How long extension cord can i use

In general, the lower the AWG number, the thicker and higher capacity the cord. This is typically engraved on the cord. Once you have identified the gauge of the cord on your equipment, you will need an extension cord that is at least one grade lower. One grade lower will mean that the extension cord is thicker and will be able to provide adequate power to your machine. In some cases, you may need to choose an even lower gauge.

For example, many burnishers have a 14 gauge cord and will require a 12 gauge industrial electrical extension cord. The 12 gauge electrical extension cord will allow the electricity to flow freely for longer distances. The capacity of the cord to power your janitorial equipment will also be affected by the length of the extension cord. The longer the extension cord, the farther the power has to travel. Increased length decreases the total amps getting to the machine, creating strain on the outlet and the machine.

You should use the shortest extension cord possible that will reach where the operator is trying to go. In most cases, the extension cord should never be the same length as the power cord. Extension cords have resistance. Longer wires mean more resistance and less power getting through to your equipment. Extension cords that do not provide adequate power will starve your machine of the correct amount of electricity.

Longer extension cords will decrease the life of the motor on your cleaning equipment, as it causes them to work much harder to draw the electricity to the unit. So, if your equipment requires 15 amps, it must get 15 amps. To properly size an extension cord so your equipment is getting enough power, consider the distance you will run the cord and the amps that your equipment needs to run found on cord.

Without proper storage, cords become damaged and ineffective over time. This happens for two reasons, one being improper storage. Extension cords, curl up when the user wraps the cord improperly. Many operators use their arm to wrap the cord. This wrapping motion puts a curl in the cord every time the cord is wrapped between the elbow and hand.

Create a personalised content profile. Measure ad performance. Select basic ads. Create a personalised ads profile. Select personalised ads. Apply market research to generate audience insights. Measure content performance. Develop and improve products. List of Partners vendors. Extension Cord Length Feet Maximum Amperage Wire Gauge 25 10 18 25 13 16 25 15 14 50 5 18 50 10 16 50 15 14 75 5 18 75 10 16 75 15 14 5 16 15 Featured Video.

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I Accept Show Purposes. These variables include factors such as the size of the wire gauge , the resistance of the wire and the voltage drop due to the extended length of the cord.

When a voltage drop occurs, the devices that are connected to the extension cord will be "starved" for electricity and unable to operate as they should. As a result, both the extension cord and the device will emit heat and will often cause damage to themselves. In addition, the wiring that is inside of the extension cord will likely melt, damaging the contacts.

By not using the right length of extension cord, you run the risk of overloading the circuit breaker. In order to ensure your own safety as well as the safety of others, you will want to be sure that you obtain the optimal length of extension cord for the device you will be connecting it to.

For example, a Bad Ass 50 ft extension cord will usually have a maximum amperage of 15 amps, depending on it's gauge. Bad Ass 10 and 12 gauge extension cords pull a full 15 amps. Our Ft 14 gauge cords carry 13 amps. Terms of Use Privacy Policy. Product Added.