Form No. 8000-12 (11/99)

Condensate Transfer Stations

Condensate rates from 1,500 PPH (3.0 GPM)

to 15,000 PPH (30.0 GPM)

Available Sizes

• 8 to 50 gallon receivers

• 6 to 60 GPM (3,000 to 30,000 PPH) pump capacities

• 10 to 60 PSI discharge pressures

In most heating systems, condensate, and sometimes steam, is trapped out of heaters, kettles, hot presses, molds, absorbers, and other equipment and drained to a return unit having given up some of its heat in the process. If a trap malfunctions, the condensate can be passed to the return unit at a much higher temperature causing the return unit to fail. When using Bryan Condensate Transfer Stations as the return unit, this problem is overcome because they are designed to eliminate cavitation at higher temperatures. In addition, Bryan Condensate Transfer Stations are designed to handle the higher load placed on them during cold starts and are supplied with reliable pumps that are designed to handle hotter water and develop higher pressures at lower speeds.

Bryan Condensate Transfer Stations are ideal for remote or non-accessible locations where unattended, dependable per- formance is essential.

Bryan Condensate Transfer Stations Features

Construction

Bryan Condensate Transfer Stations can be supplied for either simplex or duplex operations. Simplex units can be converted to duplex operations in the field if an upgrade is required for receivers larger than eight gallons. Users can specify either cast iron or 3/16 inch (4.8 mm) steel receivers with receiver capacities ranging from 8 to 50 gallons (30 to 189 liters). A safety reserve is provided in these capacities to

handle water at up to 10 psi (0.68 bar) above the selected discharge pressure. Safety venting to the atmosphere is re- quired. Units will deliver hot water at temperatures up to 200ºF (93ºC) and will not vapor bind at 210ºF (98ºC).

Electrical equipment is generally mounted at least 1 foot (0.305 m) above floor level for safety and to maintain pumping if flooding occurs.

Bryan Condensate Transfer units are supplied with an internal pump that operates at 1750 rpm. Pumps, which are mounted vertically on top of the receiver, are leak proof and easy to maintain.

Floats are set at the factory to provide about 2 inches (5.08 cm) of water level variation between start and stop. This insures frequent recycling and smaller condensate transfers at higher temperatures, thus improving overall efficiency of the boiler system.

Settings for both float switches and mechanical alternators can be field adjusted. All units can be provided with optional pressure gauges for the pump discharge. An optional thermom- eter can be provided for the receiver.

Electrical

Motor sizes range from 1/4 hp to 2 hp and operate at 1750 rpm. Operating voltages are 115/230 volt single phase or 230/460 volt three phase. Enclosed motors are available as an option. Electrical options are available. Consult your Bryan represen- tative for more information.

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Bryan Boilers Broile System manual Bryan Condensate Transfer Stations Features, Construction, Electrical
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Broile System specifications

Bryan Boilers is a recognized leader in the world of boiler manufacturing, and their Broile System represents a notable innovation in heating technology. This pioneering system is designed to cater efficiently to a variety of heating applications, particularly in industrial and commercial sectors.

One of the main features of the Bryan Boilers Broile System is its unique design that combines efficiency with flexibility. The system utilizes a forced draft, gas-fired boiler, ensuring that combustion air is delivered to the burner at a controlled rate, optimizing combustion efficiency. This feature not only enhances energy savings but also reduces emissions, making it a more environmentally friendly choice for businesses focused on sustainability.

The Broile System also boasts high-quality construction, employing durable materials that enhance longevity and reliability. The components are designed for ease of service, reducing downtime during maintenance. Innovative technologies such as modular design further enhance the system’s versatility, allowing for easy expansion based on specific heating demands. This adaptability is crucial for industries that face fluctuating thermal loads.

An essential characteristic of the Broile System is its advanced control technology, which allows for precise monitoring and management of the heating process. This system not only enhances operational efficiency but also provides critical data analytics that can help facility managers make informed decisions regarding energy use and overall system performance.

Bryan Boilers’ commitment to safety is evident in the Broile System. The unit includes built-in safety features such as flame monitoring and pressure relief mechanisms that help protect both operators and equipment. The system's design also adheres to industry standards and regulations, providing users with peace of mind.

Overall, the Bryan Boilers Broile System is distinguished by its combination of efficiency, reliability, and advanced technology. Its thoughtful design and robust features make it a top choice for businesses seeking dependable and effective heating solutions that support operational goals while adhering to environmental standards. The Broile System exemplifies Bryan Boilers' commitment to innovation and quality, making it an integral component of modern heating applications.
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