The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower, unless you just tried it and checked of course ;-)
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The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor.
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The capacitive reactance (AC resistance) of a 5µF capacitor at a frequency of 60Hz is 530 Ohms, for a 6µF capacitor it is 442 Ohms. At 50Hz it is 636 Ohms and 530 Ohms respectively.
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You would need to know if the capacitors were wired in series connection, parallel connection or series parallel connection through the speed switches to know whether it was faster or slower, unless you just tried it and checked of course ;-)
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics of the fan as well.
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee provisions.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower, unless you just tried it and checked of course ;-)
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics of the fan as well.
-
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
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You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee provisions.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower, unless you just tried it and checked of course ;-)
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
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You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
+
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics of the fan as well.
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower, unless you just tried it and checked of course ;-)
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know for sure
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know at what speeds and whether it was faster or slower
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor.
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor. You would need to know if the capacitors were wired in series, parallel or series parallel through the speed switches to know for sure
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor.
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
-
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
+
You may wish to check first if Lowes offer returns on goods that have been opened (unpackaged) before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor.
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed, as it affects the amount of current flowing through the fan motor
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low speed or at high speed
+
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low, medium or high speed
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
Hi @jesusrodri90005
The one you got from Lowes has a higher value capacitance for one of the capacitors i.e. 6µF in lieu of 5µF. This would affect the speed of the fan on one or all of the settings, depending on when it was connected in circuit e.g. at low speed or at high speed
As for the 4.5µF capacitor it is always OK to use a capacitor that has a higher voltage rating than the one specified. Just never use one that has a lower voltage rating. In your case the original 4.5µF capacitor has a rating of 280VAC whereas the Lowes is higher at 350VAC. The other two capacitors have the same voltage rating as the original.
You can try using the Lowes capacitor and check if the fan operates OK. Electrically it should but the speeds may be slightly different but it may depend on the mechanical characteristics as well.
You may wish to check first if Lowes offer returns on goods that have been opened before you try it in case doing this voids any warranty or guarantee.
FY! Types C61 and CBB61 mean the same