CGt Series Boiler

SUGGESTED SPECIFICATIONS

I.General Requirements

A. Furnish and install ( ) low pressure packaged cast iron sectional boiler(s) that operate under induced draft.

B.Install boiler-burner unit(s) in compliance with manufacturers installation instructions. All work must be done in a neat and workman like manner.

C.Weil-McLain qty.( ) CGt ( ) PIN boiler(s) capable of burning natural gas at 5 to 13”w.c.

1.Packaged boiler (standard).

2.Natural or propane gas fired.

3.Water.

4.Minimum 82% efficiency.

5.Induced draft.

6.Built-in Tankless Domestic Water Heater

D.Boiler(s) shall have I=B=R Hydronics Institute gross output(s) at 100% firing rate – 108 MBH per boiler.

E.Boiler(s) shall be manufactured by ISO 9001 registered company to conform to Section IV of

the ASME Boiler and Pressure Vessel Code.

1.Individual sections (and section assembly) to be hydrostatically pressure tested at factory in accordance with ASME requirements.

2.Maximum allowable working pressure 50 PSIG water and cast as part of section with ASME symbol.

F.Regulatory Requirements

1.Boiler(s) and controls to comply with applicable regulations.

G.Submittals

1.Submit shop drawings and product data.

2.Submittal packet to include boiler (and burner) manufacturer descriptive literature, installation instructions, operating instructions, and maintenance instructions.

II.Product

CGt SERIES specifications

The Weil-McLain CGt Series represents an advanced line of multi-fuel commercial and industrial cast iron boilers designed for high efficiency and sustainability. Renowned for their reliability and superior engineering, the CGt Series offers a robust solution for diverse heating needs, making it a popular choice for facilities like schools, hospitals, and manufacturing plants.

One of the main features of the Weil-McLain CGt Series is its cast iron construction, which ensures durability and longevity. The heavy-duty materials used in the boiler's construction allow it to withstand high operating temperatures and pressures, contributing to the unit's overall efficiency and operational safety. The high thermal mass of the cast iron also provides excellent heat retention for optimal energy savings.

The CGt Series is designed to operate on both natural gas and propane, providing versatility to meet the specific fuel options available in various regions. This dual-fuel capability allows facility managers to switch between fuel sources depending on availability and cost, giving operators greater control over energy expenses.

Another significant advancement in the CGt Series is its integrated control system, which maximizes efficiency through intelligent system management. The control system helps maintain optimal operating conditions and adjusts the boiler's performance according to real-time demand. This level of automation not only enhances energy efficiency but also simplifies maintenance and operation for facility staff.

The series is equipped with high-efficiency burners that enhance combustion, resulting in lower emissions and reduced environmental impact. The innovative design of the burners ensures complete and clean burning of fuel, contributing to lower NOx emissions, which helps facilities comply with stringent environmental regulations.

Moreover, the Weil-McLain CGt Series supports multiple zone heating systems, allowing for tailored heating solutions within large facilities. This capability reflects the series' commitment to customization, enabling users to set different temperatures as per zone requirements and improving overall user comfort.

In conclusion, the Weil-McLain CGt Series combines robust cast iron construction with advanced technologies to provide a reliable, efficient, and flexible heating solution for commercial and industrial applications. Its dual-fuel capabilities, integrated control systems, and high-efficiency burners distinguish it as a leader in the market, making it a preferred choice for energy-conscious organizations aiming to reduce their operational costs while ensuring consistent heating performance.