PLUG KEY COMMUTATOR

Price 420 INR/ Piece

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MOQ : 1 Piece

PLUG KEY COMMUTATOR Specification

Model No
PKC-01

Capacity
Dual (2-way commutation)

Core Components
Bakelite base, brass plug, brass terminals

Feature
Easy insertion/removal, secure electrical contact

Voltage
Up to 50V DC

Automation Grade
Manual

Equipment Materials
Bakelite base with brass terminals

Type
Plug Key Commutator

Usage
Physics laboratory electrical experiments

Dimension (L*W*H)
Approx. 9 cm x 5 cm x 3 cm

Weight
Approx. 150 g

Packaging
Individual box packing

Operating Environment
Indoor laboratory use

Safety Standard
IS 305 standards compliant

Maximum Current
Up to 5 Amps

Plug Handle Material
Ebonite or hard Rubber

Contact Type
Spring loaded brass contacts for enhanced connectivity

Insulation Resistance
> 10 M at 500V DC

Terminal Finish
Nickel-plated brass

Colour
Black base with metallic brass components

PLUG KEY COMMUTATOR Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About PLUG KEY COMMUTATOR

Spotlight your laboratory experiments with the Exquisite PLUG KEY COMMUTATOR (Model No: PKC-01), crafted for superior performance and reliability. Featuring a refined nickel-plated brass terminal finish, a robust bakelite base, and an ebonite or hard rubber handle, this commutator ensures secure, enlightened, and terrific electrical contact. Spring-loaded brass contacts deliver enhanced connectivity, meeting stringent IS 305 safety standards. Capable of dual (2-way) commutation for voltages up to 50V DC at 5 Amps, it's ideal for precise physics lab applications. Shop Now for dependable quality, secure packaging, and effortless operation tailored for your academic and research needs. Try Now!

Outstanding Advantages in Precision Lab Work

The PLUG KEY COMMUTATOR excels with its easy plug insertion and removal, secure spring-loaded contacts, and high insulation resistance exceeding 10 M at 500V DC. Its dual commutation capacity and sturdy bakelite base offer enhanced versatility and durability for rigorous laboratory environments. Ideal for a wide range of physics experiments, this commutator is perfect for educational settings, research facilities, and electrical test applications where reliability matters most.

Sample Availability and Export Market Highlights

PLUG KEY COMMUTATOR samples are available for evaluation to facilitate your purchase decision. Major export markets include Asia, Africa, and Europe, ensuring global reach. With an estimated supply ability to meet both bulk and small-scale demands, all orders are carefully dispatched with a swift logisitcal process and minimal drop-off times. Individual box packing guarantees safe delivery so your equipment arrives ready for seamless integration.

FAQ's of PLUG KEY COMMUTATOR:

Q: How do I use the PLUG KEY COMMUTATOR in laboratory experiments?

A: Simply insert or remove the plug to open or close electrical circuits, enabling precise control during your physics experiments. Its design makes it easy to integrate into standard lab setups.

Q: What benefits does the nickel-plated brass terminal finish provide?

A: Nickel-plated brass terminals offer superior conductivity, corrosion resistance, and a longer lifespan, ensuring your commutator remains reliable for repeated use.

Q: When can I expect my order to be dispatched after purchase?

A: Orders are generally processed promptly and dispatched soon after confirmation, with special care taken in packaging to minimize delivery drop-off time.

Q: Where can the PLUG KEY COMMUTATOR be used?

A: It is recommended for indoor laboratory settings such as educational institutions, research centers, and test labs, in alignment with its IS 305 safety standard compliance.

Q: What is the process for requesting a sample of this commutator?

A: You can request a sample by contacting the supplier directly. Samples are packaged individually and dispatched quickly for customer review and trial.

Q: How does the spring-loaded contact benefit laboratory work?

A: The spring-loaded brass contacts ensure secure, consistent electrical connectivity, reducing the risk of faulty circuits and improving experiment accuracy.

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