If you have an Ohmmeter, disconnect the two red wires from the 7uF capacitor and then measure across the two terminals where the reds were connected on the capacitor.
I believe they're the same point and you should read a short circuit between them The circuit shows a red wire into the capacitor and then a red wire from the same point on the capacitor into the compressor but obviously in reality the red wire runs from a different terminal connector, but is the same point.
Here's a [https://www.ebay.com.au/itm/Appliance-Motor-Start-Run-Capacitor-CBB61-7-0uF-450VAC-50-60Hz-2-2-pins-C426-/282106807424|supplier -example only] of what you need. Just connect the two red wires to one end (they should be the same point in the capacitor) and the white wire to the other end leaving the terminal next to the white wire spare.
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There may be other suppliers that suit you better. Just search for cbbi 61 7uF 450V capacitor to get results.
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There may be other suppliers that suit you better. Just search for ''CBBI 61 7uF 450V capacitor'' to get results.
The only other CBBI 61 7uF capacitors that I found have wires coming from them and not quick connect terminal connectors which would mean that you would have to solder the two red wires to the wire at one end and the white wire to the wire at the other end. If you decide to do this then use heatshrink tubing to cover the soldered connection to provide good electrical insulation as electrician’s tape can come undone after prolonged use.
If you have an Ohmmeter, disconnect the two red wires from the 7uF capacitor and then measure across the two terminals where the reds were connected on the capacitor.
I believe they're the same point and you should read a short circuit between them The circuit shows a red wire into the capacitor and then a red wire from the same point on the capacitor into the compressor but obviously in reality the red wire runs from a different terminal connector, but is the same point.
Here's a [https://www.ebay.com.au/itm/Appliance-Motor-Start-Run-Capacitor-CBB61-7-0uF-450VAC-50-60Hz-2-2-pins-C426-/282106807424|supplier -example only] of what you need. Just connect the two red wires to one end (they should be the same point in the capacitor) and the white wire to the other end leaving the terminal next to the white wire spare.
There may be other suppliers that suit you better. Just search for cbbi 61 7uF 450V capacitor to get results.
-
The only other CBBI 61 7uF capacitors that I found have wires coming from them and not push fit terminal connectors which would mean that you would have to solder the two red wires to the wire at one end and the white wire to the wire at the other end. If you decide to do this then use heatshrink tubing to cover the soldered connection to provide good electrical insulation as electrician’s tape can come undone after prolonged use.
+
The only other CBBI 61 7uF capacitors that I found have wires coming from them and not quick connect terminal connectors which would mean that you would have to solder the two red wires to the wire at one end and the white wire to the wire at the other end. If you decide to do this then use heatshrink tubing to cover the soldered connection to provide good electrical insulation as electrician’s tape can come undone after prolonged use.
Hi @vishsapa,
Having the circuit really helps.
If you have an Ohmmeter, disconnect the two red wires from the 7uF capacitor and then measure across the two terminals where the reds were connected on the capacitor.
I believe they're the same point and you should read a short circuit between them The circuit shows a red wire into the capacitor and then a red wire from the same point on the capacitor into the compressor but obviously in reality the red wire runs from a different terminal connector, but is the same point.
Here's a [https://www.ebay.com.au/itm/Appliance-Motor-Start-Run-Capacitor-CBB61-7-0uF-450VAC-50-60Hz-2-2-pins-C426-/282106807424|supplier -example only] of what you need. Just connect the two red wires to one end (they should be the same point in the capacitor) and the white wire to the other end leaving the terminal next to the white wire spare.
There may be other suppliers that suit you better. Just search for cbbi 61 7uF 450V capacitor to get results.
The only other CBBI 61 7uF capacitors that I found have wires coming from them and not push fit terminal connectors which would mean that you would have to solder the two red wires to the wire at one end and the white wire to the wire at the other end. If you decide to do this then use heatshrink tubing to cover the soldered connection to provide good electrical insulation as electrician’s tape can come undone after prolonged use.