Precautions to take in rainy season.

-

Indoor Safety-

  1. Periodically test the electrical installation for insulation strength and replace if required.
  2. Replace damaged electrical components like switches, plug sockets etc., immediately when noticed.
  3. Use only ISI marked electrical appliances, cables and wires.
  4. Use 30 mA ELCB the "LIFE SAVER" at the main supply point.
  5. Get electrical work done only by qualified licensed electrical contractors.
  6. Install switches and plug sockets at an inaccessible height and away from children.
  7. Do not use electrical appliances that have been wet.
  8. Make sure that there is easy access to switch off the supply source quickly in case of an emergency. 
  9. Do not fix a nail on the wall where concealed PVC conduit wiring has been done. 

Outdoor safety-

  1. Avoid fallen electricity poles and power lines or anything in contact with these.
  2. Do not touch water or anything in contact with water near where there is a downed power line.
  3. Do not try to free somebody who is in contact with an electrical power line but do inform and alert the nearest DISCOM office, faults center and Police or Fire Brigade.
  4. Do not go near the fencing of electrical transformers on the streets.
  5. Do not use electric poles as support to pandals or for displaying advertisement boards.
  6. Do not secure animals to the electric poles or the stay wires.
  7. Do not climb any tree that is touching or is near to power lines.
  8. Stay inside a car if it is in contact with a fallen power line and tell others to stay away from the car. If the car has caught fire, jump out of the car without contact with the car or any other metal part of the car.

www.sankalpindustries.in


Comments

Post a Comment

Popular posts from this blog

What are the disadvantages of poor power factor?

-
Image
Disadvantages of poor  power factor - 1-Greater Copper Losses As at the low power factor, the load current is greater. Therefore, the large load current causes more I^2* R losses in all the components of the supply system. This in turn results in poor efficiency of the system. 2- Large kVA Rating of Equipment The electrical source equipment such as alternators, transformers, switchgears, etc. are always rated in kVA because the power factor of the load is not known when these equipment are manufactured in the factory. Hence, from the definition of power factor, we get, kVA rating=kW / cosĪ• That is, the kVA rating of the equipment is inversely proportional to the power factor. Therefore, the lower the power factor, the higher the kVA rating of the equipment. Hence, at low power factor, the kVA rating the equipment needs to be made more which increases the size and cost of the equipment. 3- Larger Conductor Size For transmitting and distributing a constant amount of power at a constant v
Read more

Recognizing the risks associated with incorrect earthing of diesel generator.

-
Image
Incorrect earthing of a diesel generator can pose several risks: 1. Electric Shock:  Improper grounding can lead to electric shocks, endangering anyone in contact with the generator or its surroundings. 2. Equipment Damage:  Inadequate grounding may cause electrical equipment connected to the generator to malfunction or be damaged due to power surges or improper current flow. 3. Fire Hazard: Poor grounding increases the risk of electrical fires, which can result in property damage and pose a threat to occupants' safety. 4. Non-compliance:  Improper earthing can lead to violations of safety regulations and codes, potentially resulting in legal consequences and liability issues. 5. Operational Issues: Incorrect grounding can cause the generator to operate inefficiently or inconsistently, leading to disruptions in power supply and potential damage to connected devices or systems. It is always safe practice to ensuring proper earthing is essential for the safe and reliable operation of
Read more

Things to consider while buying APFC panels

-
Image
Things to consider when buying APFC panels: 1. Power factor: Power factor is a measure of how efficiently your electrical system is using power. APFC panels are designed to regulate your power factor, improving the efficiency of your system and reducing your energy costs. 2. Size of the panel:  APFC panels come in different sizes, so it's important to choose the right size for your needs. The size of the panel will depend on the size of your electrical system and the amount of power it uses. 3. Cost:  APFC panels can vary widely in price, so it's important to set a budget and choose a panel that fits within your budget. 4. Installation:  It's important to have your APFC panel installed by a licensed and experienced electrician. A qualified electrician can ensure that your panel is installed correctly and safely, and can help you choose the right panel for your needs. By choosing the right APFC panel and working with a qualified electrician, you can improve the efficiency of
Read more