Socket Mounted Battery Eliminator

Product Code : SCL-EAE-11328

The Socket Mounted Battery Eliminator is a laboratory power supply used for replacing compatible dry-cell batteries in low-voltage physics and electronics experiments. It is intended for school, college, university, STEM, and technical-training laboratories that need a reusable source for supervised circuit work without repeatedly replacing cells.

Product Description

The unit provides a battery-replacement output through socket-mounted connection points. Laboratory leads can be connected without assembling a temporary battery holder. The output voltage, maximum current, polarity, number of settings, and socket format must be confirmed from the approved model datasheet.

The product is suited to repeated demonstrations and student practicals using compatible low-voltage loads. Its enclosure material, regulation performance, protection, dimensions, weight, and duty rating have not been verified. It fits within the Electrical and Electronics Equipment category.

Key Features

• Reusable battery substitute: powers compatible circuits normally operated from dry cells.
• Socket-mounted connections: accepts matching laboratory leads; socket size and type require confirmation.
• Repeatable practical work: avoids interruptions caused by exhausted cells.
• Educational use: supports supervised electricity, electronics, and electromagnetism experiments.
• Bench-ready format: works alongside circuit boards, meters, and demonstration apparatus.
• Specification-led operation: output must match the load’s voltage, current, and polarity.

Technical Specifications

What's Included in the Kit

• 1 Socket Mounted Battery Eliminator main unit

Connecting leads, mains cable or adaptor, fuse, manual, and packaging are not confirmed as included. Add them only when listed in the approved packing document.

Applications / Uses

• Supplying a compatible Ohm's Law Laboratory Kitand other resistance experiments.
• Powering series and parallel circuit demonstrations.
• Operating suitable bulbs, buzzers, coils, relays, or small motors.
• Providing power for measurements with suitable laboratory meters.
• Supporting a compatible Electrical Circuit Learning Kit.
• Replacing dry cells during repeated demonstrations.

How to Use the Socket Mounted Battery Eliminator

1. Place the unit on a dry, stable, ventilated bench.
2. Read the input and output ratings on the nameplate.
3. Keep the unit off while assembling the experiment.
4. Select the required output, where applicable.
5. Connect matching leads to the correct sockets.
6. Check the load’s polarity, voltage, and current requirements.
7. Switch on and monitor the circuit with suitable meters.
8. Switch off before changing the output or wiring.

Safety note: Never connect the experiment directly to mains electricity. Do not short the output, exceed its confirmed rating, use damaged leads, block ventilation, or open the enclosure.

Care & Maintenance

• Disconnect the unit before cleaning or inspection.
• Keep the enclosure, selector, and sockets clean and dry.
• Inspect cables, leads, and socket contacts before use.
• Store the unit in a dry cabinet after cooling.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala describes itself as an Ambala-based manufacturer, supplier, and exporter of scientific and educational laboratory equipment. Its range includes physics apparatus, electrical and electronics equipment, laboratory meters, science kits, mathematics kits, didactic models, and STEM products. The company serves institutional buyers in domestic and international markets. Request the model-specific datasheet, packing list, and shipment documentation before ordering.

Frequently Asked Questions

What is a socket-mounted battery eliminator used for?

It replaces compatible dry-cell batteries with a reusable source for supervised low-voltage circuit experiments.

What does “socket mounted” mean?

The output connections are provided through sockets for laboratory leads. The sockets must match the lead diameter and safety format.

What output voltage does it provide?

The voltage has not been verified. Check the nameplate and approved datasheet before connecting the apparatus.

Is the output regulated?

Regulation is not confirmed. Do not claim regulated performance without an approved specification.

Can it replace every battery?

No. Voltage, current demand, polarity, and circuit requirements must match the confirmed output.

Is it suitable for school laboratories?

Yes, for supervised low-voltage work after its ratings, socket compatibility, and safety provisions are checked.

Explore the Electrical and Electronics Equipment range for compatible circuits, meters, and teaching apparatus.