Accumulator

The Accumulator is a rechargeable energy-storage component intended for low-voltage laboratory and educational applications. It provides a convenient source of DC electrical power for practical experiments where a rechargeable storage unit is preferred over disposable batteries.

The unit is housed in a plastic container, providing a practical enclosure for routine laboratory handling. Its slow-discharge rating makes it particularly useful in applications that require electrical energy to be delivered progressively over a longer period. This characteristic can be beneficial during demonstrations and experiments where maintaining a relatively steady power source is more important than supplying a short-duration high-current output.

Two standard capacity options are available: 2 V 20 Ah and 2 V 45 Ah. The 20 Ah version offers a compact capacity for general laboratory requirements, while the 45 Ah configuration provides greater stored-energy capacity for experiments or setups requiring longer operating periods. Selection should be based on the required load, operating duration and compatible charging arrangement.

The Accumulator can be incorporated into suitable physics and electrical laboratory experiments involving low-voltage DC circuits, electrical measurements, circuit demonstrations and power-source studies. It can also serve as a rechargeable laboratory battery for equipment that specifically requires a compatible 2 V source.

For reliable performance, charging should be carried out using a suitable charger and according to the battery manufacturer's specified charging characteristics. The accumulator should not be subjected to loads beyond its recommended operating conditions. Regular inspection of terminals, enclosure condition and connections can help maintain safe and dependable operation.

Micro Technologies supplies this Accumulator for laboratory equipment requirements, educational institutions and bulk procurement. The availability of two capacity options provides flexibility when laboratories are standardizing their low-voltage power sources.

Proper storage, charging and handling are important for maintaining battery performance and service life. Buyers should confirm voltage, capacity, charging requirements and application compatibility before installation.

Features

• Rechargeable accumulator for low-voltage applications.
• Available in 2 V 20 Ah and 2 V 45 Ah capacities.
• Supplied in a practical plastic container.
• Rated for slow-discharge applications.
• Suitable for laboratory DC power requirements.
• Useful for physics and electrical experiments.
• Provides stored electrical energy for extended operation.
• Available in different capacity options for varied requirements.
• Compact and convenient for laboratory installation.
• Suitable for institutional and educational procurement.

Benefits

• Reliable stored power: Provides a rechargeable source for suitable low-voltage laboratory applications.
• Extended operating capability: Slow-discharge characteristics support applications requiring sustained power delivery.
• Capacity flexibility: 20 Ah and 45 Ah options allow selection based on the required operating period.
• Reusable power source: Rechargeable construction can reduce reliance on disposable batteries.
• Convenient handling: Plastic housing provides a practical enclosure for laboratory environments.
• Procurement efficiency: Multiple capacity options simplify standardization across laboratory setups.
• Long-term value: Proper charging and maintenance can support repeated use over an extended service period.

Product Specifications

Available Variants

• 2 V 20 Ah Accumulator
• 2 V 45 Ah Accumulator

SKU System

• MT-ACC-020 – 2 V 20 Ah Accumulator
• MT-ACC-045 – 2 V 45 Ah Accumulator
• MT-ACC-020-BULK – 20 Ah Bulk Supply
• MT-ACC-045-BULK – 45 Ah Bulk Supply

FAQs

What is an Accumulator used for?

An accumulator stores electrical energy and provides a rechargeable DC power source.
It can be used in suitable laboratory experiments and low-voltage electrical applications.
The appropriate voltage and capacity should be selected according to the connected load.

What voltage and capacities are available?

The available configurations are 2 V 20 Ah and 2 V 45 Ah.
Both versions are intended for slow-discharge applications.
The required capacity depends on the load and desired operating duration.

What does the Ah rating mean?

The Ah, or ampere-hour, rating indicates the approximate charge-storage capacity of the accumulator under specified conditions.
A higher Ah rating generally provides greater stored capacity.
Actual runtime depends on load, discharge conditions and battery characteristics.

Is the Accumulator suitable for laboratory experiments?

Yes, it can be used as a rechargeable low-voltage source in suitable physics and electrical experiments.
It is useful where a stored DC power source is required for practical laboratory work.
The electrical requirements of the experiment should be checked before connection.

How should the Accumulator be charged?

Charging should be performed using a compatible charger and the appropriate charging procedure for the accumulator type.
The correct voltage and charging current are important for safe operation and battery life.
Avoid using an unsuitable charger or exceeding the recommended charging conditions.

How durable is the Accumulator?

The plastic container provides a practical protective enclosure for normal laboratory handling.
Service life depends on charging practices, discharge depth, operating conditions and storage.
Proper maintenance can help preserve battery performance over repeated use.

Can the Accumulator be ordered in bulk?

Yes, bulk orders can be supplied for schools, colleges, universities and laboratory projects.
Customers can specify whether they require the 20 Ah or 45 Ah configuration.
Quantity-based quotations can be provided for institutional procurement.

Can different specifications be customized?

Special electrical requirements may be evaluated depending on the application and production feasibility.
Voltage, capacity and physical requirements should be specified when requesting a customized solution.
The final configuration should be confirmed before purchase.

How should the Accumulator be maintained?

Keep the unit clean, dry and protected from excessive heat or physical damage.
Terminals and electrical connections should be inspected periodically for secure contact.
Follow the appropriate charging and storage instructions for the selected accumulator type.

How is the Accumulator packaged for shipping?

The accumulator should be securely packed to protect the plastic container and terminals during transportation.
Additional protective packaging may be used for bulk institutional shipments.
Shipping and handling requirements should be confirmed according to the order configuration.

What is the shipping timeline for bulk orders?

Shipping time depends on stock availability, quantity, selected capacity and destination.
Standard configurations can be processed according to current availability.
The confirmed dispatch schedule can be provided with the commercial quotation.

Why Choose Our Products

• Controlled manufacturing practices focused on consistent construction and laboratory usability.
• Quality inspection of enclosure, terminals and key physical characteristics before supply.
• Reliable electrical specifications with clearly identified voltage and capacity options.
• Durable enclosure construction suitable for routine laboratory handling.
• Bulk supply capability for educational institutions, distributors and laboratory procurement projects.

Call to Action

Looking for a dependable 2 V Accumulator for laboratory experiments or institutional requirements? Micro Technologies supports bulk inquiries, institutional orders, distributor requirements and quotation requests for 20 Ah and 45 Ah configurations. Share your required capacity and quantity to receive a suitable commercial quotation.