Recessed Lighting near you

Housings come in families and the label is the whole story. A fixture rated for insulation contact can have insulation laid directly over it. One that is not so rated cannot, and DOE's Building America guide is precise about the consequence: if the housing is not approved for insulation contact, insulation has to be kept at least 3 inches from the fixture, which leaves a square foot or more of uninsulated ceiling around every light. The guide notes that insulation contact rated housings are indicated by an IC at the end of the model number.

Airtightness is a separate property from insulation contact, and the combination is the one to ask for. The guide describes the best method for dealing with an old non-airtight can as replacing the whole fixture with an insulation contact rated, airtight housing, caulking around the fixture under the trim ring to make the seal, and fitting a lamp designed for a recessed can. Insulation can then safely be laid on top.

The third property is the listing for the location. A fixture over a shower or tub, in a soffit outside, or in an unconditioned porch ceiling has to be listed for the damp or wet location it sits in, and that is a different question again from insulation contact. When you are given a fixture schedule, the sensible thing to ask for each line is: is it IC rated, is it airtight, and what location is it listed for.

A recessed can is a tube open at the top, sitting in the warmest layer of the house. DOE's Building America brief on improving recessed lighting puts the effect starkly: old recessed can lights are like a hole in the ceiling, only worse, because leaky cans with incandescent lamps can pull three to five times as much air as a hole in the ceiling the same size, thanks to the stack effect. The heat inside the can drives the airflow, so the fixture leaks hardest exactly when it is on.

The consequences are not only on the energy bill. The same brief notes that non-airtight cans draw heated air into the attic in winter, carrying moisture that can condense in a cool attic, and can let hot attic air into the home in summer, pulling dust and insulation particles down with it. That is how a lighting decision turns into a durability problem in the roof structure.

The brief also describes what to do when the homeowner does not want to replace non-airtight, non-insulation-contact housings: they can be made airtight from the attic side with a box of rigid foil-faced foam or drywall, large enough to allow 3 inches of clearance on all sides of the fixture, sealed in place to the ceiling drywall with spray foam and then covered with attic insulation. It is a real remedy, but it is attic work done around a heat source, and it belongs to a contractor who does air sealing rather than to a weekend in the crawl hatch.

Homeowners with an existing row of cans usually face a choice between a retrofit module that screws into or clips inside the old housing and a full replacement of the housing itself. The retrofit is quick, needs no attic access and changes the light. What it does not change is the rating of the can it is sitting in: a non-IC housing is still non-IC, and the insulation still has to be held back from it.

That is the reason DOE's guidance points at the housing rather than at the lamp. Its recommendation for an old, non-airtight can is to replace the whole fixture with an insulation contact rated airtight unit and caulk it under the trim ring, and it offers a second option that homeowners often overlook: remove the can entirely, patch the ceiling and install a surface-mounted fixture instead. In a small room with one or two leaky cans, that can be both cheaper and better than anything done to the can.

Weigh it by what is above the ceiling. Where the space above is conditioned, a heated second floor rather than an attic, the air sealing argument largely falls away and a retrofit module is a reasonable answer. Where the space above is a vented attic that is insulated, or is about to be, the housing is the thing that matters and the retrofit module is a cosmetic change to a fixture with the wrong rating.

There is one place where the Building America guidance is unusually blunt, and it is worth knowing before a designer draws a grid of cans across a plan. The guide states that recessed can lights should never be installed in a vaulted ceiling or under a flat roof, even if they are insulation contact rated and airtight, because there is no room for insulation above them and energy is lost through the void, and worse, they create a risk of moisture problems by drawing warm moist air through the ceiling into the insulation even when the fixture is designed to be airtight. It goes further and says any recessed lights already installed in such a ceiling must be removed and the holes carefully repaired and sealed.

The same guide notes elsewhere that a continuous air barrier is difficult to achieve in a cathedral ceiling that contains recessed lighting fixtures or other ceiling penetrations, and that plans for a converted or cathedralized attic should not include recessed cans in the attic ceiling. Track lighting is named as a good alternative. None of that applies to a flat ceiling with a ventilated attic above it, which is where a properly specified airtight housing belongs.

Recessed lighting is one of the few electrical jobs where the layout decision is effectively irreversible, because every fixture leaves a hole. Walk the room with the electrician and mark positions on the floor before anything goes up, checking the framing direction, the location of ducts, plumbing vents and the chimney chase, and how the light will fall on the surfaces people actually look at rather than in a tidy grid on the plan.

Settle the switching at the same time. How many zones, which lights are dimmed, whether the dimmer suits the specific LED being installed, and where the switch goes are all cheaper to decide now than to re-cable later. If the ceiling has no attic above it, ask how cable will be run and who is responsible for patching, sanding and painting the routes that get opened.

Finally, settle what happens to the insulation. If the attic is insulated, the crew has to get to the housings before the insulation is disturbed or the insulation has to be pulled back and reinstated. If the attic is going to be insulated later, specify insulation contact rated airtight housings now so that the insulation work is not held up by the lights. This is the single coordination failure that turns two straightforward jobs into an expensive one.

Adding or relocating recessed fixtures is branch circuit work, and jurisdictions treat it as permitted electrical work rather than as decorating. Portland's residential electrical permit guidance is explicit that a permit is needed to add new receptacles and lights and to replace existing lights, and defines a circuit for permit purposes as the cable from the breaker at the panel to everything fed by it, with any circuit you are altering, moving, adding to, or replacing lights or switches on counted in the total.

Who can hold the permit varies. Portland allows homeowners to pull permits for their own primary home where it is a single-family house or a duplex, and not an apartment, condo or triplex, and requires a licensed electrical contractor doing the work to pull the permit itself. Other states are stricter and some cities have their own rules, so the question to ask locally is who may pull the permit and who must be licensed, rather than assuming either answer.

There is also a code dimension that a good electrician will raise unprompted. The Building America brief records that the 2009 IECC and IRC required, for new construction and additions, that recessed light fixtures be airtight, IC rated and sealed to drywall, with an exception for fixtures in conditioned space. Energy codes have moved on since, and which edition applies to you depends on your state's adoption, so treat that as the direction of travel and ask which energy code your jurisdiction currently enforces.

The variables that actually change the price are the number of fixtures, whether the ceiling is open or finished, whether there is walkable attic space above, the housing type and its ratings, how many switching zones and dimmers are involved, whether an existing circuit can carry the load or a new one is needed, how much ceiling has to be opened for cable and who makes it good, and whether insulation has to be pulled back and reinstated. Replacing non-airtight housings in an insulated attic is a different job from wiring a new addition, even when the fixture count is the same.

LokalMatch is where you gather comparable quotes and nothing more. You describe the rooms, the ceiling and the space above it once, and electricians who take lighting work near you receive the request; the ones interested contact you directly. Pros pay for the requests they receive and homeowners use the service free. LokalMatch does not install anything, does not set or negotiate prices and does not vet, rank or recommend the pros who get in touch, so ask each one for the licence, for the housing model they intend to use, and for their answer on IC and airtight ratings before you compare numbers.