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Cambridge Hosts Virtual tour for Missouri Association of Manufacturing

Cambridge had the pleasure of hosting a virtual tour for the MAM's "Gearing Up" 2021 virtual conference. This video, led by Becca Jenkins, shows the improvements that we have made to one of our workstations and provides some insight into how a lean culture of continuous improvement looks.

Cambridge S-Series Maintenance Schedule | Cambridge Air Solutions

Cambridge S-Series Preventative Maintenance Schedule Proper maintenance is essential to keep your Cambridge S-Series heating unit running efficiently and prevent costly repairs. This blog outlines a preventative maintenance schedule for your unit. Depending on whether your unit has filter sections, inspections should be done two or four times a year. In this guide, we will cover crucial tasks like checking air filters, greasing bearings, inspecting belts, and more. By following these steps, you'll extend the lifespan of your equipment and optimize its performance, reducing energy costs and minimizing downtime. Let's get started on maintaining your Cambridge S-Series unit. Why Preventative Maintenance Is Important for S-Series Units Regular preventative maintenance helps keep a Cambridge S-Series heating unit operating efficiently and reliably throughout the heating season. Routine inspections can identify worn components, dirty filters, loose connections, airflow restrictions, and other issues before they develop into more significant equipment problems. A consistent Cambridge S-Series maintenance schedule can also help facility teams: Maintain proper airflow and discharge temperatures Support efficient heater operation Identify worn belts, bearings, and other mechanical components Keep burners and combustion components operating properly Reduce unexpected ...
Enhancing Commercial Building Sustainability: Eco-Friendly HVAC Solutions

Discover the Most Eco-Friendly HVAC Options for Commercial Buildings This blog was written by the Cambridge Marketing Team and Engineering Team Why Sustainability in HVAC Matters In the contemporary era of environmental consciousness, the emphasis on sustainable building practices has intensified. Commercial buildings, being substantial consumers of energy, present a significant opportunity for implementing eco-friendly solutions, particularly in heating, ventilation, and air conditioning (HVAC) systems. Both mechanical contractors and building owners are increasingly seeking HVAC options that not only minimize environmental impact but also enhance energy efficiency and reduce operational costs. We stand at the forefront of this movement, offering a suite of innovative HVAC technologies designed to meet these evolving demands. The Imperative for Eco-Friendly HVAC in Commercial Buildings Commercial buildings account for a significant portion of global energy consumption and greenhouse gas emissions. Implementing sustainable HVAC systems is crucial for mitigating environmental impact and achieving energy efficiency. Beyond environmental benefits, eco-friendly HVAC solutions offer tangible advantages: Cost Savings: Energy-efficient systems lead to lower utility bills and reduced operational expenses. Enhanced Indoor Air Quality (IAQ): Proper ventilation and heating improve occupant health and productivity. Regulatory Compliance: ...
How a Healthy Work Environment Drives Manufacturing Success

Creating a Healthier Manufacturing Workplace: The Key to Retention, Productivity, and Growth Investing in People: The True Competitive Advantage in Manufacturing If people are a manufacturer’s most valuable asset, does the work environment reflect that belief? Keith Debold, Business Development Ambassador at Cambridge Air Solutions, recently addressed this critical question at the Midwest Missouri Association of Manufacturing trade show. His insights shed light on how workplace conditions directly impact employee retention, productivity, and overall business success. The Manufacturing Workforce Crisis Manufacturing is growing, yet labor shortages pose a major challenge. In Missouri alone, manufacturing jobs have increased by 14,000 since 2018, yet the state’s worker shortage index sits at 53—meaning there are only 53 workers available for every 100 job openings. With more employees leaving the workforce than entering, attracting and retaining talent is more critical than ever. In an industry where high turnover can cost businesses six to nine months’ worth of an employee’s annual salary, creating an environment that workers want to stay in isn’t just a perk—it’s a necessity. If companies fail to prioritize employee well-being, workers will seek better conditions ...
How Does a Make-up Air Unit Work? | Cambridge Air Solutions

How Does a Make-Up Air Unit Work? Providing a safe and healthy environment for employees continues to be a priority for manufacturing leaders, especially in facilities where manufacturing conditions create a potentially harmful environment for those working inside. Many manufacturing and industrial facilities that are plagued with poor indoor air quality typically do not have adequate ventilation. This lack of proper fresh air can create a variety of poor conditions such as high concentrations of harmful contaminants, hazy indoor conditions, improper process or product quality, OSHA safety violations, or even severe employee illness. However, if your exhaust fans don’t also replace the air they take out of your building, you can very quickly end up with negative pressure, uneven heating or cooling, and even poor indoor air quality. This is where make-up air comes in handy. Utilized properly, make-up air units can bring in outside air while acclimatizing it to your building for safe, comfortable, quality indoor air. Learn more about how make-up air units work in this guide by the experts at Cambridge Air Solutions. Why is Make-Up Air Needed? The first ...
The Difference Between Blow Through and Draw Through Heaters | Cambridge Air Solutions

What is the Difference Between Blow-Through and Draw-Through Heaters? This blog was written by Chris Leach, Applications Engineer When you are designing or upgrading heat for a large industrial or commercial building, the type of direct gas fired heater you choose has a big impact on comfort and operating costs. Two of the most common non-recirculating designs are blow-through and draw-through units. At first glance, the difference can seem minor, the blower simply sits on one side of the burner or the other. That simple change affects temperature rise, airflow, horsepower, and energy use across the entire system. In this helpful guide, the industrial heating and cooling experts at Cambridge Air Solutions will break down how each heating system works, the best applications for each, and how Cambridge’s own S-Series and M-Series are the perfect solution for a wide variety of heating needs. What is Blow-Through Heating? In a blow-through HTHV system: The blower pulls in cold, dense outdoor air. Air passes through the burner after it leaves the blower. The unit can safely reach the maximum allowable leaving air temperature for CSA-certified direct-fired equipment because the ...
Wintering Industrial & Commercial Buildings: How to Prevent Pipe Freezing | Cambridge Air Solutions

How to Prevent Pipes From Freezing in Commercial and Industrial Buildings Frozen pipes are rarely just a plumbing issue. In commercial and industrial buildings, a freeze event can shut down operations, damage equipment and inventory, trigger water and mold remediation, and create weeks of disruption. In speculative buildings this can cause some serious water damage that lowers the value of the building, and complicates attracting buyers or tenants. The good news is, most freezes are preventable when you manage two things well: Consistent heat where the pipes actually are, and steady air movement that eliminates cold pockets. Commercial Building Pipe Freezing Prevention at a Glance Do not rely on “average building temperature.” Pipes freeze in local cold pockets, especially near exterior walls, loading docks, and above ceilings. Maintain airflow to perimeter and problem areas; cold air can pool behind stored materials, inside soffits, and in mechanical mezzanines Watch for stratification in tall spaces; the ceiling can be warm while piping near doors and exterior walls is far colder. Avoid aggressive nighttime setbacks in winter; one cold corner can freeze even if the rest of the ...