Power strips

What is a power strip used for? 

Power strips are basic devices that allow electricity to be distributed to several devices simultaneously. They are used in offices, server rooms and homes where multiple devices need to be powered from a single source. In addition, power strips can protect equipment from surges, ensuring a safe and stable power supply. 

Types of power strips 

• Standard slats - basic models that offer several sockets for connecting devices. They are economical, but do not offer additional protection features. 

• Slats with surge protection - these models offer surge protection, cutting off the power supply when a dangerous voltage surge is detected, protecting equipment from damage. 

• Rack rails - designed for mounting in server racks, offer the ability to power multiple devices simultaneously and are often equipped with additional features such as energy consumption meters. 

• Slats with management functions - Advanced models that allow remote power monitoring and management via the network. Ideal for data centres and large IT infrastructures. 

How do I choose the right power strip? 

Choosing the right power strip depends on several key factors: 

1. Slat type: There are different types of power strips available on the market, such as standard, circuit-breaker, anti-overvoltage and those with management functions. An anti-surge power strip is usually the best choice as it offers protection against surges and interference, which is crucial for the safety of connected equipment. 

2. Number of sockets: Consider how many appliances you need to plug in. Power strips with 4-6 sockets are the most popular, but models with 1, 8, 10 sockets are also available. Choose a skirting board that provides the right number of sockets without the need for additional adaptors. 

3. Length of supply cable: A well-chosen cable length provides flexibility in the placement of equipment. Remember that a cable that is too long and coiled can lead to overheating and damage to the cable. 

4. Cost and quality of workmanship: The price of a power strip is an important factor, but it is worth investing in a more expensive surge protection strip that offers greater protection. The power strip should be made of high quality materials, resistant to mechanical damage and external factors. 

5. Response time and impulse current: For surge protection strips, pay attention to the response time and the maximum impulse current. The faster the strip reacts to a surge and the higher the value of the impulse current, the better for the protection of your equipment.