As a restaurant owner, you need to take care of thousands of things including your staff, customers, food quality, hygiene, the interiors, and many more. One of the major things you need to care about is the proper flow of electricity and earthing of cables.

Electrical power is part of the modern lifestyle. But, if we don't handle them with care then there are chances of electrical hazards. It often leads to burns, shocks, and electrocution. It is necessary to be aware of any potential electrical risks.

Food service industries are the biggest users of electrical equipment and appliances. Long term and frequent use can cause wear and tear in appliances making them dangerous. This gets compounded by the fact that the staff is under immense pressure to get materials and prepare them all the time. It is one of the major reasons why restaurant owners give the least importance to safety and maintenance.

But as an owner, you need to understand the importance of keeping your restaurant secure and away from electrical hazards.

Below are some of the things you need to take care of as a restaurant owner:

2. Keep electrical appliances away from water:

    

4. We all know how dangerous it can be if water and electricity get mixed. Remember to turn off the appliances if they are near wet areas. If by mistake water spills near the electric box, then make sure to clean it immediately.

   Additionally, remember not to touch electric appliances with wet hands as you can get shocked and consequences can be bizarre.

6. Proper installation of electric appliances:

    

8. If you are renovating your restaurant or even starting a new one, then make sure that professionals properly carry out installments of electric appliances. You should never try to do the installation or play with wires on your own. Ensure that the equipment inspection, testing, and tagging are proper. These are a few of the things you need to do to avoid any electrical hazards.

10. Be alert and aware:

     

12. While working with cables like c7 power cord or c13 to c14 power cord, you need to be alert and aware. Ensure that there are no exposed wires, frayed wires, or signs of smoke coming out of any wires/appliances. If any of these things are happening then make sure that you immediately call your electrician. Additionally, also make sure to remove faulty electrical equipment from the kitchen if any, and make sure not to reuse them unless you've had them checked out by professional.

     
13. Avoid overloading of power points:

     

15. Don't plug thousands of cables into one outlet or extension cord. It can damage the electrical system or cause a fire. Keep electrical items switched off if you are not using them on a regular basis. Provide proper power points and make sure that power boards are not overloaded and increase protection. Being the owner of a restaurant company, avoid using double adapters and extension leads as well.

17. Hire electricians:

     

19. Hire an electrician to install and repair decommission electrical equipment. You should never do an installation or repair cables or power cords like c13 to c14 power cord, c7 power cord, or any other on your own. There are specially trained electricians who help you with proper wiring, installation, earthing, soldering, and many more.

21. Install safety switches:

     

23. Install safety switches in your restaurant as it helps you in balancing the load of the electricity. Not only has this but also because of proper load balancing, it reduces the risk of electric shock as well. This in the end helps you in having proper safety of your restaurant and also visitors.

25. Provide staff training:

     

27. Make sure that your staff is wearing proper rubber-soled footwear. Train them to turn off the main power if any emergency like situation occurs. They should not touch any person who is shocked while the main power is on.

29. Extension cords:

     

31. Keep power cords away from other equipment while using them. If you use extension cords, store them away from water, hot surfaces, chemicals, and walkways. Avoid using extension cords which are permanent as in future you might face issues removing them. You also need to understand when your extension cord overloads so you can stop working at that time.

Final Words:

Following these steps are necessary to overcome electrical hazards. You need to understand that playing with electricity can turn into the worst of scenarios. Take the necessary precautions while people are around it. As a restaurant owner, you are not only responsible for your employees' safety but also for the customers.

Source: https://www.sooperarticles.com/shopping-articles/electronics-articles/electrical-safety-guide-restaurateurs-1782784.html

For every power supply, there is a separate cord that supports its work. Server power cord plays an important role in connecting the servers and PDUs. It is vital to choose the suitable network systems as power cord standards differ on the basis of the countries.

In this article, we will discuss the server power cords and their applications.

You can use power cords or jumper cords to connect with the server. They consist of three necessary components i.e. plug, cord, and receptacle. There are different types of cords available across the globe. But, amongst all, the most common ones are the IEC60320 power cords and NEMA power cords.

IECs are available in North America and other countries have NEMA cords. Going further among these server power cables, the most common among the vendors like Dell, HP, and many others are C13 to C14 power cords. There are many different types in these two types of cords.

Let's understand the applications of these power cords in different cabling systems:

2. Cabling in Low Density System:

    

4. It is easy to install cords for low density systems. For example, you need to take a server in a tower configuration, it needs to use a country-specific cord for direct connection to a facility AC feed.

    

6. The server availability requires providing redundant AC power to the server in the form of a redundant AC bus or a UPS.

    

8. Remember connecting with the local AC outlet requires you to have optional country-specific cords for each of the power supply.

10. Cabling for Medium Density:

     

12. Medium density system is a bit complex compared to the low density system. Hence, there are different types of accessories needed to achieve an effective connection.

     

14. Some servers contain hot pluggable fans accessible for sliding the chassis out on rails. Make sure that the cords or jumper cables connect to the server at the adequate length and slack to allow chassis movement and stay connected and running.

16. Cabling for High Density System:

     

18. Power cords used in high density systems are short as cable movement is little. There are three ways to connect enclosures to AC power:

    • C13 to C14 cords are useful to connect a single supply server to a vertical mount PDU and it is suitable for low density installations.
    • C13 x4 to C20 fixed cord extension bars: it is a method recommended for extreme density installations which uses redundant power supplies.
    • In the third category, it uses C13 x2 to C20 Y cable. It is useful for connecting a server with dual 1200 watts power supplies directly to a PDU core with C19 outlets.

    There are many cables which are useful for high density systems and for systems like this, color coding is a useful method.

20. further let's have a look at the best practices of these cords in the data centers and connecting with the power plug adapters.

     

22. While designing the data centers or mapping the racks, we often tend to forget the cords. But, choosing the correct cord helps you in lessening energy consumption, data center uptime, and service response times.

Without further ado, let's begin:

2. Length Cord:

    

4. The most important rule that you should have to build an efficient data center cord is choosing the right length. Shorter the length the better it is. Sometimes, there is power lost in the cords due to longer lengths, and this results in loss of hundreds of dollars annually.

    

6. The length of cords also plays a major role in the airflow within the data cabinets and longer cords cause a blockage.

8. Using the Correct Gauge:

    

10. It is important to select the correct gauge cord. The large diameter conductors carry electrical current more efficiently and it can be a fire hazard to use a cord using gauge that is too thin for the requirements.

12. Using color coded power cords:

     

14. Tracing a cord from source to equipment is foolproof if you are using different color cords. This can help you identify redundant power paths and can prevent unwanted disconnections while moving.

16. Use shielded pairs:

     

18. EMI is a serious issue in the data center. Usually, Ethernet cables have the connections made of unshielded twisted pair grade cable. If the unshielded twisted pair is within the proximity of an unshielded AC power cord, then EMI can occur. This results in performance degradation. Whereas, shielded cords can reduce the irregular data problems which can positively affect your organization.

Conclusion:

Server cords play a vital role in bridging the network device power supply system. One also needs to make sure about the power plug adapter they are using in data centers. Power cords are multipurpose and each of them has their own benefits.

Source: https://www.sooperarticles.com/shopping-articles/electronics-articles/all-about-power-cords-your-data-centers-1778156.html

For every power supply, there is a separate cord that supports its work. Server power cord plays an important role in connecting the servers and PDUs. It is vital to choose the suitable network systems as power cord standards differ on the basis of the countries.

In this article, we will discuss the server power cords and their applications.

You can use power cords or jumper cords to connect with the server. They consist of three necessary components i.e. plug, cord, and receptacle. There are different types of cords available across the globe. But, amongst all, the most common ones are the IEC60320 power cords and nema power cords.

IECs are available in North America and other countries have NEMA cords. Going further among these server power cables, the most common among the vendors like Dell, HP, and many others are C13 to C14 power cords. There are many different types in these two types of cords.

Let's understand the applications of these power cords in different cabling systems:

2. Cabling in Low Density System:

    

4. It is easy to install cords for low density systems. For example, you need to take a server in a tower configuration, it needs to use a country-specific cord for direct connection to a facility AC feed.

    

6. The server availability requires providing redundant AC power to the server in the form of a redundant AC bus or a UPS.

   Remember connecting with the local AC outlet requires you to have optional country-specific cords for each of the power supply.

8. Cabling for Medium Density:

    

10. Medium density system is a bit complex compared to the low density system. Hence, there are different types of accessories needed to achieve an effective connection.

    Some servers contain hot pluggable fans accessible for sliding the chassis out on rails. Make sure that the cords or jumper cables connect to the server at the adequate length and slack to allow chassis movement and stay connected and running.

12. Cabling for High Density System:

     

14. Power cords used in high density systems are short as cable movement is little. There are three ways to connect enclosures to AC power:

    • C13 to C14 cords are useful to connect a single supply server to a vertical mount PDU and it is suitable for low density installations.
    • C13 x4 to C20 fixed cord extension bars: it is a method recommended for extreme density installations which uses redundant power supplies.
    • In the third category, it uses C13 x2 to C20 Y cable. It is useful for connecting a server with dual 1200 watts power supplies directly to a PDU core with C19 outlets.

    There are many cables which are useful for high density systems and for systems like this, color coding is a useful method.

     

    Going further let's have a look at the best practices of these cords in the data centers and connecting with the power plug adapters.

     

16. While designing the data centers or mapping the racks, we often tend to forget the cords. But, choosing the correct cord helps you in lessening energy consumption, data center uptime, and service response times.

Without further ado, let's begin:

2. Length Cord:

    

4. The most important rule that you should have to build an efficient data center cord is choosing the right length. Shorter the length the better it is. Sometimes, there is power lost in the cords due to longer lengths, and this results in loss of hundreds of dollars annually.

    

6. The length of cords also plays a major role in the airflow within the data cabinets and longer cords cause a blockage.

8. Using the Correct Gauge:

    

10. It is important to select the correct gauge cord. The large diameter conductors carry electrical current more efficiently and it can be a fire hazard to use a cord using gauge that is too thin for the requirements.

12. Using color coded power cords:

     

14. Tracing a cord from source to equipment is foolproof if you are using different color cords. This can help you identify redundant power paths and can prevent unwanted disconnections while moving.

16. Use shielded pairs:

     

18. EMI is a serious issue in the data center. Usually, Ethernet cables have the connections made of unshielded twisted pair grade cable. If the unshielded twisted pair is within the proximity of an unshielded AC power cord, then EMI can occur. This results in performance degradation. Whereas, shielded cords can reduce the irregular data problems which can positively affect your organization.

Conclusion:

Server cords play a vital role in bridging the network device power supply system. One also needs to make sure about the power plug adapters they are using in data centers. Power cords are multipurpose and each of them has their own benefits.

Source: https://www.sooperarticles.com/shopping-articles/electronics-articles/all-about-power-cords-your-data-centers-1778156.html

Gadgets come and go. The tech industry is almost like the fashion industry. One tiny change in a new product will make yesterday’s product obsolete. The most consistent thing about them has been their power cords. There are few variants of them and the whole industry can only use those based on the kind of power their equipment requires.

One of the power cords that the computer industry uses is the c13 power cord.

The many uses of this cord in an office are:

Computers:

Most traditional computers use this cord for power. Laptops use a different cord, one that doesn’t have an earthing prong but desktop computers, even all-in-ones have a c14 cord to maximize safety and because it follows certain standards. Each computer has two components that use a power cord: the CPU and a monitor. A monitor also uses the same cord as the CPU.

Servers:

There are in house servers that offices need. These are, of course, high voltage appliances and therefore need to have stability in the electric current they use.

Printers:

In any workplace, you will likely find a printer. It can be a standalone printer, or a printer, scanner, and copier in one machine. This is also a computer peripheral that uses the c13 power cord.

Coffee Machine:

All offices require coffee or the work would stop. Bigger coffee machines that are generally in offices, run on higher voltage and therefore have a power cord that can regulate the electric current fluctuation.

Other Kitchen Appliances:

Apart from a coffee machine, there are a few other kitchen appliances that certain workplaces have to provide ease to their employees. These can be microwaves, a pop up toaster and even mini fridges in the lounge areas.

All these appliances run on electricity and so I want to talk about certain care tips in such a workplace regarding power and electricity.

• Infrastructure:

   

• You must not put rows and rows of computers without proper wiring. You should have clear pathways for wires to travel so they are not in the way of anyone using the computers. The power socket for each cubicle should be accessible but not in a place where one would accidentally disturb it multiple times a day. People might unplug a device accidentally or touch the plug with wet hands, both of which can be dangerous.

  The wiring should also be in a way to avoid the walls that have plumbing running through them. If there is damage in the pipes, it can be a huge hazard to the wires.

• Maintenance:

   

• Just as you would run maintenance and security checks for your computer software, you should also have regular checks for hardware. Make sure that the hard drives are performing optimally, and all the I/O ports are functioning well. Along with this, you should also make sure that each cord is working properly. Frayed cords or ones that have a fluctuating current due to physical disturbances, will damage your equipment. Generally, we tend to put electrical tape on wires when they start fraying. But in work equipment, cost cutting like that can end up costing you a lot more than a couple of dollars.

  Regularly check for bumps on your cables, ethernet, power, USB, all of them. Make sure to not have any exposed wiring anywhere.

• Safety:

   

• If the electric current in the office is fluctuating, then you must immediately unplug all cords so that your equipment is safe. The c13 power cord has a grounding prong that makes it comparatively safer than one without it, but you can never be too careful. If there is a fire in the office or even in the building, it is best to turn off all electricity and unplug the devices. This can reduce the possibility of damage drastically.

   

• Electricity is a boon, without a doubt. We would not have been able to do any of the things that we do right now without it. It can become an invisible perk in our lives. But we do need to be careful about how we use it and how much of it we use.

Wrapping Up:

Power cords are not replaceable. But you need to be cautious while using them, and one of the ways to do it is to always buy them from a certified, genuine manufacturer. SF Cable happens to be just that. We provide bulk quantities as well if you want to outfit your products or your offices.

Source: https://www.sfcable.com/blog/power-cords-office-edition

Gadgets come and go. The tech industry is almost like the fashion industry. One tiny change in a new product will make yesterday’s product obsolete. The most consistent thing about them has been their power cords. There are few variants of them and the whole industry can only use those based on the kind of power their equipment requires.

One of the power cords that the computer industry uses is the c13 power cord.

The many uses of this cord in an office are:

Computers:

Most traditional computers use this cord for power. Laptops use a different cord, one that doesn’t have an earthing prong but desktop computers, even all-in-ones have a c14 cord to maximize safety and because it follows certain standards. Each computer has two components that use a power cord: the CPU and a monitor. A monitor also uses the same cord as the CPU.

Servers:

There are in house servers that offices need. These are, of course, high voltage appliances and therefore need to have stability in the electric current they use.

Printers:

In any workplace, you will likely find a printer. It can be a standalone printer, or a printer, scanner, and copier in one machine. This is also a computer peripheral that uses the c13 power cord.

Coffee Machine:

All offices require coffee or the work would stop. Bigger coffee machines that are generally in offices, run on higher voltage and therefore have a power cord that can regulate the electric current fluctuation.

Other Kitchen Appliances:

Apart from a coffee machine, there are a few other kitchen appliances that certain workplaces have to provide ease to their employees. These can be microwaves, a pop up toaster and even mini fridges in the lounge areas.

All these appliances run on electricity and so I want to talk about certain care tips in such a workplace regarding power and electricity.

• Infrastructure:

   

• You must not put rows and rows of computers without proper wiring. You should have clear pathways for wires to travel so they are not in the way of anyone using the computers. The power socket for each cubicle should be accessible but not in a place where one would accidentally disturb it multiple times a day. People might unplug a device accidentally or touch the plug with wet hands, both of which can be dangerous.

  The wiring should also be in a way to avoid the walls that have plumbing running through them. If there is damage in the pipes, it can be a huge hazard to the wires.

• Maintenance:

   

• Just as you would run maintenance and security checks for your computer software, you should also have regular checks for hardware. Make sure that the hard drives are performing optimally, and all the I/O ports are functioning well. Along with this, you should also make sure that each cord is working properly. Frayed cords or ones that have a fluctuating current due to physical disturbances, will damage your equipment. Generally, we tend to put electrical tape on wires when they start fraying. But in work equipment, cost cutting like that can end up costing you a lot more than a couple of dollars.

  Regularly check for bumps on your cables, ethernet, power, USB, all of them. Make sure to not have any exposed wiring anywhere.

• Safety:

   

• If the electric current in the office is fluctuating, then you must immediately unplug all cords so that your equipment is safe. The c13 power cord has a grounding prong that makes it comparatively safer than one without it, but you can never be too careful. If there is a fire in the office or even in the building, it is best to turn off all electricity and unplug the devices. This can reduce the possibility of damage drastically.

   

• Electricity is a boon, without a doubt. We would not have been able to do any of the things that we do right now without it. It can become an invisible perk in our lives. But we do need to be careful about how we use it and how much of it we use.

Wrapping Up:

Power cords are not replaceable. But you need to be cautious while using them, and one of the ways to do it is to always buy them from a certified, genuine manufacturer. SF Cable happens to be just that. We provide bulk quantities as well if you want to outfit your products or your offices.

Source: https://www.sfcable.com/blog/power-cords-office-edition