 6V
D.C. power source.

Versatile Laboratory Motor

Specifically designed for laboratory and educational contexts, the St. Louis Motor delivers consistent performance across a range of demonstrations and experiments. Its adaptable design ensures suitability for both instructional and practical research purposes.

Efficient and Durable Construction

This motor is constructed from high-quality metal and plastic components, resulting in a durable unit that withstands regular laboratory use. Its low power consumption means it runs economically while maintaining reliable operation.

FAQs of St. Louis Motor:

Q: How is the St. Louis Motor powered in laboratory settings?

A: The St. Louis Motor operates on an electric power supply, specifically requiring a 12V source, which makes it suitable for various laboratory and educational setups.

Q: What materials are used in the construction of this laboratory motor?

A: This motor is built from a combination of metal and plastic, offering durability and resistance to wear, while maintaining a lightweight profile for easy handling.

Q: When should I use the St. Louis Motor in educational or scientific applications?

A: This motor is ideal for use during classroom demonstrations, experimental setups, or research projects where a compact, low-power, and reliable motor is necessary.

Q: Where is the St. Louis Motor manufactured and exported from?

A: The St. Louis Motor is manufactured and exported from India, ensuring accessibility to educational institutions and laboratories worldwide.

Q: What is the process for integrating the St. Louis Motor into an experiment?

A: To integrate the motor, simply connect it to a compatible 12V power supply using appropriate leads, secure it within your apparatus, and follow standard laboratory safety protocols.

Q: How does the compact design benefit users in laboratory environments?

A: Its compact and lightweight design allows for effortless transportation, easy storage, and straightforward installation within small-scale experimental setups, enhancing versatility and convenience.

Q: What advantages does the St. Louis Motor offer due to its low power consumption?

A: With its low power consumption, the motor reduces energy costs, prolongs the lifetime of power sources, and contributes to safer, more efficient laboratory operations.

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