Plug-in board for building components Manufacturer,Supplier and Exporter in India

Product Code : SCL-EI-10545

The Plug-in Board for Building Components is a student electronics training board used for assembling and testing electrical circuits without permanent soldering. It is suitable for schools, colleges, STEM laboratories, electronics trainers, physics practical rooms, and student workbenches where learners build circuits using resistors, lamps, LEDs, switches, wires, and modular components.

Product Description

The Plug-in Board for Building Components from Lab Glassware Manufacturer is designed for hands-on student exercises in basic electricity and electronics. It provides a reusable platform where students can connect components, change circuit layouts, and observe electrical behaviour during practical lessons.

This product should be described as a plug-in circuit board or electronics training board only after the final connection format is confirmed. It may be a modular plug-in board, solderless breadboard-style board, DIN-format board, terminal board, or component mounting board depending on the supplied design. Final board size, number of sockets, socket pitch, current rating, voltage rating, terminal type, compatible components, and included accessories must be verified before catalogue publication or tender submission.

Key Features

• Reusable plug-in board for student circuit-building exercises.
• Useful for teaching basic electricity, electronics, resistance, current, voltage, and circuit layout.
• Supports solder-free assembly when compatible plug-in components or jumper leads are supplied.
• Suitable for school physics labs, STEM labs, electronics labs, and student workstations.
• Helps students modify circuits quickly during experiments and demonstrations.
• Can be used with resistors, LEDs, switches, capacitors, diodes, transistors, lamps, and connecting leads where compatible.
• Socket format, electrical rating, board size, and compatible components must be confirmed.

Technical Specifications

What's Included in the Kit

• Plug-in board for building components 
• Connecting leads, jumper wires, or plug-in wires 
• Resistor, capacitor, LED, switch, lamp, diode, transistor, or modular component set 
• Input terminals, output sockets, or power connection points 
• Storage box, component tray, or labelled packing 
• Instruction sheet, circuit examples, or student exercise guide 

Applications / Uses

• Building simple student circuits without soldering.
• Teaching current, voltage, resistance, polarity, continuity, and circuit layout.
• Supporting Ohm’s law, series circuits, parallel circuits, LED circuits, switch circuits, and motor circuits.
• Allowing quick circuit modification during physics and electronics practicals.
• Using with related electronics and circuit products from Physics Lab Equipment.
• Supporting classroom electronics supplies through General Lab Equipment.
• Requesting institutional or OEM supply through Tenders/OEM.
• Confirming component compatibility through Contact Us.

How to Use the Plug-in Board for Building Components

1. Place the plug-in board on a dry, stable, insulated laboratory bench.
2. Confirm the board’s voltage and current rating before connecting a power supply.
3. Plan the circuit layout using the supplied circuit diagram or teacher instruction.
4. Insert resistors, LEDs, switches, wires, or plug-in components into the correct terminals.
5. Check polarity for LEDs, diodes, electrolytic capacitors, and DC components.
6. Connect the board to a suitable low-voltage student power supply.
7. Switch on power and observe lamp brightness, LED operation, meter readings, or circuit response.
8. Switch off power before removing, replacing, or rearranging components.

Safety note: Use only low-voltage classroom power supplies within the confirmed board rating. Do not connect the plug-in board directly to mains electricity, overloaded circuits, damaged leads, or unknown power sources.

Care & Maintenance

• Keep the board dry, clean, and free from dust, metal filings, and loose wire pieces.
• Do not force thick leads or damaged component pins into the sockets.
• Inspect sockets, terminals, jumpers, and insulation before each practical session.
• Store small components in labelled boxes to prevent mixing and loss.
• Replace burnt, loose, corroded, or mechanically damaged components before student use.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer supplies laboratory glassware, scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for educational and institutional buyers. The brand supports schools, colleges, universities, research laboratories, distributors, and export customers with physics, electronics, engineering, and general laboratory products. This Plug-in Board for Building Components can be supplied for student electronics exercises when final board specifications are verified. Buyers should confirm socket format, board size, current rating, voltage rating, compatible components, and supplied accessories before procurement.

Frequently Asked Questions

What is a plug-in board for building components used for?

It is used to build and test student electrical and electronic circuits without permanent soldering, making it useful for physics, STEM, and electronics practical lessons.

Is this the same as a solderless breadboard?

It may be similar to a solderless breadboard, but the final design must be confirmed. Some educational plug-in boards use modular plug-in components, while others use breadboard-style sockets or terminal boards.

Can students use it for Ohm’s law experiments?

Yes, if the board supports the required resistors, meters, power supply, and connecting leads within the confirmed voltage and current rating.

Does it include electronic components?

Component inclusion is not confirmed. Add resistors, LEDs, switches, capacitors, jumper leads, lamps, or transistors only after checking the final supply list.

Can it be connected to mains electricity?

No. It should be used only with a suitable low-voltage student power supply unless a verified product manual specifies otherwise.

What should be confirmed before ordering?

Confirm board size, socket count, socket pitch, voltage rating, current rating, terminal type, compatible components, included leads, component set, packing, and student exercise guide availability.

For more circuit boards, power supplies, electronics trainers, and student physics equipment, explore Physics Lab Equipment from Lab Glassware Manufacturer.