18 Years manufacturer Moulded case circuit breaker-FTM2X for Iraq Factories

Overview:



Technical data

Product illustration

Tripping characteristic

Exterior and dimensions

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With reliable quality process, good reputation and perfect customer service, the series of products produced by our company are exported to many countries and regions for 18 Years manufacturer Moulded case circuit breaker-FTM2X for Iraq Factories, We warmly welcome your participation based on mutual benefits in the near future.


FTM2X--010202

Model: FTM2X-63
Frame size rated current Inm(A): 63
Poles: 3,4
Rated current(A): 10,16,20,25,32,40,50,63
Rated operational voltage(V): AC380V/400V AC480V/500V AC530V/550V AC660V/690V
Rated insulation voltage(V): AC1000
Rated impulse withstand voltage Uimp(KV): 8
Rated ultimate short - circuit breaking capacity(KV): AC380V/400V 35
Rated  short circuit breaking capacity 25
Rated ultimate short - circuit breaking capacity(KV): AC480V/500V 20
Rated  short circuit breaking capacity(KV) 15
Rated ultimate short - circuit breaking capacity(KV): AC530V/550V 20
Rated  short circuit breaking capacity(KV) 15
Rated ultimate short - circuit breaking capacity(KV): AC660V/690V 10
Rated  short circuit breaking capacity(KV): 7.5
Operating performance(KV):  Electrical life: 8000
Mechanical life: 20000
Tripping mode(KV): thermomagnetic
Protection category(KV): distribution protection
motor protection
Arcing distance(KV): not more than 50(0)
Isolating function(KV): A
Connection: Front connection plate,rear connection plate,plug-in rear connection plate
Isolating function Yes
Size: L (mm) 130
W(mm) 75/100
H(mm) 90




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Doodle Science teaches you high school physics in a less boring way in almost no time!

Script:
Power is a measure of how quickly energy is transferred and it’s measured in Watts. The more energy that is transferred in a certain time, the greater the power. A 100 W light bulb transfers more electrical energy each second than a 60 W light bulb.

You can work out power using a simple equation. Power is the amount of energy transferred in joules over the time taken in seconds. For example an electric lamp transfers 500J in 5s. Its power is 100W.

You can also calculate the power of an electrical appliance by knowing the current that flows through it and the potential difference across it. You simply multiply the current in Amps by the Potential difference in Volts. For example, in this diagram: what is the power of 5A, 1.5 V electric heater, well that’s simply 7.5W.

Fuses play an important role in making sure our appliances don’t fry when a surge of electricity flows through them. By rearranging the equation P=IV we can work out the best fuse to use. For example what current flows through a 1.15kW electric fire with a voltage of 230V? Well that’s 5 amps. Seeing as fuses usually come in the standard ratings of 3A, 5A and 13A, the best option here would be the 13A as the other ones would blow without a surge at all.



Link to buy this tool

http://www.realfixesrealfast.com/short-finder.html

A fuse that keeps on blowing is an active problem and can be difficult to find. However if you use these steps, you should be able to locate and repair it.

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