Battery 9-Volt Connector Manufacturer,Supplier and Exporter in India
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Product Code : SCL-PLE-11380
Scientifc Equipment 9-Volt Battery Connector is a practical electrical circuit accessory designed for school science laboratories, physics practicals, STEM classrooms, electronics projects, and basic electricity experiments. It is used to connect a standard 9V battery to low-voltage circuits, project boards, buzzers, LEDs, motors, switches, and other suitable electrical components.
This connector helps students understand battery polarity, positive and negative terminals, current flow, open and closed circuits, and safe low-voltage circuit construction. Its snap-on design makes it convenient for quick battery connection during classroom demonstrations and student practical activities.
Product Description
The 9-Volt Battery Connector by Scientifc Equipment is an educational battery connection accessory used to provide power from a 9V battery to simple electronic circuits. The connector generally includes a snap-type battery clip and attached wire leads, allowing easy connection to breadboards, switches, LEDs, buzzers, motors, circuit modules, and STEM project models.
The connector attaches directly to the terminals of a 9V battery and provides two output wires for circuit connection. This makes it useful for experiments where students need a compact, portable, and stable DC power source for low-voltage electronics activities.
Scientifc Equipment 9-Volt Battery Connector is suitable for basic electricity lessons, electronics training, science fair projects, robotics models, alarm circuits, LED demonstrations, buzzer circuits, and battery-powered STEM learning activities.
Key Features
- Brand: Scientifc Equipment
- 9V Battery Compatibility: Designed for connecting standard 9-volt batteries to educational circuits.
- Snap-On Connector: Provides quick and secure battery terminal connection.
- Attached Leads: Positive and negative wires allow easy circuit connection.
- Educational Use: Suitable for physics labs, electronics classrooms, STEM projects, and science practicals.
- Polarity Learning: Helps students identify and use positive and negative battery connections correctly.
- Project Friendly: Useful for LEDs, buzzers, motors, switches, breadboards, and project circuits.
- Reusable Accessory: Suitable for repeated supervised classroom and laboratory use.
Product Specifications
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Product Name |
9-Volt Battery Connector |
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Brand |
Scientifc Equipment |
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Product Type |
Battery connector / electrical circuit accessory |
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Battery Compatibility |
Standard 9V battery |
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Primary Use |
Connecting a 9V battery to low-voltage educational circuits |
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Connector Type |
Snap-on battery clip with wire leads |
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Connection Output |
Positive and negative leads as per supplied model configuration |
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Working Principle |
Battery terminals provide DC voltage for current flow through a closed circuit |
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Compatible Components |
LEDs, buzzers, switches, motors, breadboards, circuit boards, resistors, sensors, and STEM project models |
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Subject Use |
Physics, electricity, electronics, general science, engineering basics, and STEM education |
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Demonstration Topics |
Battery polarity, DC power supply, current flow, open circuit, closed circuit, switches, LEDs, buzzers, and project circuits |
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Application |
Classroom demonstrations, school practicals, electrical circuit experiments, electronics projects, robotics activities, and science fair models |
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Suitable For |
Schools, colleges, physics laboratories, electronics labs, STEM labs, science classrooms, and educational institutions |
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Usage Mode |
Teacher-led demonstration and supervised student practical use |
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Packaging |
Standard educational laboratory supply packaging |
How to Use 9-Volt Battery Connector
- Check that the 9V battery and connector are clean and in good condition.
- Identify the positive and negative terminals of the 9V battery.
- Align the snap connector with the battery terminals.
- Press the connector gently onto the battery until it fits securely.
- Identify the positive and negative output leads of the connector.
- Connect the leads to the required circuit components such as an LED, switch, buzzer, motor, or breadboard.
- Close the circuit and observe the operation of the connected component.
- Use a switch in the circuit if controlled operation is required.
- After the experiment, disconnect the circuit and remove the connector from the battery if not in use.
- Store the connector in a clean and dry place after practical work.
Educational Applications
- Connecting 9V batteries to simple circuits
- Teaching battery polarity and terminal identification
- Demonstrating open and closed circuit operation
- Powering LEDs, buzzers, switches, and small project circuits
- Using with breadboards and electronics learning boards
- Supporting robotics models and STEM project work
- Building science fair models and battery-powered demonstrations
- Helping students learn safe low-voltage circuit assembly
Why Choose Scientifc Equipment 9-Volt Battery Connector?
Scientifc Equipment provides practical educational science accessories designed for classroom demonstrations, laboratory experiments, and STEM-based learning. The 9-Volt Battery Connector helps students connect a portable DC power source to simple circuits while learning polarity, current flow, and safe battery-powered circuit construction.
- Suitable for school and college science laboratories
- Useful for electricity, electronics, and STEM practicals
- Snap-on design makes 9V battery connection quick and convenient
- Attached leads support easy connection with circuit components
- Helps students understand polarity and DC power supply concepts
- Suitable for institutional procurement and electronics lab setup
Care and Safety Instructions
- Use the 9-Volt Battery Connector under teacher or laboratory instructor supervision.
- Use only with suitable 9V batteries and low-voltage educational circuits.
- Do not connect the connector directly to mains electricity.
- Avoid short circuits by keeping the positive and negative leads separated when not connected to a circuit.
- Check wire insulation and connector contacts before use.
- Do not pull the wire leads forcefully from the connector body.
- Remove the connector from the battery after use to prevent accidental discharge.
- Keep the connector away from water, moisture, heat, and corrosive chemicals.
- Replace damaged connectors, loose clips, or exposed wires before use.
- Store the connector safely in a dry laboratory cabinet or circuit kit box.
SEO Title
9-Volt Battery Connector for School Science Lab – Scientifc Equipment
Meta Description
Buy Scientifc Equipment 9-Volt Battery Connector for school science labs, STEM classrooms, electronics projects, 9V battery circuits, LED experiments, buzzer circuits, and low-voltage demonstrations.
SEO Keywords
9-Volt Battery Connector, 9V Battery Connector, Scientifc Equipment Battery Connector, School Lab Battery Connector, Physics Lab 9V Battery Clip, STEM Electricity Accessory, Battery Snap Connector, 9V Battery Lead Connector, Electronics Project Connector, Educational Circuit Battery Connector.
FAQ – 9-Volt Battery Connector
- What is a 9-Volt Battery Connector used for?
A 9-Volt Battery Connector is used to connect a standard 9V battery to low-voltage circuits, electronics projects, STEM models, LEDs, buzzers, motors, and breadboards.
- Is this connector suitable for school laboratories?
Yes, Scientifc Equipment 9-Volt Battery Connector is suitable for school science laboratories, physics practicals, electronics classrooms, STEM labs, and supervised student activities.
- How does a 9V battery connector work?
The snap connector attaches to the terminals of a 9V battery and provides positive and negative wire leads for connecting the battery to an electrical circuit.
- Which components can be connected using this connector?
It can be used with LEDs, buzzers, switches, small DC motors, resistors, sensors, breadboards, circuit boards, and other suitable low-voltage components.
- Can students use this connector directly?
Yes, students can use it under teacher or laboratory instructor supervision while working with suitable low-voltage circuits.
- Why is polarity important in a 9V battery connector?
Polarity is important because many components, such as LEDs, motors, and electronic modules, require correct positive and negative connections to work properly.
- Can this connector be used with a breadboard?
Yes, the wire leads can be connected to a breadboard or project circuit, depending on the lead end type and experiment requirement.
- What safety precautions should be followed?
Use only low-voltage circuits, avoid short circuits, do not connect to mains electricity, check wire insulation, and remove the connector from the battery after use.
- How should the connector be maintained?
Keep the connector clean and dry, avoid pulling the leads forcefully, inspect wires regularly, and store it safely after practical work.
- Is this product useful for STEM education?
Yes, it supports STEM education by helping students power project circuits, learn battery polarity, observe current flow, and build safe low-voltage electronics models.
Conclusion
Scientifc Equipment 9-Volt Battery Connector is a useful educational circuit accessory for school laboratories, STEM classrooms, physics practicals, and electronics projects. Its snap-on battery clip and attached leads make it suitable for connecting 9V batteries to LEDs, buzzers, motors, switches, breadboards, and project circuits while teaching polarity, current flow, and safe low-voltage circuit operation.
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