Regulated Battery Replacement Device

Product Code : SCL-EAE-11327

The Regulated Battery Replacement Device is a regulated low-voltage power source used for replacing disposable cells in supervised physics and electronics experiments. It is designed for schools, colleges, universities, polytechnics, and technical-training laboratories that require a reusable supply for compatible circuit apparatus.

Product Description

This laboratory device converts an external electrical input into a lower output suitable for educational circuits. It can power compatible meters, rheostats, resistive loads, electromagnets, coils, and demonstration apparatus without repeatedly changing dry cells. The exact voltage range, current capacity, and AC or DC output configuration must be selected from the approved model specification.

The bench-top format places the power source and laboratory connection points in one reusable unit. Lab Equipments Ambala has not published the enclosure material, dimensions, regulation tolerance, ripple, or protection details for this model. Institutional buyers should confirm those values before tender submission or installation.

Key Features

• Reusable battery substitute: reduces dependence on disposable primary cells during repeated practical sessions.
• Regulated operation: supports more consistent circuit work; the numerical regulation tolerance is not published.
• Low-voltage laboratory output: intended for compatible educational loads and measuring instruments.
• Flexible circuit use: supports resistance, electromagnetism, meter, lamp, and introductory electronics activities.
• Bench-top handling: allows teachers and students to connect experiments at a laboratory workstation.
• Output terminals: accept compatible laboratory leads for straightforward circuit integration.
• Supervised-use design: intended for structured school, college, and technical-training environments.

Technical Specifications

What's Included in the Kit

• Regulated battery replacement device
• Integrated input cable or external adapter
• DC output terminals
• Laboratory connecting leads
• Replacement fuse
• Operating instructions and circuit guidance

Confirm the final packing list because the supplied configuration may vary by model or institutional order.

Applications / Uses

• Powering low-voltage Ohm's law and resistor-network experiments.
• Operating a compatible laboratory rheostatduring current-control demonstrations.
• Supplying circuits that use a plug-type resistance box.
• Running electromagnets, coils, lamps, and compatible meter practicals.
• Powering an electric bell demonstration modelwithin its rated input limits.
• Replacing dry cells during repeated classroom demonstrations.

How to Use the Regulated Battery Replacement Device

1. Place the unit on a dry, stable, and ventilated laboratory bench.
2. Check that the input supply matches the rating shown on the unit.
3. Set the output to its lowest or switched-off position before connecting a circuit.
4. Connect the load to the correct terminals using insulated laboratory leads.
5. Select the required output only after checking the load's voltage and current limits.
6. Switch on the unit and monitor the circuit with suitable laboratory meters.
7. Switch off and disconnect the unit before altering any connection.

Safety note: Do not short the output, exceed the confirmed rating, obstruct ventilation, use damaged cables, expose internal wiring, or handle the device with wet hands.

Care & Maintenance

• Disconnect the device before cleaning, inspection, or storage.
• Keep the enclosure, controls, terminals, and ventilation openings clean and dry.
• Inspect plugs, cables, sockets, and insulation before each laboratory session.
• Replace a fuse only with the manufacturer-specified type and rating.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala is an Ambala-based manufacturer, supplier, and exporter of educational scientific equipment. Established in 1982, the company supplies physics apparatus, electrical instruments, laboratory equipment, science kits, mathematics kits, and teaching models. Its published services include institutional supply, tailored product development, quality checks, and export packaging. Buyers can request model-specific electrical data and shipment documentation for domestic or international procurement.

Frequently Asked Questions

What is a regulated battery replacement device used for?

It replaces disposable cells with a reusable low-voltage source for compatible circuit, resistance, electromagnetism, and meter experiments.

Does this device supply DC output?

The published catalogue identifies battery-eliminator configurations with DC, AC, or combined outputs. Confirm the output type of the quoted model.

Which output voltages are available?

The voltage range and selectable settings are not published. They should be stated in the quotation and product datasheet.

What is the maximum output current?

The continuous current capacity is not published. Match the confirmed rating to the highest expected experimental load.

Is it suitable for school laboratories?

Yes. It is intended for supervised school and college circuit practicals when the connected equipment remains within the confirmed ratings.

Does it have short-circuit protection?

No product-specific protection system has been verified. Request written confirmation of fuse, current-limit, overload, and short-circuit provisions.

Review the complete Electrical and Electronics Equipment range and request the approved output specification and packing list before ordering.