In stock / Shipping Available
The 12VDC Lead Acid Battery with Slide terminals is designed to achieve optimal performance and protect from power break. The high quality battery ensures that no leakages occurs from the case and or the terminals. This battery is maintenance free. It is sealed construction and the recombination of gases within the cell.
This battery uses a unique suspension. The system incorporating a glass mat (AGM) to retain the maximum amount of electrolyte in the cells.
Attribute | Value |
Capacity | 3,4Ah |
Nominal Voltage | 12VDC |
Construction | AGM |
Terminal Type |
Faston F1 |
Dimension | 164 x 67 x 67 mm |
Weight |
1,2 Kg |
Operating Temperature Range |
-20 + 50 °C |
Improved for discharge up to 20 hours
5 year design life
Non-spillable and maintenance free
Non-hazardous for air/sea/rail/road transportation
100% Recyclable
Storage temperature must be between -20°C and +40°C.
Before storing the battery, disconnect from any electric circuit, and place in a cool, dry place.
During the storage period, recharge the battery at least once every six months.
Batteries also age during storage, it is therefore recommended to use them as soon as possible.
These batteries do contain hazardous chemicals so recycling is the only way to dispose of them.
Recycle responsability. A wide range of schemes are available.
There are no reviews yet.
1 in stock / Shipping Available
CONTACT US FOR MORE INFO
Our Communicator Unit has been specially developed with the aim of preventing dust and water from entering its interior. Each component was chosen based on the minimum requirement of obtaining an IP67 system.
The design of the front panel has been conceived to make water tight between the panel and the protective/transport case that contains all the electronics. The front panel is provided with an O-ring which makes a radial seal between the panel itself and the protective case.
We have developed a modular system capable of being reconfigured in order to have batteries of different capacities based on operational needs.
Read More