Yeah I know about eddy currents, which will NOT be present in the arrangement in your picture.
I agree - looks like a bit of the old scaremongering tactics to get work
Just goes to show - the NIC are not the be-all/end-all.
Yeah I know about eddy currents, which will NOT be present in the arrangement in your picture.
Electromagnetic effects from incorrectly installed cables of alternating current (a.c.) circuits can cause heat to be generated in the metal of ferromagnetic enclosures, such as steel conduit or steel equipment housings. To prevent such heat, which may damage cables and other materials, Regulation 521-02-01 of BS 7671 calls for the following requirements to be met:
(i) Single-core cables armoured with steel wire or tape must not be used for a.c. circuits.
(ii) Conductors of a.c. circuits installed in ferromagnetic enclosures (such as steel conduit, trunking or ducting) must be arranged so that the conductors of all phases and the neutral conductor (if any) and the appropriate protective conductor of each circuit are contained in the same enclosure.
(iii) Where such conductors enter a ferromagnetic enclosure, they must be arranged so that they are not individually surrounded with ferromagnetic material, or other provision must be made to prevent eddy (induced) currents. [/b]

Your not up-to-date: try Megaman Dimmable Series - new forms being added weekly.
http://aquae-vitae-electrical.com/ave-pg11.php
PME = Protective Multiple Earthing![]()
Your not up-to-date: try Megaman Dimmable Series - new forms being added weekly.
Those lamps are still not dimmable in the way that incandescent lamps are - you have to turn your dimmer off, then on within three seconds then repeat to get it to your desired level. You can't just turn the knob to whatever brightness you want.
MEGAMAN® has invented the world’s first linear dimming CFL that is operable on conventional dimmer switches, and allows you to choose between full lighting or more dimmed atmospheric lighting. The DIMMERABLE® lamps works perfectly on any incandescent dimmer or standard switches with absolutely no additional control wiring and transformers needed.
Electromagnetic effects from incorrectly installed cables of alternating current (a.c.) circuits can cause heat to be generated in the metal of ferromagnetic enclosures, such as steel conduit or steel equipment housings. To prevent such heat, which may damage cables and other materials, Regulation 521-02-01 of BS 7671 calls for the following requirements to be met:
(i) Single-core cables armoured with steel wire or tape must not be used for a.c. circuits.
(ii) Conductors of a.c. circuits installed in ferromagnetic enclosures (such as steel conduit, trunking or ducting) must be arranged so that the conductors of all phases and the neutral conductor (if any) and the appropriate protective conductor of each circuit are contained in the same enclosure.
(iii) Where such conductors enter a ferromagnetic enclosure, they must be arranged so that they are not individually surrounded with ferromagnetic material, or other provision must be made to prevent eddy (induced) currents. [/b]
since those MICC cables are multicore cables they meet both of the criteria i've highlighted and therefore conform to the regulation..
that regulation is to prevent SINGLE core ac cables from entering metal enclosures through seperate holes..
your website is therefore willfully misrepresenting the facts to convince the potential customer that a change is needed..
If you need to find a tradesperson to get your job done, please try our local search below, or if you are doing it yourself you can find suppliers local to you.
Select the supplier or trade you require, enter your location to begin your search.
Are you a trade or supplier? You can create your listing free at DIYnot Local