A hallway or corridor is an interior space in a building that is used to connect other rooms Hallways are generally long and narrow hallways must be sufficiently wide to ensure buildings can be evacuated during a fire and to allow people in wheelchairs to navigate them.
Corridor Wiring Circuit Diagram – Hallway Wiring using 2-Way Switches
Hallway and Corridor Wiring Circuit Diagram using Two Way Switches
Basically, this circuit is the same as staircase wiring circuit using two-way (SPDT) switches used to control the lighting circuit in a hallway and corridors. In corridor wiring circuit, a lighting point is controlled from two different locations using 2-way switches.
In corridor wiring circuit, a person can turn ON / OFF a lamp by entering or leaving the corridor. For instance, a person can turn ON the bulb by switching ON the 2 way switch while entering the corridor and turn OFF when leaving the corridor or reach the room door by switching OFF the second 2 way switch. In short, it is a two way switching circuit to control the lighting from two different locations.
Procedure:
First of all, turn off the main breaker to make sure the main supply is switched OFF.
Connect all the switches to the grounding / grounding terminals (not shown in the fig)
Connect the neutral wire from MCB to the second terminals of all light bulbs.
Connect the common terminals of Sw #1, Sw #3 and Sw #5 to the live (line or hot) wire from main breaker.
Connect the common terminals of Sw #2, Sw #4 and Sw #6 to the first terminals of each lamp.
Connect the upper and lower terminals of all switches with two auxiliary wires following the sequence as Sw1 – Sw2, Sw3 – Sw4 and Sw5 – Sw6.
Do the proper earthing and grounding according to your local area codes.
Now turn on the main breaker to make sure the circuit is working properly as planned.
In the case of a single corridor or single lamp to control from two separate locations, you can connect the neutral to the lamp first terminal and phase (hot, live or line) to the common terminal of the first switch. Connect the common terminal of the second switch to the second terminal of the lamp. Finally, connect the upper and lower terminals of both switches with two auxiliary wires. This way, you will be able to control a single light bulb from two different locations using two SPDT switches.
Working:
As mentioned above, we can control a single light bulb from two different places using 2-way switches. In corridor wiring circuit, suppose a person entering the corridor and wants to turn ON the light, he can simply switch ON the 2 way switch to do so. When he reaches the room or leaves the corridor, he can again turn OFF the light bulb by switching OFF the SPDT switch. No matter what is the switches positions i.e. upper or lower, the circuit will work the same way as mentioned above.
A hallway or corridor is an interior space in a building that is used to connect other rooms Hallways are generally long and narrow hallways must be sufficiently wide to ensure buildings can be evacuated during a fire and to allow people in wheelchairs to navigate them.
Corridor Wiring Circuit Diagram – Hallway Wiring using 2-Way Switches
Hallway and Corridor Wiring Circuit Diagram using Two Way Switches
Basically, this circuit is the same as staircase wiring circuit using two-way (SPDT) switches used to control the lighting circuit in a hallway and corridors. In corridor wiring circuit, a lighting point is controlled from two different locations using 2-way switches.
In corridor wiring circuit, a person can turn ON / OFF a lamp by entering or leaving the corridor. For instance, a person can turn ON the bulb by switching ON the 2 way switch while entering the corridor and turn OFF when leaving the corridor or reach the room door by switching OFF the second 2 way switch. In short, it is a two way switching circuit to control the lighting from two different locations.
Procedure:
First of all, turn off the main breaker to make sure the main supply is switched OFF.
Connect all the switches to the grounding / grounding terminals (not shown in the fig)
Connect the neutral wire from MCB to the second terminals of all light bulbs.
Connect the common terminals of Sw #1, Sw #3 and Sw #5 to the live (line or hot) wire from main breaker.
Connect the common terminals of Sw #2, Sw #4 and Sw #6 to the first terminals of each lamp.
Connect the upper and lower terminals of all switches with two auxiliary wires following the sequence as Sw1 – Sw2, Sw3 – Sw4 and Sw5 – Sw6.
Do the proper earthing and grounding according to your local area codes.
Now turn on the main breaker to make sure the circuit is working properly as planned.
In the case of a single corridor or single lamp to control from two separate locations, you can connect the neutral to the lamp first terminal and phase (hot, live or line) to the common terminal of the first switch. Connect the common terminal of the second switch to the second terminal of the lamp. Finally, connect the upper and lower terminals of both switches with two auxiliary wires. This way, you will be able to control a single light bulb from two different locations using two SPDT switches.
Working:
As mentioned above, we can control a single light bulb from two different places using 2-way switches. In corridor wiring circuit, suppose a person entering the corridor and wants to turn ON the light, he can simply switch ON the 2 way switch to do so. When he reaches the room or leaves the corridor, he can again turn OFF the light bulb by switching OFF the SPDT switch. No matter what is the switches positions i.e. upper or lower, the circuit will work the same way as mentioned above.
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