What Counts as Manufacture of Electrical Equipment in Rev. 5?

In ISIC Rev. 5, published by the UN Statistics Division, electrical equipment manufacturing covers electric motors and generators, transformers, wiring devices, batteries and accumulators, lighting equipment, and domestic appliances such as washing machines and refrigerators. It excludes computer and electronic products, which have their own heading, even though both use electricity.

What does electrical equipment manufacturing actually make?

Electrical equipment manufacturing covers electric motors and generators, transformers, wiring devices, batteries and accumulators, lighting equipment, and domestic appliances such as washing machines and refrigerators. The common thread is not electricity alone, since many headings involve electricity. It is making equipment whose purpose is electrical: generating power, moving it, controlling it, storing it, lighting with it, or using it in the home. A factory making electric motors illustrates electrical equipment, because a motor is a finished electrical machine, built to convert energy and drive something else.

Motor and generator making produces machines that convert electrical energy to motion, or motion to electrical energy. That conversion is the product’s purpose, not a side effect of its construction. Wiring and lighting making produces cables, switches, lamps, and lighting fittings for buildings and other uses, so the output is the means of carrying or using electricity safely in a place. Appliance making assembles household electrical goods, from cookers to vacuum cleaners, as finished products, ready to plug in and use. Each of those product families is electrical equipment in ISIC Rev. 5, published by the UN Statistics Division, but each is a different kind of equipment.

Why is a computer chip not electrical equipment?

Electrical equipment excludes computer and electronic products, which have their own heading, even though both use electricity. A factory making computer chips illustrates computer and electronic products, and the finished product, not the use of electricity alone, separates them. A chip processes information. A motor drives motion. A transformer changes voltage. The fact that all three need electricity does not make them the same kind of product, and Rev. 5 separates them by what the finished product does, not by the power source it shares with other products.

The same test separates electrical equipment from machinery and from fabricated metal goods. A motor inside a machine is still electrical equipment when it is made as a motor, while the machine it goes into may be machinery. A metal enclosure for a switch is a metal good until it becomes part of a wiring device, and the description of the finished product decides the reading. Readers who start from the finished product, naming what it is for, will usually separate these headings more reliably than readers who start from materials or from the presence of a wire somewhere in the plant.

How does making equipment differ from repairing it?

Repair of electrical equipment is a service activity elsewhere in Rev. 5. This guide covers making the equipment, not repairing it. A factory assembling washing machines produces new machines that did not exist before the line ran. A repair workshop fixing a customer’s washing machine restores an existing machine toward working order. The two workshops may handle identical machines, use similar tools, and employ people with similar skills, yet their work is different in kind: one creates, the other restores.

A firm that installs lighting fittings made elsewhere is doing installation work, not manufacturing lighting, even if the fittings are electrical. The question to ask is whether the business made the equipment or worked on equipment that already existed. If it made it, the manufacturing descriptions apply. If it repaired, installed, or maintained it as a service, the service descriptions elsewhere in Rev. 5 need to be checked instead.

What does a three-part check look like for electrical goods?

A careful check has three parts. First, start from the UNSD Rev. 5 structure for manufacture of electrical equipment, using the classification detail and publication in the frontmatter. Second, compare the full class description with the work actually performed, paying attention to inclusions and exclusions, and in particular to whether the finished product is a motor, a transformer, a wiring device, a battery, a lighting fitting, or a domestic appliance. Third, formal use of manufacture of electrical equipment calls for confirmation from the national statistical institute or business register holding the record.

That third step matters because a statistical guide can explain an area, but only the record holder can confirm an entry. Small differences in work can matter here, especially where a heading boundary turns on whether something is supplied, arranged, transformed, or repaired. A motor maker, a chip maker, and a repairer may all describe themselves loosely as electrical firms, yet their descriptions sit in different parts of Rev. 5, and only a full comparison with the UNSD descriptions separates them.

This guide describes electrical equipment making in general terms. It does not settle any reader’s code, principal activity, or registration entry. Compare the motor, wiring, lighting, battery, or appliance work with the UNSD Rev. 5 descriptions, and confirm the entry with the national statistical institute or business register that holds the record.