No - absolutely not!
Fuses are there to protect against overcurrent in the event of a fault. The neutral is connected to earth at the supply company's source, usually at the transformer, so the difference between neutral and earth at the consumer's premises will only be a few volts (this is due to voltage drop in the supply cables). The fuse should be in the live, so if there's a live/earth or live/neutral fault, it will blow. If it was in the neutral, it would still blow for a live/neutral fault, but it would leave all wiring in the appliance live. However, for a live/earth fault, there would be no protection apart from any fuse further upline - probably of a higher rating, so there's a risk of fire and/or electric shock.
Early electrical installations had fuses in live and neutral. The problem here is that if the neutral fuse blew first, the whole circuit would become live - so there should never be a fuse in neutral - under any circumstances.
Always fit a fuse appropriate to the load current, and also ensure cabling is capable of taking the load current safely.
I have come across several instances in Chinese consumer electronics of an internal fuse in the neutral. Amazingly, this junk carried a CE mark!
prepare to fry
In theory this should only ocure at the main junction box ... but if EVERYTHING is done right, then it is safe - but not in code.
In a fuse box, the neutral wire typically connects to the neutral bus bar, which is a metal strip or terminal that serves as a common connection point for all neutral wires from the circuit breakers. The neutral bus bar is usually grounded to ensure safety and prevent electrical shock. It is important that the neutral wire is properly connected to maintain the balance of the electrical system and to ensure the safe operation of electrical devices.
Black & Red are hot, and White is neutral. If it has no place to connect neutral connect neutral to ground.
Connecting the neutral and earth at the fuse board provides an additional safety measure in the event of a fault. It helps to ensure that any stray current has a low impedance path to earth, protecting against electric shocks and creating a stable reference point for the electrical system.
To connect the light fixture, you should connect the hot wire from the fuse box (usually black or red) to the light's hot wire (also black or red). The neutral wires (typically white) should be connected to each other, ensuring that the light's neutral wire is connected with the two neutral wires you mentioned. Finally, connect the wire from the switch to the light's hot wire, allowing the switch to control the light. Always ensure the power is turned off before making any electrical connections.
To wire 220 volts to a fuse box, first ensure that the power is turned off at the main circuit breaker. Use appropriately sized wires (typically 10 or 12 gauge) and connect two hot wires (often black and red) to the designated terminals in the fuse box, along with a ground wire to the grounding terminal. If your fuse box has a neutral, connect the neutral wire (usually white) to the neutral bar. Finally, secure all connections and replace the panel cover before restoring power. Always follow local electrical codes and consider hiring a licensed electrician if unsure.
Neutral must never be cut off.
When wiring a hot water heater to the fuse box, you typically connect the hot and neutral wires from the water heater to the corresponding terminals in the fuse box. It's important to follow the manufacturer's instructions and local electrical codes to ensure safe installation. If you're not comfortable working with electrical wiring, it's best to hire a licensed electrician for the job.
we use to connect elcb using hands. with help of skrewdriver
Live, neutral and earth. The supply is carried on the live and neutral, and the earth normally carries no current, but if there is a fault the earth is there as a safety factor and in some conditions it carries enough current to blow the fuse and make the circuit safe.
Neutral links are essential components in electrical systems, primarily used to connect the neutral conductors of multiple circuits to a common point, ensuring a safe return path for electrical current. They help maintain balanced loads and reduce voltage imbalances in multi-phase systems. Additionally, neutral links facilitate safe maintenance and troubleshooting by providing a clear and organized connection point for neutral wires. Proper use of neutral links is critical for compliance with electrical codes and for enhancing overall system safety.