3 Wire Extension Cord Wiring Diagram - Ac Wiring Basics Ac Connectors / Never use stranded wire, mains cable or bell wire.. Run the cables to the extension socket positions in accordance with your plan. The other end of this grounding wire is connected to the metal frame of the tool. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. Never use stranded wire, mains cable or bell wire. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket.
The other end of this grounding wire is connected to the metal frame of the tool. Run the cables to the extension socket positions in accordance with your plan. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket.
With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket. Run the cables to the extension socket positions in accordance with your plan. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. The other end of this grounding wire is connected to the metal frame of the tool. Never use stranded wire, mains cable or bell wire.
Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket.
The other end of this grounding wire is connected to the metal frame of the tool. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Run the cables to the extension socket positions in accordance with your plan. Never use stranded wire, mains cable or bell wire.
It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. Run the cables to the extension socket positions in accordance with your plan. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Never use stranded wire, mains cable or bell wire. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket.
Run the cables to the extension socket positions in accordance with your plan. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. The other end of this grounding wire is connected to the metal frame of the tool. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. Never use stranded wire, mains cable or bell wire. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket.
The other end of this grounding wire is connected to the metal frame of the tool.
Never use stranded wire, mains cable or bell wire. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Run the cables to the extension socket positions in accordance with your plan. The other end of this grounding wire is connected to the metal frame of the tool. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma.
The other end of this grounding wire is connected to the metal frame of the tool. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. Never use stranded wire, mains cable or bell wire. Run the cables to the extension socket positions in accordance with your plan.
Run the cables to the extension socket positions in accordance with your plan. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket. Never use stranded wire, mains cable or bell wire. The other end of this grounding wire is connected to the metal frame of the tool. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug.
With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug.
Run the cables to the extension socket positions in accordance with your plan. With the equipment grounding method, a third wire is added to the tool's wiring and connected to a round pin on the tool's plug. Never use stranded wire, mains cable or bell wire. The other end of this grounding wire is connected to the metal frame of the tool. Feed the cable through each socket box entry hole and leave about 200mm (8") of cable spare at the socket. It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma.
It is rated to carry a maximal current of 13 a and is designed to trip on a leakage current of 30 ma extension cord wiring diagram. Never use stranded wire, mains cable or bell wire.
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