What is the Importance of Safe Isolation?

In the realm of the electrical industry, safe isolation is quite significant. It is a procedure in which the electrical circuits can be safely isolated before routine maintenance work of the electrical components is undertaken. Safe isolation of electrical appliances and circuits help protect people from severe injuries and shocks.

Many accidents are rampant due to the lack of safe isolation procedures in place. Note that when you are dealing with live electricity, there should be no room for guesses and risks. The only way through which you can ensure the safety of colleagues is by adopting the safe isolation of the electrical wires and appliances. That’s why it is wise to opt for T SAFE panel suppliers who would supply quality isolation techniques.

Safe Isolation Procedures

To be precise, isolation of equipment or circuits with the usage of the main switch or the distribution board is the preferred method. Also, the process of isolation should be locked off with the usage of a unique key. In case more than one operative is working, it is wise to opt for a multi-lock hasp which would prevent the operation of the main isolator. Also, the test lamp or the voltage detector should be tested prior to carrying out the maintenance or repair works on live electrical circuits.

Recognize the Correct Isolation Point

If someone is carrying out activities on low voltage electrical circuits, it is imperative that the appropriate isolation point is recognized. When you are isolating the primary energy source, you should isolate the secondary source of live electricity. Using a two-pole voltage detector is also one of the preferred means to detect live current and deploy measures of safe isolation.

Read the voltage detector to make sure that there is no voltage present. One should take extra precautions to charge the electrical circuits that were dead earlier. Reputed T SAFE panel manufacturers always ensure that they use fine grade build materials.

So as evident from the above discussion, safe isolation is an important procedure before carrying out any electrical work on live circuits

The relation between Switchboard and Switchgears

There are mainly two systems that are used to redistribute the electric current to other equipment or circuits. They are switchboards and switchgear.

As we all know, an electric switchboard is a device that directs the electricity from one source to another. Each panel of a switchboard contains switches that allow electricity to be redirected. LV switchgear suppliers keep all types of switchboards with different design and style matches your house walls. 

A few things you need to check timely by an electrician, such as:

• Regularly check the frequency of the electricity of each switchboard.
• Keep in mind; it is essential to check the amount of electric power that goes into the switchboard.
• The amount of electricity for each switch depends on its function. Such as, a switch of the fan will load lower electricity than a refrigerator.
• Timely check the busbars. They are generally bare and are supported by the insulators.
• They act to allow the passage of large electricity through the switchboard.

Switchgear is another crucial type of electric distribution device, e.g., dg synchronization switchgear. They are used to convert the incoming electricity into multiple smaller voltages. Some people may not know, but some switchgear can be used as a circuit breaker.

There are different types of circuit breaker switchgear, such as:

• Vacuum Circuit Switchgear: it has minimal arcing. It is usually used in modern medium-voltage switchgear of up to 30,000-35,000 volts.
• Oil insulated switchgear: it depends on an oil vaporization blast through its arc.
• Gas Insulated Switchgear: it stretches the arc with a magnetic field. To quench its arc, it also depends on the dielectric strength of the gas.
• Open Air Switchgear Circuit Breaker: it is used to compress the air to blow out the arc.

Each switchgear is used for different purposes. Depending on your location, an electrician will contact LV switchgear suppliers for the appropriate supplies. The design of circuit breakers is specially made for the interruption of any fault currents.

Each switchboard's difference is based on the insulating medium, construction types, operating method, and electric current rating.

To get top-quality switchboards, you can contact Tricolite.

India’s market-dominating LV Switchgear Suppliers

Tricolite is one of the leading LV switchgear suppliers in India offering a wide range of market-leading technology solutions in power distribution and better power control center applications. For the past several decades, the company has been connecting power and automation for various industries as well as infrastructure customers.  As one of India’s largest low voltage switchgear suppliers with unmatched industry expertise, the company always aims to be the first choice of its customers across the globe.

The specifications of the low voltage switchgear manufactured and supplied by Tricolite include the following:

• Application- System Control from Remote Location
• Reference Standard- IEC : 61439-1& 2 :2011
• Operational Voltage- 24/110/230 V AC/DC 690V AC
• Degree of Protection- IP-52
• Form of Separation- 2b/3b/4b
• Configuration- Fixed Type
• Centralized Monitoring- SCADA/ETHERNET
• Display- Audio Visual Mimic with LED indicators/Semaphore

The company has its own rich in-house research and development as well as state of the art designing facility housing all the latest CAD/CAM technology like Elecdes, Pro-E, Solid Edge, Primavera, AP100, Biloma and ESMS to come out with products that are not only innovative but also cost-effective and durable.

Each and every engineer of the company is trained by OEMs on their ultra-modern set ups which can be incorporated in the company’s solutions to make them more optimum and user-friendly. The company has always kept its special focus on creating future-ready communicable and ultra-smart products which can assist the customers in making a comprehensive analysis of their energy consumption trends.

Some of the routine tests conducted by the company on its low voltage switchgear include:

• In house Temperature rise lab for 8000A
• Computer monitored and 100% online
• Megger & High Voltage tests
• Millivolt drop test
• Conductivity tests for Bus bar purity
• Structure test & Scratch hardness test for paint durability
• Salt spray test for Corrosion resistance for up to 1000 hrs.
• Stringent QAP for Incoming
• >200 points In process checklist

In the last 40 years, the company has earned a formidable reputation among the leading providers of energy solutions both in India and abroad, dedicating itself to total quality and a pledge to achieve excellence in its entire range of products.