There Is No Single Best Mean Well Driver—Only the Right Driver for Your Situation

I'm the quality/compliance manager at a lighting manufacturer. That means I review every driver that goes into our fixtures—roughly 1,200 units a quarter. Over the last four years, I've rejected maybe 4% of first deliveries, usually due to spec mismatch: wrong output current, wrong dimming option, missing markings. As of 2025, every contract in our shop specifies the exact Mean Well part number and the datasheet revision.

So when I see searches for “mean-well,” “lrs-50-5 mean well power supply reviews,” and “mean well lpc-60-700 datasheet dimming,” I know what you're really asking: which one do I need? The answer depends on whether you're building a dramatic brutalist chandelier, wiring a wall chandelier with controls, or swapping a clip-mounted recessed light. Let me sort those three scenarios the way I'd sort them at an incoming inspection table.

Scenario 1: Building a Brutalist Chandelier or Wall Chandelier with 700mA LED Modules

Custom fixtures are where the LPC-60-700 shows up most often in our drawings. A brutalist chandelier with exposed LED modules, raw metalwork, and a clear cover is usually designed around a constant-current driver. The Mean Well LPC-60-700 is a 60W constant-current LED driver with a 700mA output and a voltage range that typically sits around 51–86V. That makes it a match for a series string of high-power LEDs.

Before you buy, read the Mean Well LPC-60-700 datasheet carefully. The word “dimming” does not mean the same thing in every part number. In our Q1 2024 quality audit, we caught a purchase order where a fixed-output LPC-60-700 was listed for a project that required 0-10V dimming. The vendor had quoted the base SKU, and the fixture would have been on/off only. If your fixture requires dimming, specify the correct Mean Well SKU with 3-in-1 dimming capability (resistor, PWM, or 1-10V). Do not assume the datasheet's basic model includes it. Per FTC guidelines (ftc.gov), if you call a fixture dimmable, the driver has to actually do it. We treat that as a compliance issue, not a marketing preference.

A few engineers think they can replace a constant-current driver with a constant-voltage supply and add resistors. You can, but then you're paying for soldering heat and reduced efficiency. A constant-current driver is the simpler system. Match the current printed on the LED module to the datasheet current. The LPC-60-700's voltage range appears on the datasheet; if your string voltage falls outside that range, pick a different model. That's not a Mean Well issue—it's an electrical reality. For North America, we also check for the UL/ENEC certification mark. If the driver doesn't have it, it doesn't go into our fixtures.

This is also where I stand on the “time certainty” question. In March 2024, we paid $400 extra to rush a replacement driver because the alternative was missing a $12,000 installation date. That $400 bought certainty, not just speed. If your brutalist chandelier has a hard install date, the cheapest driver on the internet is not the cheapest choice. A missed deadline costs more than any rush fee.

Scenario 2: LRS-50-5 Mean Well Power Supply Reviews—the 5V Workhorse for Controls

Now the other keyword: LRS-50-5 Mean Well power supply reviews. I'd rather give you a direct review. Over about 1,500 units, the LRS-50-5 has been a reliable 50W, 5V switching power supply for control circuits. On our bench, a sample held 5.03V at 8A and stayed within the Mean Well datasheet's line and load regulation. The screw terminals are easy to wire, the mounting holes line up with standard enclosures, and the datasheet's claimed protections match what we see in thermal testing.

Our incoming checklist for the LRS-50-5 includes: label check against the part number, output voltage at no-load and full load, ripple check, and a short thermal test at elevated ambient. Since we put these supplies inside fixtures and control boxes, airflow changes everything. The LRS-50-5 runs fine as long as you respect the derating curve in the datasheet.

But I do not call the LRS-50-5 an LED driver. It's a constant-voltage power supply for 5V devices. If your wall chandelier has a microcontroller, relay bank, presence sensor, or smart-home controller that needs a 5V rail, the LRS-50-5 is a solid choice. If you're trying to power 12V or 24V LED tape, this is the wrong part—buy a 12V or 24V Mean Well supply instead. And if you need dimming, the LRS-50-5 is not your dimmer. Use the correct LED driver for the LEDs and an LRS-50-5 only for the auxiliary control circuitry.

One quality lesson: the numbers on a spreadsheet said “try a cheaper 5V supply.” My gut said the datasheet was too vague. It turned out that supply had no thermal protection. We replaced the finished fixtures at our cost. The LRS-50-5 has a clear datasheet, and that matters when you're responsible for a finished light fixture.

Scenario 3: How to Remove Recessed Lighting with Clips—and When to Leave the Housing Alone

People search for “how to remove recessed lighting with clips” when a fixture starts flickering or the driver dies. Here's the thing: removing the trim is often enough; you don't need to remove the whole recessed housing. Most recessed trims are held by spring clips or torsion springs. Turn off the circuit at the breaker first. After the bulb is out, look for the clips at the edge of the trim. If they're spring clips, press them toward the center of the can and pull the trim straight down. If they're torsion springs, squeeze the two arms together and lift the trim out. Pulling hard by the lens is how clips get bent and ceilings get scuffed.

Once the trim is out, you can see the junction box and driver. If the driver is bad, disconnect the wiring and replace it with a matching Mean Well constant-current driver, for example the LPC-60-700 when the LED module calls for 700mA. You don't have to cut drywall or remove the housing.

A common mistake is prying the trim with a screwdriver to save time. That's how you dent the ceiling and bend the spring clip. Another thing: after the trim comes out, test the line voltage at the junction box before touching anything. Even with the wall switch off, the driver may have stored energy. If the driver output is dead but the LED module is fine, replace the driver with an equivalent constant-current part. If the module is dark and the driver clicks, test the LEDs separately before blaming the power supply.

If you are replacing the entire fixture, look for the retaining clips on the sides of the can. Press those inward to release the housing, then slide it down. Some housings are also nailed or screwed to joists, so check before you pull. This is different from the wall chandelier problem, but it's a common reason people end up needing a new driver: they yank the can, damage the wiring, and then discover they also need a driver replacement.

How to Choose Your Scenario

Here's the decision logic I use:

  • New custom fixture with constant-current LED modules and dimming: Start with a Mean Well LPC-60-700 class driver. Confirm the datasheet dimming option before you order. If the project deadline is fixed, choose a stocked SKU and a distributor who can put the ship date in writing.
  • 5V control circuits inside a fixture or panel: Add an LRS-50-5 Mean Well power supply. This is the part for the brain of the fixture, not for the LEDs.
  • Recessed can with clips: Remove the trim with clips, replace the driver, and leave the housing in place. Only remove the can if you're replacing the whole housing.

I can't tell you which product to choose without seeing your fixture. That's not a sales dodge; that's what a quality inspector is supposed to do. If you have a 700mA string of LEDs and want dimming, you need the right LPC-60-700 SKU. If you have a 5V control system, you need an LRS-50-5. If you have a recessed light with clips, you need to press those clips in and check the driver label before anything else.

One more thing I learned the hard way: after 4 years of reviewing power supplies, I've come to believe that specification clarity is more important than any brand loyalty. Mean Well is the brand we choose because its datasheets usually tell the truth, but I still read every sheet before we buy. And if a supplier says “probably okay,” that's the one chance I won't take when a deadline is on the line.