I’m a quality/compliance manager at a lighting company. I review roughly 200 SKUs a year before they go into our catalog or onto a truck. In Q1 2024, about 11% of first-article samples got rejected. The reasons were rarely “it doesn’t light up.” They were wrong color specs, questionable drivers, or smart features that only worked when the router happened to cooperate.

This checklist is for buyers, installers, and merchants who need to verify FEIT Electric bulbs, small spotlights, chandeliers, and task lights before approving an order. It takes about 15 minutes per sample and works for a single fixture or a 50,000-unit annual order.

To set the boundary: if you landed here through “chandelier earrings,” that’s jewelry, not lighting. I inspect chandeliers and chandelier-style fixtures. Jewelry has different specs and different inspectors. The lesson is the same though: know who’s actually qualified before you hand them money.

Here’s my seven-point routine. Some steps are boring. Step 3 is the one most buyers skip.

1. Use actual wattage, not “100 watt equivalent”

“FEIT Electric bulbs 100 watt” is a common search phrase, and it makes me cringe a little, because the important number isn’t the equivalent wattage. A FEIT Electric 100W-replacement LED bulb may draw about 15 watts while giving roughly the same light as a 100-watt incandescent.

That actual wattage drives your energy calculation, heat load, dimmer compatibility, and any rebate paperwork. If a supplier can’t show the actual wattage on a Lighting Facts label or spec sheet, treat it as a red flag.

2. Check what controls the bulb

A non-dimmable bulb in a dimmable circuit is a fast failure. A dimmable bulb on an incompatible dimmer is a slower, more annoying failure: it buzzes, flickers, or refuses to turn off. That creates service calls.

I learned this one in reverse. I used to think “dimmable” was a bulb attribute. It isn’t. It’s a system attribute: bulb plus dimmer plus wiring. The bulb can be fine while the system still acts up. When I approve a FEIT Electric fixture, I ask which dimmer was used in the test. If nobody knows, I don’t approve a big quantity until we test it.

3. Test the “FEIT Electric change WiFi” scenario before stocking

The second most common smart-lighting complaint after “won’t pair” is “it worked until we changed internet providers.” Many WiFi bulbs end up in support threads because the customer moved to a mesh network with a 5GHz-only SSID.

So my checklist for smart products includes a deliberate network change. Pairing once isn’t enough. The steps usually look like this:

  1. Remove the device in the FEIT Electric app.
  2. Factory-reset the bulb or fixture; the exact reset pattern varies by model, so keep the manual handy.
  3. Make sure the phone is on a 2.4GHz network, not a 5GHz network.
  4. Re-add the device and power-cycle it to confirm the connection sticks.

That last step feels unnecessary until a customer calls you after a power outage and nothing reconnects.

4. Look at color consistency, not just CRI

CRI gets most of the attention. Color consistency gets ignored. A high-CRI fixture can still have a green tint at 4000K if the LED manufacturer used wide bins.

I only believed this after we approved a chandelier line that looked fine in the sample, then later got a production run with visible tint differences between arms. We rejected the batch and fixed it before it reached customers, but it delayed the launch and increased costs.

Now I ask for color consistency specs, not just an average CRI number. For decorative lighting, a 3-step MacAdam ellipse is a reasonable target.

5. Chandeliers: inspect mechanical parts, not just the finish

When I review a chandelier, I think about hanging weight, mounting bracket, canopy screw length, and whether the installer can make a proper ground connection. A chandelier is a lighting fixture first and a decorative product second.

The “chandelier earrings” search term sometimes shows up next to chandeliers because of the name. That’s not my lane. But within lighting, a visually identical chandelier can fail a basic pull test if the manufacturer saved pennies on a screw or a washer. Ask for the installation manual and check the max mounting angle. If the fixture is going into a sloped ceiling, the hardware needs to handle it.

6. Small spotlights: check beam angle before you approve the housing

Searching for “spotlight small” makes sense; fixture titles are clunky. But size isn’t the spec that matters most. I’ve seen two small spotlights with nearly identical housings: one had a 15-degree beam, the other had a 60-degree beam. They looked the same out of the box and performed completely differently once installed.

If you need a grazing effect on a wall, 15 degrees might be right. If you need to wash a full shelf, you probably need 40 degrees or more. Check the field angle and test the beam pattern on a real surface, not against a white ceiling.

Outdoor small spotlights also need an IP rating that matches the mounting location. IP65 is safer for rain-exposed locations; IP20 is indoor-only.

7. Monitor light bar vs desk lamp: know which job you’re designing for

The “monitor light bar vs desk lamp” comparison comes up a lot in task lighting. It seems like a brightness contest, but it isn’t. A monitor light bar mounts on a screen and usually creates a shallow, asymmetric beam to avoid reflecting in the display. A desk lamp has an adjustable arm and is designed to put light on a document, keyboard, or work surface.

When I evaluate either, I sit in the normal operating position and check for glare. A high lumen number doesn’t help if the light source is visible in the user’s eyes. I also check whether the color temperature switch holds CRI around 80 or higher at each setting. If the manual promises 3000/4000/5000K but doesn’t list CRI, ask for updated photometric data.

Sometimes the best answer to “monitor light bar vs desk lamp” is neither. A simple clamp light with a good arm and a decent bulb can beat an expensive light bar if the user’s main need is paper reading.

Final notes from the inspection bench

Three reminders I still take with me:

  • Ask for the paperwork before samples. If a vendor doesn’t have UL or ETL documentation in hand, treat marketing claims as conversation, not verification.
  • If an LED product claims a long lifetime, ask for LM-80 data and a TM-21 projection. A datasheet without a test method is just a hope.
  • Don’t let “smart” replace quality. A WiFi chip doesn’t make a bad optic better.
  • Specialists should say when something is out of their lane. The vendor who said “this isn’t our strength, here’s who does it better” earned my trust for every product that was actually in their scope.

This routine won’t catch every defect, but it catches the expensive ones. And it keeps the door open for a good vendor to say no to the orders they shouldn’t take.