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Series & Parallel Kit

Name: Series & Parallel Kit
Brand: SAMTECH INSTRUMENTS
Price: 275.0 INR
Availability: InStock

Price 275.0 INR/ Piece

Get a Price/Quote

MOQ : 50 Pieces

Series & Parallel Kit Specification

Measurement Range
Based on external instruments (not included)

Voltage
Recommended up to 12VDC only

Power Source
External DC supply (not included)

Feature
Demonstrates both series and parallel circuit connections

Core Components
Resistor slots, connecting leads, terminal posts

Capacity
Up to 5 resistors

Accuracy
Subject to resistor value used (5% with standard resistors)

Model No
PHY-131

Automation Grade
Manual

Frequency
DC (No frequency - for DC circuits)

Temperature Range
Ambient

Equipment Materials
High quality bakelite base, brass terminals

Type
Electrical Training Kit

Usage
Laboratory experiments, electrical engineering education

Dimension (L*W*H)
200 mm x 120 mm x 50 mm

Weight
Approx. 800 g

Application
Educational, Demonstration, Laboratory Testing

Connector Type
Screw clamp

Included Accessories
Connecting leads

Packaging Type
Cardboard box with foam padding

Color
Black with printed circuit layout

Safety Feature
Protective base to prevent short circuit

Terminals
Heavy duty brass with easy screw connectors

Base Material
Durable non-conductive bakelite

Instruction Manual
Included

No. of Resistor Slots
5

Mounting Type
Benchtop

Resistor Values Supported
Standard wire wound resistors up to 10W

Series & Parallel Kit Trade Information

Minimum Order Quantity
50 Pieces

Delivery Time
5-7 Days

About Series & Parallel Kit

Series and Parallel Kit

We are a leading manufacturer, supplier, and exporter of Series and Parallel Kits designed for physics laboratories, STEM education, science classrooms, and engineering training institutes. This educational kit enables students to perform practical experiments on both series and parallel electrical circuits, helping them understand the fundamental principles of current flow, voltage distribution, resistance, and circuit behavior.

The Series and Parallel Kit consists of multiple bulb holders, miniature demonstration bulbs, individual switches, connecting wires, and a battery holder mounted on a durable base. Students can easily compare the behavior of lamps connected in series and parallel arrangements, observe differences in brightness, understand circuit continuity, and study the effect of opening or closing individual switches.

This hands-on learning kit provides an effective way to visualize electrical circuit concepts and is widely used in schools, colleges, STEM laboratories, and science exhibitions.

Versatile Circuit Configurations

The kit supports both series and parallel resistor connections, facilitating deeper comprehension of fundamental electrical principles. Students and professionals can experiment with up to five resistors (maximum 10W each), adapting easily to various circuit demonstration requirements. The included screw clamp connectors ensure firm attachment of wires for hassle-free and secure experiments.

Built for Safety and Durability

Manufactured using high-quality bakelite and heavy-duty brass terminals, this kit is built to withstand rigorous use in laboratory settings. Its non-conductive, protective base significantly reduces the risk of accidental short circuits, supporting a safe learning environment. The foam-padded cardboard box provides safe transport and storage.

Perfect for Education and Demonstration

With clearly printed circuit layouts and a user-friendly benchtop design, this training kit is a practical choice for classroom demonstrations and laboratory sessions. It is suitable for electrical engineering education and general laboratory usage, enabling hands-on practice in analyzing DC circuits without complicated setup.

FAQ's of Series & Parallel Kit:

Q: How do I set up the Series & Parallel Kit for my laboratory experiment?

A: To set up the kit, first place the bakelite base on a stable benchtop. Insert up to five wire-wound resistors (maximum 10W each) into the designated slots. Use the heavy-duty brass screw terminals to secure the resistor leads. Connect the included leads to your external DC power supply and measuring instruments, following the printed circuit layouts for series or parallel configuration.

Q: What types of resistors are supported in this training kit?

A: The kit is compatible with standard wire-wound resistors with a maximum rating of up to 10W. Ensure the resistors used comply with these specifications for safety and optimal performance during experiments.

Q: When should I use series or parallel configurations with this kit?

A: Use the series configuration to demonstrate how total resistance increases and current divides among resistors, or choose the parallel setup to showcase how total resistance decreases and current paths split. This versatility helps illustrate core electrical engineering concepts in practical laboratory demonstrations.

Q: Where is this kit most effectively used?

A: The Series & Parallel Kit is ideal for educational settings such as classrooms, university laboratories, and technical training centers. It is specifically designed for hands-on electrical circuit demonstrations and experiments related to DC circuits.

Q: What is the process for measuring circuit parameters using this kit?

A: After configuring your desired circuit, connect external measurement instruments like multimeters or voltmeters using the screw clamp terminals and included connecting leads. These instruments (not supplied) will allow you to analyze voltage, current, and resistance values based on your circuit arrangement.

Q: How does the protective base enhance safety during usage?

A: The protective, non-conductive bakelite base prevents accidental electrical contact with the underlying surface and minimizes the risks of short circuits, making the kit safe for classroom and lab use, even for beginners.

Q: What are the key benefits of using this electrical training kit for learning?

A: This kit provides a tangible way to explore circuit theory, fosters practical skills in configuring and measuring electrical networks, and promotes a clear understanding of fundamental series and parallel circuit behaviors. Its robust construction and safety features support repeated, reliable use.

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