Good quality 100% Miniature Circuit Breaker FTB2-63 to Israel Manufacturers
Exterior and dimensions
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|Model||FTB2-63 Miniature circuit-breaker|
|Number of poles||IP 2P 3P 4P|
|Rated frequency:||AC 50/60Hz|
|Rated voltage (V) AC||230/400|
|Rated current (A)||C
|1,2,3,4, 6, 10, 16, 20, 25, 32, 40, 50, 63
|Rated breaking capacity(KA)||6.5|
|Mechanical & electrical life:||20,000 operations|
|Installation||On DIN rail 35mm according to JB6525|
|Connection capacity:||Cross-section of conductors up to 25mm2 , Cross-section of busbar from 0.8- 2mm2,reversibility of connections|
|Tightening torque||2 Nm|
|Ambient temperature ( C)||-5 C ~ +40 C|
|Relative air humidity||no more than 95%|
|Installation condition||Used in place without obvious shock and vibration|
- These circuit breakers are intended for the protection of circuits against overloads and short circuits in residential, commercial and industrial premises;
- It covers the rating range from 6 to 63A with a uniform breaking capacity of 6.5 kA throughout;
- Current-limiting scheme: in the event of a short circuit, are able to limit the let-through current to 60%-70% of the rated current;
- The arc extinguishing system: allows the short-circuit currents of very high value to be interrupted extremely rapidly, the remarkable opening speed of contacts opening and the structure of the arcing chamber contribute to extinguishing the arc in the shortest possible time;
-The sensitivity and reliability of the trip mechanism ensures perfect closure every time,thereby considerably improving the performance of these devices and extending their average lifetime;
- The internal contact position allows an exact information of the circuit-breaker status:“green”, open contacts;“red”, closed contacts,independently of the toggle position;
- Sealing/locking sealable with 1 mm wire , to prevent unwanted tripping;
- The supply lines of the protected circuit can be connected to either the upper or lower terminals of the circuit-breakers(reversibility of connections). The double terminal of these circuit-breakers enables simultaneous connection of cables and busbars.
Exterior and dimensions
|Number of poles||1P||2P||3P||4P|
Please refer to below table for the connection of wires with a cross section area
|Rated current In(A)||Nominal cross section area of copper wire(mm2 )|
Tool Dude takes the mystery out of replacing electrical outlets in your home. See how to do this simple repair in HD video.
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How to test for standby voltage on the power supply board.
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Troubleshooting in this video will apply to a TV that will not power on. If your TV will not turn on, either with the remote or by pushing the power button on it, try these troubleshooting steps.
In these troubleshooting steps, we will use a multimeter, to check for certain voltages. In order to continue troubleshooting, be sure you have the proper training, experience, skills, and equipment necessary to use a multimeter to check voltages in a TV.
Try all repairs and troubleshooting at your own risk.
The first thing that I can do is to check and see if there is a standby light in the front of the TV. Some TVs have the ability to show a standby light, while others do not.
If I do see a standby light in the front of the TV, that shows that I do have some power going to the front of the TV, but it will just not turn on. We will continue troubleshooting.
I have removed the back cover off the TV and I will use my meter to check the standby voltage on the power supply. First, identify the power supply in your TV. Then look for a cable that runs from the power supply to the main board. For this TV the standby voltage is 3.3 volts. Some TVs will have the test point on the connection, where the cable connects to the board. We have highlighted this test point in the video.
When I am testing the point, if I do have the 3.3 volt standby, then it shows that my power supply is most likely good and the main board should be replaced.
The next board I am going to replace is the main board. I will disconnect all of the cables and then remove the board from the panel by unscrewing it.
Then attach your replacement board to the panel with the screws and reconnect all of the cables.
When I am testing the point, if I do not have the 3.3 volt standby, then it shows that my power supply is most likely not working correctly and it should be replaced.
Here is a video showing how to replace the power supply board.
The first thing I will do is disconnect all of the cables from the board.
Next, I will remove the screws that hold the board to the TV panel.
After I have removed the screws, I can lift the board from the panel. Then I will take my replacement board, line it up correctly and then screw it to the panel, to secure it tightly.
Then, I can reconnect all of the cables.
This testing is a great place to start when troubleshooting these symptoms. In some rare cases, if you do have standby, and your TV will not power on, the problem could also be a component on the power supply board. However, to start troubleshooting, it is recommended to replace the main board first.
TV Repair Made Easy™
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