Batten wiring | Definition | Installation | Precautions | Materials | Advantages | Applications

Definition of batten wiring:


This is when a single wire or some group of wire is laid over a wooden batten. These wires are held to the batten for using a brass clip and spaced at an interval of 10 cm for horizontal runs and 15 cm for vertical runs.

 In this electrical wiring wooden batten wiring used. All the cable wiring is installed on the smooth batten steel clips and steels clip are installed on the surface of batten to equal to the wooden batten is installed on the wall with the help of a 1.5-inch screw. The batten available size 15,20,25,40 mm. Usually, PVC cable used for batten wiring. So you use proper wiring rules for how to used wires in-wall and put in an accessible junction box for the connected wires.

The procedure of batten wiring:


Group of single or double or three core cables is used to be laid on the straight teak wooden batten. The cable is held with the help of the tinned brass link clip or buckle clip. The brass pin is used to fix the buckle clip on the wooden batten. Buckle clips are a fixed brass pin on the wooden batten at an interval 10 cm for horizontal runs 15cm for vertical runs.


Installation of batten wiring:


First of all, the first step is to draw the straight lines with colored threads on the wall of the building. Always draw the lines to the height of 3m above the ground surface. In any condition, the distance cannot duce to this specified limit. After with the help of an electric drill, the machine makes the hole to the marked point on the wall. The distance between these holes is 30 cm or 60 cm and all the holes are made on the equal distance to each other rawal plugs are inserted in holes. Cut the batten with the help of wood saw to the required length. Now connect the steel clip with nails on the surface of the batten to an equal distance. Batten is installing on the walls of the building. 1.5-inch screws are used to installations of batten on the walls. Installation to the cable on batten and tight the clips. All the switches, sockets, lamps, ceiling rose, the main switch is installed on wooden round rocks. In the last whole wiring tested with a megger.


Precautions of Batten wiring:


  • Always installed the batten to the hight of 5 above the ground.
  • Use bridge joint when crossing of cables is required.
  • Always varnish the batten before installation.
For detailed information:


The material used in batten wiring:

  • CTS or TRS cable
  • Stright teak wooden batten
  • Brass pins
  • Screw
  • Batten 
  • Wooden round block
  • Colour 
  • Nail
  • Kit kat
  • Socket
  • Thread
  • Steel clip
  • Lamp holder
  • Conduit pipe
  • Switchboard
  • ceiling rose
  • Main switch
  • Raw at plugs
  • Switch
  • Tinned brass link clip

Tools used in batten wiring:

  • Knife
  • Hammer
  • Chisel
  • Stair
  • Phase tester
  • Side driver
  • Drill machine
  • Measuring tape
  • Wood saw
  • Combinational plier
  • Side cutter

Advantages of batten wiring:

  • This is a simple wiring system.
  • Batten wiring system is a better long life.
  • Durable and have good strength.
  • The chance of leakage current is very rare.
  • It looks very beautiful.
  • Wiring installation is easy and simple.

Disadvantages of Batten wiring:

  • The risk of fire is possible.
  • After maintenance of the beauty of this wiring system is nor maintain. 
  • It is installed only for 220V.
  • The risk of mechanical injury is possible.
For detailed information:


You will also learn some other electrical wiring system:

How do hard disk and floppy disk differ?

In the floppy disk, the data is recorded in the form of magnetic dots on spots on tracks while in hard disk the data is stored as magnetic spots on tracks that concentric circles on the surface of disks but both of having the same technology. There are have some similarities like that both use magnetism to store and read the data. They also have both use a spinning platter read by a horizontally moving read head. Here this post gives information about how do hard disk and floppy disk differ?

Some key points to differentiate between them.

  • First most important that hard disk is faster while floppies are very slow in comparison to the hard disk.
  • The hard disk is huge in capacity but in floppy disk have very low capacity.
  • Storage disk in hard is made of metal material while in the floppy disk are made of plastic.
  • The life span of the hard disk is very long in comparison to floppies.
  • Hard disks are sealed units. They can survive dust or moisture while floppies can not.
  • A hard disk can have multiple platters inside it while floppies can have one only.
  • All the parts of the hard disk are enclosed in a single unit. Just plug and play. Floppies need the drive to run them. You can call it a floppy disk drive or reader too.
  • A hard disk can have multiple platters inside it while floppies can have one only.
  • All the parts of a hard disk are enclosed in a single unit. Just plug and play. Floppies need the drive to run them. You can call it a floppy disk drive or reader too.
  • You will not find floppies anywhere nowadays. They are obsolete. Hard disks are in use and survived the times bravely and gracefully. Still holding the front.

Differentiate between Floppy Disk and Hard Disk

As we know that, the hard disk is a mechanical drive with multiple disks capable of storing 8  Terabytes if not more worth of data. The disk drive is capable of reaching read and write speeds of 300 MB/s. While in the floppy disk is a small plastic storage device typically capable of no more than 1.44Megabytes or storage. It is also now rather outdated thanks to the advancement in today's technologies. Generally, the floppy disk is capable of reaching 250-300 bit/s read/write speed. The hard disk is a magnetic disk on which you can store computer data while diskette is random access, a removable data storage medium that can be used with personal computers. Based on the respective working conditions advantages of floppy disk and advantages of a hard disk are different also have some advantages of Hard disk over floppy disk and limitations of the hard disk over the floppy disk. Here some difference between floppy disk vs hard disk to better understand this topic.

The main key difference between the floppy disk and hard disk are given below:

  • The hard disk is a circular piece of mylar or plastic-like material coated with iron oxide while the hard is a stack of few thin metal plates, usually coated, usually coated on both sides with magnetized material.
  • Hard disk has much more storage capacity than a floppy disk.
  • Slower access time while hard disk has faster access time.
  • In the floppy disk, the data is recorded in the form of magnetic dots on spots on tracks while in hard disk the data is stored as magnetic spots on tracks that concentric circles on the surface of disks.
  • The hard disk is the flexible disk is housed in a plastic jacket but in hard disk is flexible is housed in a metal jacket.
  • While use floppy disk the flexible disk is housed in a plastic jacket, hard disk is often called a fixed disk.
  • Floppy disk holds less data that is 1.1.4 MB, hard disks hold more data that is several GBs.
  • Floppy disk drive only begins rotating when they are required to read or write data, but in hard disk drive spin continuously. They start rotating when a computer is switched on.
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Give two limitations of hard disk over floppy disk

Here there some limitations of the hard disk over floppy disk:

  • Data become less secure if left on the hard disk.
  • The hard disk is not a portable expect removable hard disk, which is usually more expensive.
  • The hard disk drive cost much higher than floppy disk drives.
  • In a hard disk, Head crash may occur due to extreme shock or contaminants 
  • The floppy disk is transportable while the hard disk is not transportable.
  • Hard disks are sealed units. They are tens to noise than a floppy disk drive, They can survive dust and moisture. Floppies can not. 
  • Floppy can have only one plater inside it while in the hard disk can have multiple platters.
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Advantages of hard disk over floppy disk

The hard disk is a magnetic disk o which you can store computer data while diskette is random access, removable data storage medium that ca e used with personal computers. Based on the respective working conditions advantages of floppy disk and advantages of a hard disk are different. So, here this topic gives some advantages of the hard disk over the floppy disk to better understand this topic. 

Advantages of the hard disk over floppy disk:

  • The hard disk provides far larger storage capacities and much faster access time than floppy disks.
  • The hard disk is cheaper than the floppy disk per megabyte.
  • The hard disk is usually more reliable than a floppy disk.
  • The hard disk is more durable compared to a floppy disk.
  • hard disk store more data compared to a floppy disk.
  • The hard disk is universal while floppy disk drive can only be used on obsolete machines.
  • Access time is faster for hard disk than a floppy disk. the access time is 25 to msec while in floppy disk more than 100 msec.
  • Hard disk holds more data.
  • The life span of the hard disk is very long in comparison to floppies.
  • The hard disk is faster than other diskettes.
  • Nowadays you will not find floppies anywhere. There are some obsolete. Hard disk are used and survived the time bravely and gracefully. Still holding the front.
  • Hard disk load and store data more quickly compared to a floppy disk.
  • The storage system of the hard disk is available at varying storage capacity options.

Why use cleat wiring

These wires can be weatherproof. Simple wiring laying is done in this scheme of wiring. In the present day, this kind of wiring scheme is not recommended for a house or building. Only in a temporary army campus or some festivals like marriage. Cleat wiring system now rarely being used these days. This type of wiring can be very easily installed and materials can be recovered for further use and also have some advantages so this reason now a days it will be used. Here there is some reason why cleat wiring is used?

  • All the cables are in open-air therefore fault is very easily found and replaced it very quickly.
  • It is easy to fault detection.
  • Alternation and addition are easy.
  • Material is recoverable after the dismantlement.
  • The whole wiring is replaced for a short period of time and material of wiring is used in another place if we want.
  • Installation and dismantlement are easy and quick.

What is cleat wiring | Definition | Installation | Precautions | Materials | Advantages | Applications

Definition of cleat wiring: 


Cleat wiring is one of the cheapest wiring systems considering the initial cost and labor and it is most suitable for a temporary electrical wiring system. This wiring system is quickly installed, easily inspected and altered. In this type of wiring VIR or PVC insulated wire is used as a conductor.

 This wiring system, All the cables are in open-air therefore fault is very easily found and replaced it very quickly and It is easy to fault detection. So nowadays cleat wiring used in most of the army Campus or festivals like marriage. 


Installation of cleat wiring:


Cleat wiring is recommended only for temporary installment. The cleat is made in pairs having a bottom and top halves. So in the bottom, half is grooved to receive the wire and the top half is for cable grip. initially, the bottom and top cleat are fixed on the wall loosely according to the layout. Then the cable is drawn, tensioned and the cleat is tightened by the screw. The cleat is of the basic three types, having one, two or three grooves, so as to receive one, two or maximum three wires. 

This wiring system is installing in a vertical or horizontal system. In this wiring system, The fault is easily replaced very easily because all the cable is open. When one circuit is the cable is passing through another circuit or cable in the cleat wiring system then insulators are used on lower cables for safety purposes. At the turning point in cleat wiring, a special type of cleat is used. The distance between the two-cleat is kept approximately 0.5 meters, 18 inches, or 45 cm and the distance between cables and wall is approximately 1.5 cm. The distance between two cable is 4 to 7 cm according to their current rating. The cleat wiring is used in most of the industry of high capacity current cables. The distance between earth and cable is approximately 2.5 to 3 cm, therefore at switches and junction boxes, the earthing points are marked. 

The cable is entered in junction box through holes and always one cable is passing through one hole. When the cable is passing through the walls or roofs then porcelain tubes or metal pipes are commonly used. The life period of this wiring is 3 months minimum and arid a maximum of 10 to 15 years.

Cleat wiring
 Cleat wiring

Some precautions of cleat wiring:

  • Cleat wiring is not suitable for those place where smoke, steam, dust, and risk mechanical injury is present.
  • The cable is lying straight in cleats.
  • Do not install this wiring in as specially for stores and flammable places.
  • The cap is not tightly screwed on the base because of cable is damaged and not as loosely screw that as a result, the cable is producing sag.
  • If the cable is passing through under the water pipes, wall or roofs then cables are always passing through met conduits.
  • Switches, sockets, cut out, ceiling rose and lamp holders are always installed on round wooden blocks.
  • The distance between branch circuits for single-phase supply is not less than 2.5 cm and for sub-main 4cm minimum.
  • Always use the wooden bushing on each end of the conduit circuit.

For detailed information 

Read more >> Precautions of cleat wiring 

Materials used in cleat wiring: 

  • PVC or VIR cable
  • Single way switches
  • Wooden round block
  • Insulation tap
  • Junction box
  • Rawal plug
  • Main switch
  • Lamp holder 
  • Ceiling range
  • Cleat
  • Colour
  • Fuse
  • Thread
  • Bushing
  • Socket
  • Screws 2.5"

Tools used in cleat wiring:

  • Knife
  • Stair
  • Hammer
  • Chisel
  • Wood saw
  • Phase tester
  • Measuring tape
  • Combinational plier
  • Electric drill machine
  • Screwdriver
  • Side cutter

Advantages of cleat wiring: 

  • It is easy to fault detection.
  • It is easy to repair.
  • This is the temporary wiring system.
  • It is the cheapest for internal wiring.

Disadvantages of cleat wiring:

  • It has a bad appearance.
  • It is not looking good.
  • This wiring system is not safe and durable.
  • It is a chance to shock or fire.
  • It is not a sustainable wiring system.
  • It is used only low-temperature places.

For detailed information 

 Read more >> Advantages and disadvantages of cleat wiring

Applications of cleat wiring: 

  • Industry
  • Army campus
  • In marriage function for different types of wiring

 Some other electrical wiring system:

 1. Casing capping wiring
2. Concealed conduit wiring
3. Batten wiring

We hope that you have got a better understanding of this concept. Furthermore, any quires regarding this concept or some electrical and electronics projects give your feedback in the comment section below.

Precautions of lead sheathed wiring

Some precautions of lead sheathed wiring include:

  • The cable should not be run over damp places.
  • The cable should be properly protected were liable to mechanical damage.
  • The end of the conduit employed must be filled to remove burrs and bushes may also use both ends.
  • The support employee must not be of such a material that may react chemically with the sheath.
  • Power wiring should be carried separately from the wiring for fans and lights etc.
  • Sharp bends should be avoided and at the corner around the bend of radius not less 10 cm should be used.
  • When the cables are being clipped these should be dressed with a piece of hardwood be to make perfectly straight.
  • Contact with the gas or water pipes, expect at one definite bond to the water mains at the point of entry, should be avoided.
  • The lead sheathed must be continuous electrically and earthed at some suitable points, preferably at the point of entry.
  • The cables must be supported by proper metal clips and saddles, etc. Which must not be more than 35 cm apart on the vertical run and 22cm on the horizontal run for cable up to 7/0.736 mm
  • According to IEEE regulations, the lead sheathed should be continuous throughout the installation either by soldering or by bonding with clamps.

Difference Between Wooden Casing Capping Wiring and Lead Sheathed Wiring

Wooden casing and capping wiring systems are suitable for low voltage domestic installation and here we are using VIR or PVC wires are used while in Lead sheathed wiring system that uses conductors that are insulated with VIR and that are covered with an outer sheath of lead aluminum alloy which contains about 95% almost lead.  Here this post gives the main key difference between wooden casing capping and leads sheathed wiring system to better understand this topic.

What is the wooden casing capping wiring system?


Wooden casing capping wiring system was famous in the wiring system in the past. This cable is used in kind of wiring were either VIR or PVC or any other approved insulated cables. The cable was carried through the wooden casing enclosures. The casing is made up of a strip of wood with parallel grooves cut lengthwise so as to accommodate some VIR cables. The capping used to cover the wires and cables installed and fitted in the casing.

What is lead sheathed wiring system?


The lead sheath is earthed at each and every junction to provide a path to ground for the leakage current. They are fixed means that of metal clips on wooden battens. The wiring system is very expensive. It is suitable for low voltage applications.


A key difference between wooden casing capping and lead sheathed wiring system:

  • The cost of a medium in a wooden casing capping wiring system while in lead sheathed wiring system cost is high.
  • Both of the wiring the voltage is low around 250 V.
  • We are using lead sheathed wiring life is long, but in wooden casing capping, the cost is fairly long.
  • Mechanical protection is good in both the wiring system.
  • Appearance is fair in both the wiring system.
  • General reliability is good in wooden casing capping wiring while in lead sheathed wiring reliability is fairly good.
  • Dampness protection is poor in wooden casing capping but in lead sheathed wiring dampness protection is good.
  • Highley skill labor is required for wooden casing capping.
  • While we are using the material must be used PVC, VIR, screws, board, block, wooden gutters but in lead sheathed wiring lead sheathed cable, wooden, clipboard, round board, wooden gutters, etc.
  • Wooden casing capping wiring is mostly used in a commercial office building, residential but nowadays being replaced by TRS wiring on account of additional advantages while in lead sheathed wiring is mostly used in service main. because of the high cost and heavy short circuit in case of leakage.


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We hope that you have got a better understanding of this concept. Furthermore, any quires regarding this concept or some electrical or electronics projects give your feedback in the comment section below. 

Precautions of Batten wiring

Some precautions of batten wiring include: 

  • If the cable is passing underwater pipes or walls then metal pipes are used.
  • Use the correct size of clips, if large clips are used then the beauty of wiring is not maintained.
  • Always installed the batten to the hight of 5 above the ground.
  • Use bridge joint when crossing of cables is required.
  • Always varnish the batten before installation.

Precautions of conduit wiring

Some precautions of conduit wiring include:

  • The metal pipes or conduits are terminated in a metal-clad board with a smooth bor brass bush or ring brass bush.
  • Always draw the exact number of the wires into the conduit.
  • Always select the correct size of the conduit.
  • When curve the conduit then elbows or bends are used.
  • Select the exact routes before the installation of the conduit. 
  • When the exact large length of the conduit run then must provide the inspection point on this conduit.
  • If two or more than two conduits are run in parallel then multiple saddles must be used for wiring.
  • Before drawing the cable in conduit, make sure that there is no moisture is present in the interior of the conduit.
  • Always use the steel wire to draw the cable through steel or PVC conduit.
  • In the case of a steel conduit, the sharp edge of the conduit must be smooth.
  • Use the correct size of the saddle according to the diameter of the conduit.

Precautions of cleat wiring

Some precautions of cleat wiring include:

  • Cleat wiring is not suitable for those place where smoke, steam, dust, and risk mechanical injury is present.
  • The cable is lying straight in cleats.
  • Do not install this wiring in as specially for stores and flammable places.
  • The cap is not tightly screwed on the base because of cable is damaged and not as loosely screw that as a result, the cable is producing sag.
  • If the cable is passing through under the water pipes, wall or roofs then cables are always passing through met conduits.
  • Switches, sockets, cut out, ceiling rose and lamp holders are always installed on round wooden blocks.
  • The distance between branch circuits for single-phase supply is not less than 2.5 cm and for sub-main 4cm minimum.
  • Always use the wooden bushing on each end of the conduit circuit.

RCCB full form

What is the full form of RCCB?

Answer: 

  • Residual Current Circuit Breaker 

What does RCCB mean?

RCCB is a differential current sensing device used to protect for a low voltage circuit in case of a leakage fault. Sometimes it is called a residual current device. RCCB is even when MCB is already provided because there are two types of electrical faults that are quite dangerous.


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Precautions of casing capping wiring

Some precaution of casing capping wiring system include:

  • Always use the porcelain tube or conduit when the cable is passing through the walls.
  • Always use the porcelain cleat or washed between the wall and casing.
  • The width of the groove of casing capping wiring is about 6mm.
  • All the joints are made, in the junction boxes and also at switches and sockets.
  • Completely varnished the casing and capping before installation.
  • Always use the bridge point when cables are crossing each other.
  • When using this wire, do not insert the phase and neutral wires in one groove.
  • There is no gap present between the casing and caping uses.
  • Fit the caping on the casing tightly and also have screwed.
  • VIR and PVC pipe must be used. 

Basic house wiring rules

The first rule is to remember that basic wiring can be too dangerous. Never attempt to do it without a good understanding of how it works and safe work practice. Here we have to explain some basic housing wiring rules.

If you are handling the wiring yourself follow all the safety precautions from the beginning to the end of the project to help ensure the safety of your family, your neighbor, and your property. It will also guarantee longevity.

Here we explain some basic housing wiring rules:

  • Carry out the wiring on the distribution system.
  • Don't allow wiring to run above the ceiling.
  • The fixed switchboard at the proper height.
  • Use earth wire of proper gauge.
  • Make use of copper conductor.
  • Always replace wires that show signs of deteriorations.
  • You should never touch any plumbing or gas pipes while working with electricity and its because they are may time used to ground electrical system.
  • A proper plan to ahead for any type of wiring.
  • Don't exceed the load on a circuit.
  • If you overload outlets or extension cords it's going to create a fire hazard.
  • Never utilize damaged wiring or elements.
  • Before you do any electrical work make sure that the power is off at the breaker.
  • A voltage tester is a cheap life insurance policy when working with high voltage.
  • It is easier and faster to complete your wiring if you make sure you have got all the tools you require and always use the suitable tools.
  • Do you conceal conduit wires is used in wall, you will never spics wires together and conceal them within a wall without a junction box, it is a fire hazard. So put in an accessible junction box for the connected wires.
  • When you work with electricity. You should never touch or try repairing any electrical appliances or circuits with wet hands. 
  • Never use an aluminum or steel ladder because if you are working on any receptacle at hight in your home. An electrical surge will ground you and the whole electric current will pass through your all body. so use bamboo.
  • Never use any equipment with frayed cords, and damaged insulation or some broken plugs.

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HDD full form

What is the full form of HDD?


Answer:

  • Hard Disk Drive


What does HDD mean?


HDD is a non-volatile memory hardware device that controls the reading, writing of the hard disk. It can be connected to a system using  ATA, SCSI or SATA cable along with a power cable. The hard disk drive is commonly used as the main storage device in files and can be found in desktop, mobile devices, consumer, electronics and enterprise storage.

Biometric system advantages disadvantages

Biometric technology is more popular now a day, all over the world. It is a system that uses information about a person to identifies that person. in recent years that are many different types of biometric techniques are available. The biometric system relies on specific data about unique biological traits in order to work effectively.  Nowadays it will use all types of security systems. It will be used in many government sectors, hospitals, medicals, companies, schools, colleges, malls, etc. Some biometric techniques like a fingerprint, face, iris, palm, a voice, it will be discussed in our next post. Here we have to discuss some important advantages and disadvantages of biometric systems to better understand that, the user why biometric important nowadays.

Advantages or merits of the biometric system:

  • Improved security.
  • It is easy to install and setup up the system.
  • Improved customer experience.
  • It cannot be forgotten or lost.
  • Reduced operational costs.
  • This system is user-friendliness.
  • Less human error.
  • 100% accountability for all activities.
  • These system attributes are almost impossible to forge or duplicate
  • Difficult to steal so this system is making authentication is very simple.
  • This system directly authenticates to the person.
  • Users can not share retina or fingerprint, voice, while password and user easily forgot. 
  • Biometric work with your physical traits such as fingerprints, palm, vein, retina, iris, amongst others that will always serve accurately anywhere and anytime.
  • A biometric system is a scalable solution for all types of problems. Nowadays it will be used in the government sector, hospitals, companies, schools, colleges, etc.

Disadvantages or demerits of the biometric system:

  • Environment and usage can affect the measurement
  • The system is not 100% accurate.
  • This system is sometimes expensive.
  • Often view as inconvenient.
  • Require integration and additional hardware
  • Cannot be reset once compromised
  • It is used may feel violet.
  • Faulty equipment cause delays.
  • Time-consuming to collect the biometric data from people.
  • We can reset the password but we can't change iris, finger, face. This all is fixed, so sometimes it is difficult.
  • Some biometric machines are less than perfect and lots of mistakes happen sometimes.
  • Biometric is a highly technical and complex system that makes up the whole process.
  • Some biometric systems like iris scan can go through scanning is too many difficulties.
  • Some biometric modalities need some additional hardware integration which is costly, inconvenient and too much complex. It is hard to manage this type of modalities.

Some essential tips to avoid MCBs tripping

One very common cause for the breaker to trip is a loose electrical connection and can easily be corrected by tightening them, SO try to reset it once by turning it to off position and then back to the on position. Not even an MCB but all the circuit breaker can trip at regular intervals due to any of the following reasons:


Why MCB trip Frequently? 


The most important point is overload circuit, short circuit, and Ground fault, that three-point of  MCB trip frequently.

1. Overload circuit:

The overloading is the most common reason for the circuit breaker trip. It indicates that the household has many heavy power appliances that are being used at the same time on the same circuit. When we have to use too much heavy power appliances are used together on the same circuit, there is more electricity creating an overload.

2. Short circuit:

A short circuit is one of the most dangerous problems in life, and it can happen at any time and anywhere. In all the cases, almost the problem of circuit breaker tripping is also caused by short circuits. This problem happens when a wire or phase touches another wire or phase or touches a neutral wire in the circuit. A high current flows when these two wires touch creating heavy current flow, more than the circuit can handle this flow. 

3. Ground fault:

This is also the biggest problem of MCB tripping. Faulty ground wiring can lead to hot wires touching the ground wire. When this problem happens, it can cause the circuit breaker to trip. 


Here some essential trip to avoid MCB tripping:

  • We should unplug all the devices when it's not in use.
  • We should make sure that none of your appliance cord is damaged or broken.
  • We should be aware of how many appliances are plugged in during hot or cold weather.
  • The most important point to avoid using the extension cable and the power strips if you have few outlets.
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Why MCB is better than fuse?

The most important advantage of using MCB abbreviation called a miniature circuit breaker is that the power supply can be resumed almost immediately. MCB can be changed over the switch needs to be pushed backed to the On position. While in the case of the fuse, the whole wire will have to be replaced first and there are also have some disadvantages of fuse like it has low breaking capacity, and it has slow compared to other circuit breakers. So here this post gives information about several advantages of MCB over fuse or we can say that why we have to use MCB better than a fuse.

Here we have to list several advantages of MCB over fuse:

  • MCB is more sensitive to current than a  uses fuse.
  • MCB is very simple to resume to the supply.
  • MCB is better and safer from the fuse.
  • In the while uses of MCB, the faulty zone of an electrical circuit can be easily identified.
  • MCB provides a better interface than a fuse.
  • MCB is reusable whereas a fuse needs to be replaced.
  • MCB has less maintenance and less replacement cost compare to fuse.
  • MCB doesn't have any wire, so it can be used at any time.
  • It better than fuse because of when the heavy current passed these switches which automatically off.
  • Handling  MCB is electricity safer than handling a fuse. In the case of MCB.
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For comparison to other circuits breaker

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