There's No One Right Answer
As the person who places every equipment order for a mid-sized company, I get the same questions over and over. "How do I set the temp on this Honeywell thermostat?" "Should we order a Ryobi fan for the workshop?" "Can we get a kerosene heater for the loading dock?" And, more often than I expected: "What is a Bunsen burner, and why does the lab want one?"
People want me to name one product and be done with it. There's no single right answer. After five years of managing facility purchases—60 to 80 orders a year across three locations—I've stopped buying equipment in a vacuum. The right choice depends on what's actually wrong in your building. And the cheapest option on paper is often the priciest one in practice.
Scenario 1: The Temperature Reads Wrong and Nobody Can Fix It
The classic complaint: the sales office is freezing at 3 PM. Or the conference room feels like a sauna while the rest of the floor is fine. People blame the thermostat. Usually, the thermostat is just doing what it was told by whoever last touched it.
How to Set the Temp on a Honeywell Thermostat
If you just need the practical part, here's the breakdown:
Honeywell Home touchscreen models (T5, T6, and similar): tap the temperature display, then use the arrows to adjust. If you want your setting to stick instead of following the schedule, tap "Hold." That's the button our property team uses when staff keep overriding the program.
Older Honeywell Home models (RTH series): press the up or down arrow until the screen shows the temperature you want, then press "Hold." To get back to the schedule, press "Run."
Round dial models: slide the switch from "Program" to "Manual," then turn the dial.
And yes, the schedule itself matters. Press "Set" on most Honeywell Home units to cycle through Wake, Leave, Return, and Sleep. That's how you work a Honeywell home thermostat to actually save energy instead of fighting it all day. I'm not a heating engineer, so I can't speak to every model or wiring setup. What I can tell you from the purchasing side is this: the thermostat is worth paying a little more for.
I went back and forth between an inexpensive no-name thermostat and a mid-range Honeywell Home unit during our 2024 vendor consolidation. The cheap one saved us maybe $45 per location. It was also impossible for the staff to understand, sat in a drafty hallway, and caused an energy bill bump that swallowed the savings within a season. When I compared the two side by side—same HVAC system, different controllers—I finally understood why sensor placement and scheduling logic matter so much. Looking back, I should have bought the better unit from the start. At the time, saving $45 looked good on the budget report. It wasn't.
One more thing: look for the ENERGY STAR label when you shop. Some utilities offer rebates that bring the price of a decent programmable thermostat down to nearly what you'd pay for a basic one.
Scenario 2: The Temperature Reads Fine but the Room Feels Stuffy
This one fools people. The thermostat says 72°F. The air feels heavy anyway. That's not a thermostat problem—it's an air movement problem. A fan, not an HVAC upgrade, is sometimes the better call.
A fan doesn't lower the room temperature. It moves air across your skin, which creates a wind-chill effect that makes the space feel noticeably cooler without touching the thermostat. In a workshop, warehouse, or server room, that can buy you time before spending serious money on cooling.
Why do Ryobi fans keep showing up on our purchase orders? Because the maintenance crew is already invested in the Ryobi battery platform. A cordless Ryobi fan costs more than a generic corded one. But it runs on the same batteries as their drills, which means no extension cords, no new chargers, and no separate spare parts. The upfront premium pays for itself in total cost of ownership.
If you're comparing fans, watch three specs: CFM (how much air it moves), noise level in decibels (shop floors don't care, offices do), and whether the blade guards are solid if people work nearby. And think about winter: a fan on low can push warm air off the ceiling and ease the load on your heating system. That's one of those counterintuitive benefits that facility buyers often miss.
Scenario 3: The Heat Never Reaches the Loading Dock
Third situation: a garage bay, a loading dock, or an unfinished area where the main heating system doesn't extend. Electric heaters keep tripping the breaker. Someone brings up kerosene heaters.
A kerosene heater burns liquid kerosene to produce strong radiant heat. It's useful for emergency setups, construction sites, or well-ventilated spaces where a furnace isn't an option. Here's what surprised me: kerosene isn't necessarily cheaper to run than electricity. Its advantages are portability and heat output—not operating cost. And if the space is enclosed, you need real ventilation. Kerosene heaters produce exhaust, and that's not negotiable.
This is the one category where I refuse to chase a low price. Look for a UL-listed unit, specifically one that meets UL 647, and check for automatic shutoff and tip-over protection. The cheap no-name kerosene heaters I've seen under $100 scared me as a buyer. Leaking tanks, wobbly grilles, no shutoff, sooty wicks. One of our employees brought his own in on a cold day. It smoked, the wick needed constant trimming, and the CO detector alarmed within an hour. That "savings" cost us a service call, a replacement heater, and a cold loading dock.
I'm not a safety professional, so please check with one before putting a fuel-burning heater in any commercial space. I've also found that many modern leases and insurance policies restrict them anyway. If your situation is "we need a little warmth in a drafty spot," a kerosene heater is usually the wrong answer. If it's "the construction site has no power yet," it might be exactly right.
Scenario 4: The Lab Request Nobody Expected
Not every equipment purchase is about climate. Last year, our QA lab asked for a Bunsen burner. If you're not a lab person: a Bunsen burner is a gas-powered device that mixes air with natural gas or propane to produce a single, hot flame. It's a standard lab tool for sterilizing instruments, heating samples, and running simple combustion tests.
The buyer's job here isn't to know the science. It's to ask the right questions: What gas is at the lab bench? Who will install it? Is the lab equipped with the right safety gear? I'm not a lab specialist, and I'd never pretend to be. The burner itself, a basic brass model, is cheap. The certified tubing, flashback arrestor, and supervised installation cost more than the burner. That's the money that matters.
Which Scenario Are You In?
Here's how I'd diagnose it:
- The temperature on the wall reads wrong and staff can't work the controls. Fix the thermostat. Buy one with a usable schedule and put it away from sunlight and drafts.
- The temperature reads fine but the room feels stuffy. Solve the air movement problem with a fan before touching the HVAC.
- A whole zone has no heat. Talk to a safety professional about options. A kerosene heater is for emergency and ventilated situations, not a cheaper furnace.
- The lab requested something specific. Ask what the application is. For a Bunsen burner, the gas supply and safety details matter more than the burner itself.
In my experience, the lowest-priced option has rarely been the lowest-cost one. Whether I'm setting the temp on a Honeywell thermostat or approving a warehouse fan, I try to measure a purchase by the value it creates—fewer complaints, fewer service calls, less energy waste—not just by the invoice number. That lesson cost me some tuition over the years. If you're making these calls for the first time, maybe this saves you a few payments.
