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Showing posts from December, 2021

Telecom Racks – Towards Supporting Telecom Applications

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Telecom racks   as the name suggests is widely used in the telecommunications industry to mount telecom equipment. Based on the usage, there are different telecom racks required in the   telecom industry . Often people assume telecom racks as same as regular IT racks. However, both the products are designed differently with individual features. In telecom racks 19inch, 21inch and 23-inch are standard in size with 200mm, 300mm to 1000mm depth. The coverage in the telecom rack framework is ample to accommodate technical equipment used in telecom operations. The power utilized in telecom racks is static with an uninterrupted DC power supply. Here are certain advantages of telecom racks: Innovative product design for extensive range of telecom applications Long-term usage and easy maintenance of telecom racks Approved and trusted with highest quality standards Product capacity supports national infrastructure in telecom stream DC power distribution to suite Telecom Industry. Customization

The complete overview of Safe Transfer Switch (STS)

  Safe Transfer Switch (STS) Continuous electricity supply is a significant necessity for all electronic devices, a single laptop, or a massive data center. Even a brief disruption in power or a power outage can disturb the working and damage the system in some cases. That is why modern systems that perform critical operations have dual power sources for providing redundant power supply. However, many single power sources need redundancy for business continuity. A safe transfer switch is designed to cater to such single power sources. What is a safe transfer switch? A  safe transfer switch  is an electrical device that switches the load between two power sources. It can be done manually or automatically by switching when one of the sources has lost power. In a manual process, an operator transfers the power from one to another, while in an automatic mode, the device senses it and switches accordingly. By adding an STS, it creates another layer of failure for power redundancy. Netrack’s