Price Industries is amazing at commercial HVAC applications
Price Industries is a leading manufacturer and supplier of commercial HVAC equipment and systems, known for their innovative GRD, Chilled Beam and noise control designs and high-quality products. However, what truly sets them apart from their competitors, like Titus, Nailor, or Greenheck, is their outstanding engineering support team, which provides unparalleled technical assistance to their customers. I see it firsthand in every interaction we have with Price Industries!
The engineering support team at Price Industries is comprised of experienced and knowledgeable professionals who are dedicated to helping our customers find the best possible solutions for their Air Distribution, Sound Control, Custom AHUs and ERVs and Operating Room systems. They ensure that every project is successful, from design to installation notes and beyond. The labs (Winnipeg is show above) are full of real world examples of HVAC equipment, many fully operational, providing great hands-on training.
One of the key strengths of Price Industries’ engineering support team is their ability to provide customized solutions that meet the unique needs of each project. They use advanced software like Price Predict (CFD Modeling) and basis of design tools to simulate and analyze different scenarios, allowing them to develop solutions that are both efficient and effective. This level of customization ensures that each HVAC system is tailored to the specific needs of the building and its occupants, resulting in optimal performance and energy efficiency. For real. We just taught another consulting engineer how to layout diffusers automatically with Ripple, a REVIT plug-in. How cool is that feature! Bonus: The Price people become your friends, they really care about you and others.
ACI Mechanical won the Price Cup in November 2022. We only won because Price Industries understands, and lives by one of our Core Values: Thrive Together. Thank you Gerry Price and the Price Industries family!
ACI had an application where a four ton horizontal discharge heat pump was creating too much noise in a densely populated neighborhood. We engaged Price Industries noise control, and they delivered!
The Price team used aluminum panels with weatherproof insulation and perforated panels, the “AP” series, combined with a bill-nosed “RH” panel. The contractor installed the silencer in 90 minutes. All dimensions and colors custom, including an access panel for servicing the CDU. @priceindustries #scienceofcomfort @acimechsales
The silencer reduced the sound so much that the homeowner and nearby neighbor were thrilled with the outcome, “I can barely hear it run”, said the neighbor who had previously complained, particularly during cold spells where high speed compressor and fan noise were frankly loud.
I asked ChatBGT to “tell me about HVAC in Seattle”, here is what it wrote:
HVAC stands for heating, ventilation, and air conditioning. In Seattle, the climate is generally mild, with cool and rainy winters, and mild summers. However, in the summer months, temperatures can sometimes rise to the high 80s or even 90s, which can make air conditioning a necessity for many buildings and homes.
As Seattle is located in the Pacific Northwest, it has a moderate climate, with mild winters and cool summers, which means that HVAC systems in Seattle are primarily used for heating rather than cooling. Many buildings in Seattle use electric heating systems, which can be more efficient and cost-effective than traditional fossil fuel-burning systems.
However, there are also buildings that require cooling systems, especially in commercial and industrial buildings, where the internal heat generated by machinery and computers can raise the temperature inside. In those cases, buildings typically use central air conditioning systems that use refrigerant to cool the air and circulate it throughout the building.
In general, HVAC systems in Seattle must be designed to handle the region’s rainy and humid weather, which can cause issues with mold, mildew, and corrosion if not properly maintained. Building owners and managers should make sure to schedule regular maintenance and inspections to ensure that their HVAC systems are operating efficiently and effectively.
While not amazing or exciting, this description is right on! I can see what schools might ban open.ai for students, but I am trying to find a way for it to help our business.
Pre-Covid lead-times for applied HVAC equipment used to be easy. 6 to 8 weeks for some rooftops, a few weeks longer for AHUs and complex fan systems. COVID and supply chain craziness wrecked all that reliable supply. Now, a large HVAC supplier has lead times on products that look like elephant gestation periods! (18 months, google it)
Our Yaskawa line of drives has improving delivery dates, but still out from what they used to be, the reason? Tiny components! Chip makers have been catching up on demand that frankly caught them by surprise.
We recently helped a chocolate factory with a drive problem, and sourcing a drive was trickier than usual, but we solved the problem. Thanks Yaskawa!
I hear from our suppliers in general that supply chain problems are getting better, and a year from now we won’t be talking about lead time problems. Until then plan ahead and expect the unexpected!
The KISS method is one of my favorite acronyms, keep it simple stupid. It is not about insulting a contractor about their knowledge, it’s about making things easy. Decades ago the PENN electric switch company, bought by Johnson Controls in the 1980s, made a line voltage thermostat that required no outside power to operate. No internet of things, no calibration or BSME required to operate it.
We needed an thermostat to operate a Loren Cook Gemini exhaust fan to remove hot air in a lobby where we installed a condensing unit. The VRF unit is inside for demonstration purposes and when the training room need a lot of cooling we need to exhaust the heat outside. The Penn thermostat simply turns on the fan when the room gets above 78F. Simple 120V one wire current interruption when room temp is OK, engages when the room gets hot. So simple!
Congrats to the ACI Mechanical and HVAC team for their recognition as an Ambassador of Energy Efficiency. The award comes from engineers and contractors recognizing the contribution that our team has made. Recognition is my love language, just ask my wife Margaret!
We love helping building owners save energy, and our mission statement “Helping Building Thrive” says it in three words.
“You can’t sell from an empty wagon”, said Bob Nichols, the owner of Allied Refrigeration in Long Beach, CA told me when I was a young sales engineer at Johnson Controls. It was 1989 and I was blown away with this distributor’s high value, high service model. Bob passed in 2012, but his words stuck with me.
Thirty years later, as I get to make decisions with our leadership team about how to service customers, it is clear to me that being a hybrid manufactures rep and commercial HVAC distributor works. We increased our on-hand inventory over $1M as supply chain disruptions ran up the lead-times for products. It turned out to be a great idea to buffer longer lead-times with real on-hand products. We are selling more of nearly all of our products because we actually have it.
We at ACI Mechanical solve cold office worker problems for our contractor and owners all the time. Here are 3 tips to make a difference for cold work spaces.
Change the airflow patterns of diffusers and grilles
Many ceiling diffusers or grilles have the ability to be adjusted or closed down. Many designs have maximum airflow rates that are over designed for actual building usage. Facility engineers (or you with a ladder) can reduce the total airflow directed toward occupants. Change the diffuser from a fixed style to adjustable to have a choice.
2. Install VAV Diffusers to control local zones without extra wiring
We installed a 10″ neck Acutherm Thermafuser in a small conference room at ACI Mechanical in Seattle, changing the room from freezing cold to a perfect 72 degrees. It took a ladder, a new Panduit strap to connect the existing flex duct to the new diffuser, and an Thermafuser to solve the problem. It was a 10 minute installation, before picture shown:
3. Use Preheat strategies on thermostats and building controls for morning warm-up
We use our Verasys building control system by Johnson Controls to preheat the building at 5am, before the first worker arrives at 5:30am in Seattle. This gives the three rooftops the ability to “catch-up” from a weekend of unoccupied setpoints.
Changing the way air flows in a building can make a difference for occupant comfort all year long. It is worth the time and effort!