So that the live wire is isolated when the fuse blows. If a fuse was placed in the neutral, the equipment would still be live when the fuse blows.
A fuse is typically connected to the live wire in a circuit. This is done to protect the circuit from an overload or short circuit, as the fuse will blow or trip and cut off the current flow if there is an issue.
The fuse is always placed in the hot wire (usually black in color) in a circuit. This is to protect the circuit from excessive current flow, which could lead to overheating and potentially cause a fire. Placing the fuse in the hot wire allows it to interrupt the circuit in case of a fault.
The fuse is place in the live wire so that under fault conditions the supply is cut off but the equipment is still connected to the neutral wire. If both wires were fused, there would be a 50-50 chance of the one in the neutral going first, which could leave the equipment still connected to the live wire and thus a further potential danger.
The wire that connects the power source to the rest of the circuit should contain the fuse. This is typically the wire that leads directly from the positive terminal of the battery or power source. Placing the fuse in this wire helps protect the circuit in case of a short circuit or overload.
Suppose there is a fuse which is connected to a live wire and it breaks some day because of excessive power supply. The light goes off because of that. You think that there is no power supply, but actually the neutral wire is taking current towards you. You carelessly try to repair the fuse, and you get a shock. Thus, neutral wires are not preferred in fuse.
because current flows through live wire
A fuse is typically connected to the live wire in a circuit. This is done to protect the circuit from an overload or short circuit, as the fuse will blow or trip and cut off the current flow if there is an issue.
The fuse is always placed in the hot wire (usually black in color) in a circuit. This is to protect the circuit from excessive current flow, which could lead to overheating and potentially cause a fire. Placing the fuse in the hot wire allows it to interrupt the circuit in case of a fault.
Purpose of the fuse is to save circuits from the damage due to high current and voltages caused during fault conditions. These faults affects the live wire. So fuses are kept there. Morever other parts such as ground, do not need this protection, since these high voltages gets automatically earthed.
Same side as the fuse.
A fuse should be connected in the live wire, before reaching the appliance.
To fix a burned wire that is plugged in at the fuse box under the Battery sign, the wire will have to be removed and a new one soldered in place. Before doing this, find the cause or overload that caused this wire to burn in the first place. It could be that a fuse of too high an Amp was placed in the fuse box by mistake.
The fuse is place in the live wire so that under fault conditions the supply is cut off but the equipment is still connected to the neutral wire. If both wires were fused, there would be a 50-50 chance of the one in the neutral going first, which could leave the equipment still connected to the live wire and thus a further potential danger.
The wire element of a fuse is ONLY effective if it is connected to each end as the only metallic connection. The insulator is required to hold the wire element, and so that people can install and remove the fuse.
The wire that connects the power source to the rest of the circuit should contain the fuse. This is typically the wire that leads directly from the positive terminal of the battery or power source. Placing the fuse in this wire helps protect the circuit in case of a short circuit or overload.
Suppose there is a fuse which is connected to a live wire and it breaks some day because of excessive power supply. The light goes off because of that. You think that there is no power supply, but actually the neutral wire is taking current towards you. You carelessly try to repair the fuse, and you get a shock. Thus, neutral wires are not preferred in fuse.
Red goes to a switched live i.e one that is only live when the ignition is switched on. Yellow goes to a permanent live i.e one that is always live whether the ignition is n or not, like the cigarette lighter, and maintains the station configuration memory. However, a modern car should have a pre-wired Din connector and a local motor factor will have the corresponding universal adaptor for your radio; connect colour ro colour (inc speaker wires) and plug it in !