Cambridge Air Solutions ESC‑Series Two‑Stage Evaporative Cooling Product Flyer
This resource provides a detailed overview of the Cambridge Air Solutions ESC‑Series, a two‑stage evaporative cooling technology designed for commercial and industrial facilities that require energy‑efficient cooling, ventilation, and operational reliability. The product flyer summarizes system capabilities, airflow ranges, configuration options, and application suitability, offering engineers, facility managers, and decision‑makers a clear understanding of where and how ESC‑Series systems can be applied. It serves as a concise technical reference for evaluating evaporative cooling solutions that support workforce productivity while prioritizing sustainable HVAC performance.
The document emphasizes Cambridge’s approach to simplifying industrial HVAC through engineered solutions, expert support, and long‑term reliability. It highlights how ESC‑Series units arrive as fully kitted packages—including units, curbs, and accessories—to help reduce field labor and streamline installation. The flyer also reinforces Cambridge’s commitment to lifecycle value, noting that each unit undergoes 100% testing and is manufactured using precision machinery and Lean Manufacturing practices to ensure consistent, durable performance.
Key Technologies, Performance Ranges, and Applications
At the core of the resource is an explanation of ESC‑Series Two‑Stage Evaporative Cooling Technology. According to the flyer, the system utilizes an indirect plate exchanger combined with direct evaporative cooling media to deliver sensible cooling with adiabatic cooling. The design uses outside air for the vaporizer air and incorporates energy recovery, enabling cooling performance without mechanical refrigeration. Typical efficiencies are listed at 40–60%, with saturation efficiency up to 120%, and performance characteristics vary by climate, including the ability to achieve discharge temperatures in the mid to high 50s in drier regions.
The ESC‑Series includes a broad range of models with airflow capacities from 2,400 to 56,000 CFM, making the product line adaptable to diverse facility sizes and cooling demands. Units support rooftop or pad mounting and offer downblast, upblast, or horizontal discharge configurations. Casing options include double‑wall galvanized or stainless steel construction with finishes rated for 1,000‑hour salt spray resistance, reinforcing durability in demanding environments.
The flyer outlines extensive options and accessories, including direct and indirect evaporative sections, multiple cooling coil configurations, energy recovery modules, gas and hot‑water heating sections, outside and return air dampers, and a range of fan, motor, and drive selections. Filter options range from aluminum to MERV 8 and MERV 13, and insulation specifications are clearly noted. Variable frequency drives, remote control panels, and programmable room thermostats further highlight the system’s configurability for specific operational needs.
The ESC‑Series is positioned for a wide range of industry applications, including warehouse and distribution facilities, aviation buildings, sports arenas, agricultural operations, call centers, food processing plants, manufacturing facilities, healthcare and laboratory environments, wastewater treatment plants, foundries, institutional facilities, and schools. This breadth of applications demonstrates the flexibility of two‑stage evaporative cooling as a solution for large, high‑occupancy, or process‑driven spaces.
Who Should Use This Resource and When
This product flyer is best suited for mechanical engineers, facility managers, contractors, and commercial or industrial building decision‑makers who are evaluating alternatives to mechanical cooling or seeking energy‑efficient HVAC strategies. It is particularly valuable during early design phases, sustainability planning, or retrofit assessments where airflow capacity, cooling performance, and installation simplicity are key evaluation criteria. The resource supports informed decision‑making for projects in climates and applications where evaporative cooling is appropriate.
Review the Cambridge Air Solutions ESC‑Series product flyer to understand how two‑stage evaporative cooling can support energy efficiency, occupant comfort, and operational goals. For assistance evaluating ESC‑Series configurations or determining project fit, connect with LONG Building Technologies for expert consultation, system support, and project guidance.
Reusable CTA Line
This product flyer highlights the Cambridge Air Solutions ESC‑Series Two‑Stage Evaporative Cooling systems, featuring airflow capacities from 2,400 to 56,000 CFM. Designed for warehouses, manufacturing facilities, food processing plants, schools, and other commercial or industrial applications, the ESC‑Series delivers sensible cooling, ventilation, and energy recovery without mechanical cooling. The resource outlines system features, configuration options, and application suitability, making it a valuable reference for engineers and facility managers evaluating energy‑efficient HVAC solutions. View the flyer and contact LONG Building Technologies for expert support.