In the early days of the sewing machine, the power to drive the mechanisms came from either hand or foot instead of electric motors. The treadle sewing machine has been manufactured for over 150 years. Janome International continues to produce treadle sewing machines for third wold settings lacking electricity. Those groups of people like Pennsylvanias Amish who prefer not to use electric powered sewing machines continue to seek this design. Many hundreds of sewing machine models were also manufactured using hand crank mechanisms.
For well over a century the preferred method of powering a sewing machine was with the foot driven treadle system. It consisted of a pivoting foot lever that turned a wheel connected to the sewing machine by a belt. Even today treadle machines are manufactured by Janome International for use where electric power is scarce, undependable, undesirable, or expensive. In addition to the foot driven models, there were thousands of hand crank machines manufactured.
In the early 1900s, the sewing machine exchanged the physical power for electrical power. Small electric motors were mounted next to the sewing machine and a belt drive replace the treadle belt and hand crank.
With the introduction of electricity and electric motors, came relief from the physical work of pumping or turning the sewing machine. Also, however, came issues of electrical shock, fire, and shorts. The power systems in the United States and Europe were different. The quality of wiring in homes varied greatly. All of this power had to be transferred through the electric cord.
A power transformer could be used to adjust to differing power systems. Just plug in and go. The catch is that everything has to be in good condition to work properly.
If you have ever gotten an electric shock, you know how it can hurt. We have become accustomed to electrical appliance, but it is crucial that we remember the power cord is a major source of problems. Most house fires are caused by electrical mishaps. If the power cord becomes damaged, it can cause terrible damage.
Therefore, it is important to periodically inspect your sewing machine power cord. Look for prongs that are bent out of shape. Look for cracks, cuts, worn spots, and wear on the outlet plug, power cord, and sewing machine socket.
If you see ware that does not threaten the integrity of the sewing machine power cord, you may use standard electrical tape to cover the flaw and insure the continued reliability of the cord.
When you see a major spot of damage on the power cord, it may be repaired or replaced. If there are several bad spots, it is best to replace the cord. If there is only one or two bad spots, you can usually repair it quite easily. First, once you find the bad spot, use wire cutters to cut out the bad spot. Cut above and below the spot. Then separate the two wires and their insulation by cutting between them an inch or so. Trim off the insulation for all four tips of the wire and connect the wires in sets of two. In other words, you need two paths for the electricity to flow. Do not allow the two paths to touch. Solder the tips, join them with wire nuts, or twist the tips together. Cover all exposed with an insulated or electrical tape.
Replacing a bad wire is necessary. If you have more than a few flaws, replace it. A new cord can save headaches and heartaches. Make sure you replace the cord with one of appropriate size. Power cords should be no less than 18 gage and preferably 16 gage if very long. If necessary you may be able to splice the sewing machine end or the plug of the cord onto the new power cord, but it is preferable to get a whole new cord with both new ends. Usually, those power cords that also connect to foot pedals, can be installed with the same foot pedal. Replace it too if needed.
If you power cord is faulty, replace it. Check with you local independent sewing machine dealer or a wholesale parts dealer like Tacony Corporation for availability. Older cords will probably need to be replaced with aftermarket new ones. The foot pedal can also be replaced, but if it is older, you may need to opt for a generic foot control.
The key is: do not use faulty sewing machine cords or foot controls. - 16492
For well over a century the preferred method of powering a sewing machine was with the foot driven treadle system. It consisted of a pivoting foot lever that turned a wheel connected to the sewing machine by a belt. Even today treadle machines are manufactured by Janome International for use where electric power is scarce, undependable, undesirable, or expensive. In addition to the foot driven models, there were thousands of hand crank machines manufactured.
In the early 1900s, the sewing machine exchanged the physical power for electrical power. Small electric motors were mounted next to the sewing machine and a belt drive replace the treadle belt and hand crank.
With the introduction of electricity and electric motors, came relief from the physical work of pumping or turning the sewing machine. Also, however, came issues of electrical shock, fire, and shorts. The power systems in the United States and Europe were different. The quality of wiring in homes varied greatly. All of this power had to be transferred through the electric cord.
A power transformer could be used to adjust to differing power systems. Just plug in and go. The catch is that everything has to be in good condition to work properly.
If you have ever gotten an electric shock, you know how it can hurt. We have become accustomed to electrical appliance, but it is crucial that we remember the power cord is a major source of problems. Most house fires are caused by electrical mishaps. If the power cord becomes damaged, it can cause terrible damage.
Therefore, it is important to periodically inspect your sewing machine power cord. Look for prongs that are bent out of shape. Look for cracks, cuts, worn spots, and wear on the outlet plug, power cord, and sewing machine socket.
If you see ware that does not threaten the integrity of the sewing machine power cord, you may use standard electrical tape to cover the flaw and insure the continued reliability of the cord.
When you see a major spot of damage on the power cord, it may be repaired or replaced. If there are several bad spots, it is best to replace the cord. If there is only one or two bad spots, you can usually repair it quite easily. First, once you find the bad spot, use wire cutters to cut out the bad spot. Cut above and below the spot. Then separate the two wires and their insulation by cutting between them an inch or so. Trim off the insulation for all four tips of the wire and connect the wires in sets of two. In other words, you need two paths for the electricity to flow. Do not allow the two paths to touch. Solder the tips, join them with wire nuts, or twist the tips together. Cover all exposed with an insulated or electrical tape.
Replacing a bad wire is necessary. If you have more than a few flaws, replace it. A new cord can save headaches and heartaches. Make sure you replace the cord with one of appropriate size. Power cords should be no less than 18 gage and preferably 16 gage if very long. If necessary you may be able to splice the sewing machine end or the plug of the cord onto the new power cord, but it is preferable to get a whole new cord with both new ends. Usually, those power cords that also connect to foot pedals, can be installed with the same foot pedal. Replace it too if needed.
If you power cord is faulty, replace it. Check with you local independent sewing machine dealer or a wholesale parts dealer like Tacony Corporation for availability. Older cords will probably need to be replaced with aftermarket new ones. The foot pedal can also be replaced, but if it is older, you may need to opt for a generic foot control.
The key is: do not use faulty sewing machine cords or foot controls. - 16492
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