Battery Rack – The importance of battery racks is clear and undoubtedly of much significance from the time when water-filled batteries were common in the market. Sometimes, the leakage of batteries spoiled the roundabout area which was later on solved when charging-free batteries were introduced in the market. We should take care of the safety measures which are enhanced by adjusting the batteries into the racks.
Material of Battery Rack:
A decade back iron and wooden racks were common in use but later aluminum racks were launched which are still in practice.
Battery Accessories:
Battery racks are in different sizes, designs, and shapes and with a material and quality variation. This variation causes the difference in prices and warranty.
Narada standby power batteries:
For easy understanding, Narada battery racks are divided into three groups.
Standard racks
This rack is suitable for high voltage systems and 48V because it is equipped with electricity insulation and cell restraint equipment.
Seismic racks
It is specially designed for meeting Zone 4 requirements, e.g.
- The Uniform Building Code (UBC),
- Bellcore Network Equipment-Building System (NEBS) requirement,
- Telecordia standard.
- Seismic racks are compatible for high voltage system and for 48V.
Vertical battery racks
Tubular flooded and gel batteries are not fitted in the standard racks, therefore, vertical racks of battery are designed for the Tubular flooded and gel batteries. This rack is compatible with the following devices which are shown as under;
- IEEE693,
- NEBS,
- Telecordia,
- UBC standards for substations,
- Telecom,
- Switchgear and UPS applications.
Significance of Narada battery racks:
• The main concern is to make shock protected, so a standard rack is selected for this concern, it is the feature of Cell restraint equipment.
• You will surprise to know that earthquakes can damage the performance of batteries. Now the question arises of how we can save our batteries from such type of shock which can damage the batteries. For this purpose, anti-static spacers and cell clamps are required which are inculcated in the seismic racks. All the designs are shock-protected.
• We want to do something more to secure the batteries from the electric shock which is being prepared by the installation of rubber insolation. Rubber coating creates extra care from the electric shock and short circuit.
Solutions for various battery rack requirements:
- Standard 48V rack for 2V type battery
- In this rack, cell position of battery is horizontal.
- It is incorporated with cell restraint and insulated connector.
- Tiers and rows are made user-friendly to enhance customization.
2. Standard high voltage racks for 2V type battery
- In this rack, the cell position of the battery is horizontal
- It is incorporated with a cell restraint and an insulated connector.
- .Tiers and rows are made user-friendly to enhance customization.
3. Seismic 48V rack for 2V type battery
- In this rack, cell position of battery is horizontal.
- It is incorporated with cell restraint and insulated connector.
- Tiers and rows are made user friendly to enhance the customization.
4. Seismic high voltage rack is compatible for 2V type battery
- In this rack, cell position of battery is horizontal.
- It is incorporated with cell restraint and insulated connector.
- Tiers and rows are made user friendly to enhance the customization.
5. Standard 12V battery rack compatible for both 48V and high voltage rack
- It is incorporated with cell restraint and insulated connector.
- Tiers and rows are made user friendly to enhance the customization.
- Vertical rack compatible for both tubular flooded and gel battery
- It is incorporated with cell restraint and insulated connector.
- Tiers and rows are made user friendly to enhance the customization.
- seismic & standard racks are available for both tubular flooded and gel battery.
- In this rack, cell position of battery is horizontal.
For Further Details Please Visit Our Site: chalagy.com
