EFFICIENCY.

THE EFFICIENCY YOU WANT AND THE RELIABILITY YOU NEED.

High efficiency boilers were introduced in response to the energy crisis of the seventies. Most first generation high

efficiency boilers were simply standard units that had been hurriedly modified to boost efficiency. These boilers obtained higher efficiencies by permitting steady-state condensation in the heat exchanger and in the combustion chamber. Failure to adequately protect the combustion chamber and heat exchanger from the corrosive effects of condensate meant that most first generation units failed prematurely. The units condensed, eventually corroded, and finally were discarded.

Manufacturers learned from their mistakes. They upgraded materials, redesigned heat exchangers and refined their manufacturing techniques. The second generation of high efficiency boilers, which began to appear in the late eighties, was a vast improvement. However, second generation units still experience damage from condensation. Although the materials used in second generation high efficiency boilers last considerably longer, they still eventually succumb to corrosion.

THIRD GENERATION TECHNOLOGY

After two decades of trial-and-error, the boiler industry has finally realized that high efficiency and long product life can only be obtained by preventing condensation from occurring in the

THE EFFICIENCY YOU WANT

The Advanced Design Boiler is the first boiler that can meet your exact efficiency requirements. The ADB, when used without the Condensing Heat Exchanger (CHX), can deliver thermal efficiencies up to 84%.

If higher efficiency is required, simply add the Condensing Heat Exchanger to the installation. The CHX is designed to capture the maximum amount of available energy by extracting both sensible and latent heat from the flue gases. That means ultra-high efficiencies – and substantial energy savings.

Efficiencies up to

97%

AGA Design Certified Rating

combustion chamber. Raypak’s Advanced Design Boiler is the first of a new generation of boilers that can obtain ultra-high efficiencies without compromising product life. The “secret” to the ADB’s longevity is that condensation occurs only in a corrosion-resistant condensing heat exchanger. The ADB is designed so that condensation will not occur in the primary heat exchanger or the combustion chamber. The result

is an ultra-high efficiency product that lasts.

Welcome to the future of boiler technology.

THE ADB’S

%Efficiency

100

95

90

85

80

75

ADB with Condensing Heat Exchanger

ADB without Condensing Heat Exchanger

NON-CONDENSING

PRIMARY HEAT EXCHANGER

60 80 100 120 140 160 180 200 220

°F Return Water Temperature

Page 2
Image 2
Raypak Commercial Space Heating and Domestic Water manual Efficiency YOU Want, Third Generation Technology

Commercial Space Heating and Domestic Water specifications

Raypak is a renowned brand in the heating industry, particularly recognized for its comprehensive range of commercial space heating and domestic water heating solutions. With a steadfast commitment to quality and innovation, Raypak products are designed to meet the rigorous demands of both large commercial applications and efficient water heating needs.

One of the primary features of Raypak's commercial space heating solutions is their versatility. The brand offers an extensive array of heating systems including boilers and heaters that cater to various building sizes and heating requirements. These systems are engineered for reliability and efficiency, making them a preferred choice for restaurants, schools, hospitals, and industrial facilities.

Raypak utilizes advanced technologies in its heating products. For instance, the incorporation of modulating flame technology allows for precise temperature control, resulting in reduced energy consumption and operational costs. The systems are designed to optimize fuel usage while maintaining heating performance, ensuring that customers benefit from lower utility bills and a reduced environmental footprint.

Another standout feature is the robust construction of Raypak heating units. Built with high-quality materials, these systems are resistant to corrosion and wear, which translates to longer lifespans and minimal maintenance. This durability is particularly important in commercial settings where heating systems are subjected to heavy usage.

In addition to commercial space heating, Raypak excels in domestic water heating solutions. Their water heaters are designed to provide consistent and reliable hot water for residential and commercial applications. Key technologies such as high-efficiency heat exchangers enhance performance while minimizing energy loss, making these units both effective and eco-friendly.

Raypak also emphasizes ease of use and installation in its product designs. Many of their systems feature user-friendly controls and interfaces that simplify operation and monitoring. This focus on accessibility ensures that customers can manage their heating systems efficiently, leading to optimal performance.

Furthermore, Raypak’s commitment to innovation is evident in their continuous product development, aligning with the latest industry standards and regulations. Customers can trust that they are investing in cutting-edge technology when choosing Raypak for their heating and water heating solutions.

Overall, Raypak’s combination of advanced technology, robust construction, and energy efficiency makes it a leader in the commercial space heating and domestic water heating market. Their focus on quality and customer satisfaction solidifies Raypak’s reputation as a trusted provider, catering to diverse heating needs with competence and reliability.