I need the value of resistor connected in the Ac line, what value is it?

have you repaired the component that burned these resistors out? if not then you cannot replace them as they will just cook again.

Resistor? Do you perhaps mean the capasitor that is connected to the supply leads?

If, so this works as an electric noise suppressor. Commonly, it comes in the form of a small yellow square plastic item, with two pins. It is an ac-type capacitor, and the value can be found stamped to on the side. The value is normally given in micro-Farads ( ?F ) or even nano-Farads. The performance of your Makita will not be hurt by a defect capacitor, but it will potentially cause disturbances to tv, radios and may even violate local regulations regarding electric noise. The capacitor can be found as regular spare part from your Makita dealer or any online tool store.

Sounds like your over half way there lol..
You now need to check the resistors positioned near the convergence ic's. They are your likely problem and go bad often when the ic's fail.

They are normally about 2watt and the values will vary but normally are like .10 ohms to 1 ohm.
I cant find a schematic to give you the exact values and locations but if these resistors measure off value at all you need to replace them with the exact value of the originals.

Heres a link to resistor color code guides just in case the value numbers are not printed on the resistors
http://www.dannyg.com/examples/res2/resistor.htm

Good Luck!!!

Depending on the resistor, the values for a resistor is color coded, meaning that there are a couple of lines of colors and each color line represents a value. Do a google on Resistor coloring chart and you might find your answer. If the resistor is a surface mount one and very tiny, you might be out of luck as these are too small for the manufacturer to print the part number on. Only the manufacturer has that part number and can be very hard for you to contact them about.

You can order a service manual from the manufacturer.

If you cannot find a 10M ohm resistor you can connect lower value resistors in series so it totals to 10M (ie two 5M resistor in series equals 10M). The only thing you need to be careful is to make sure the wattage is the same or higher than the original resistor.

Hi. I have access to the Service Manual for this model, the only technical information it provides is this:

- Voltage : 100-240 V AC 50-60 Hz
- Power consumption : Motor depending
- Motor Voltage : 1,2 V
- Power system : Rechargeable

If you have no luck, Part No 4222 036 09060 is for the PCB.

A copy of the Service manual was found also at http://www.shop-stecken.de/ecarusShop/v30/pdf/HQ6613.pdf

The dial could have a desoldered pin or oxydized slider contacts. Try to resolder the pins, but if that doesn't solve it then you would need to disassemble and clean the internal slide contacts on the dial which can be a bit difficult, so the alternative is to replace the dial if you can find a spare one.

To bypass the dial (with fixed resistances) you need to know the resistance at each side of the dial when it is in the position that suits your needs (connect the snare to a working input, set the sensitivity as needed, mark the position of the dial).

The resistance can be measured with an ohm meter.
To be sure that the measuring will be accurate, it is ok to remove the dial from the circuit board (adjacent components may affect the measured value).
You should do the measuring on a dial that is good.

After you've removed the dial, set it to the position that you marked previously.

Measure the resistance between left and middle pin of the dial - this will be the value of the fixed resistor which you need to connect to the left and middle hole on the circuit board.
Now measure the resistance between middle and right pin on the dial - this will be the value of the fixed resistor which will be connected to the middle and right hole on the circuit board.

Now you need to get resistors which have the values that you've measured and solder them in place of a bad dial.

It is likely that the measured value will differ from the standard fixed resistor values. To achieve the exact measured value, you can connect two or more fixed resistors in series, just make sure that the added value of the fixed resistors for each side is the same as the measured value on each side of the dial.

Now you need to solder the fixed resistors to the circuit board and the modification is complete.

If you actually decide to do this modification and you're unsure about anything, just post me some feedback, i'll be glad to help.

Anyway, hopefully it is just a desoldered pin that you need to reflux.

Regards,

Triarcuate

Hello youngbossrio,

Like other car audio capacitors, the Volfenhag zx-hypercap has two terminals, a positive and a negative. The negative terminal is connected to the metallic frame of the vehicle (ground). The positive terminal is connected "in-line" with the amp 12V positive terminal.

The capacitor should be as close as possible to the amp. Within a couple of feet is acceptable.

The capacitor needs to be "charged" before connecting it directly to 12V positive. This is done with a 1000 ohm resistor and a voltmeter. The exact value of the resistor is not critical but it should be in the 500-1000 ohm range. Use at least a 1 watt resistor (your capacitor may have come with a resistor for charging).

Hope this helps.

The CRT board is the one that connects to the back of the CRT.
Follow the 200VDC line to locate the burnt resistor, is normally a low value fuse resistor.