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	Heatcraft Heat Transfer Products
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Comfort knows no boundaries. It is understood in every language and every culture. Whether it's warming homes in the Czech Republic or refrigerating milk in China, heat transfer technology improves our lives. And for nearly half a century, Heatcraft has played a major role in developing and manufacturing custom heat transfer products for the HVACR, Commercial, Industrial, Telecommunications, Transportation, and Replacement markets.

Over the past 50 years we have expanded our product offerings to accommodate nearly any heat transfer application. We've focused on the continuous improvement of our engineering and technical resources through research and development programs and advanced coil selection software.

Our products are custom engineered to meet your requirements. We utilize many types of materials - copper, aluminum, stainless, carbon steel and admiralty brass – to produce the heat transfer product that best fits your need.

Specifications

Products		Fluid Coils: Cooling applications are most commonly used in chilled fluid systems for comfort conditioning of a forced air stream and in process systems for dehumidification processes. A large variety of drainable circuiting options makes this a good choice for most general heat transfer applications. For use with water, glycols, brines, thermal oils or ammonia. Desaturation Coils: TWO COILS IN ONE. A combination cooling/reheat coil in one common case that will both dehumidify the air and reheat that same air to the desired leaving air temperature and humidity level in low comfort cooling applications such as hospitals, clean rooms, and science or research laboratories. A single supply and return connection is used thus saving end users and installing contractors’ significant equipment, piping and labor costs. One coil is required thus saving the end user the cost of purchasing a second coil. Also, potential reduction in APD. WPD = Reduced Hp=Energy Savings = Bottom Line Dollar Savings. Hot Water Coils: Heating applications are most commonly used in hot fluid systems for comfort conditioning of a forced air stream and in process systems for drying processes. The collection header design with internal baffles provides circuiting flexibility while eliminating the need for return bends, while the splayed header design uses return bends for circuiting in lieu of a collection header. The term "splayed" means that the coil headers are offset outward from the coil tubes. The splayed header coil always has same end connections. Cleanable Fluid Coils: Cleanable applications are commonly used where mechanical cleaning of the coil tubes is required. One and two row coils are furnished with removable brass threaded plugs on either or both ends. Multi-row coils utilize a removable steel head plate in lieu of coil headers. This plate contains baffles to provide coil circuitry and is removable for easy access to coil tubes. Cleanable options include cleanable from the supply connection end, cleanable from the end opposite the supply connection, or cleanable from both ends. Steam Coils: Standard or steam distributing construction is available for high and low pressure applications. Standard steam type is the basic 5/8" or 1" tube steam coil, known as the single tube design. The steam supply and condensate return headers and connections are normally at the opposite ends of the coil. Uniform steam distribution to each of the coil core tubes is accomplished by proper header assembly design. The steam supply connection should be located in the center of the header, with a perforated plate type baffle located directly behind this connection. Properly sized orifices are located in each of the core tube entrances into the header. Steam distributing 5/8" and 1" tubes are the "freeze resistant" coils, known as the dual-tube design. It is important to note that any steam coil can freeze when exposed to freezing temperatures without the proper condensate drainage! This coil design utilizes a smaller inner tube, with precisely spaced, directional, orifice type perforations. This is to help direct condensate flow to the return header. The steam supply, condensate return headers, and connections may be fabricated as a same-end or opposite end orientation. When made as same end connected, the header appears as a single large header, but is actually two headers in one. Compartmentalizing the header serves multiple functions. As well as the supply and return, this compartmentalizing has the inner steam supply header warming the condensate return, and allows same end connected single and two row coil construction. This eliminates the unwanted core tube return bends on a steam coil. Evaporator Coils: Single, dual or quad compressor circuits allow precise capacity control. Unique interlaced circuiting options assure uniform refrigerant distribution over the entire face area of the coil. Wide fin spacing availability reduces the effect of frost build up on low temperature applications. For use in central systems or duct applications. Condenser Coils: Coil construction is available for Condenser, Desuperheater, and Reheat applications. Applications: Condenser - This coil takes the superheated vapor from the compressor and cools that vapor down to saturation. It then completely condenses all of the vapor into liquid, and continues to subcool the resulting liquid to a desired temperature below saturation. Reheat - This is a hot gas reheat coil which takes the superheated vapor from the compressor and cools the vapor down to saturation. It then continues to condense a requested percentage of that vapor to a liquid. Desuperheater - This coil takes the superheated vapor from the compressor and cools that vapor down to a requested temperature above saturation. Booster Coils: Duct-mounted reheat coils which are used in general heating applications. Booster coils are provided with a variety of casing configurations including fully flanged, slip and drive or end plates only. Stock Coils: Our HC (in-stock) coil line consists of 74 different size coils and two case styles. This heavy duty multipurpose coil is available in most popular duct sizes. It is fully cased for use in central systems or duct applications. Tube Bundles: Replacement tube bundles for heat exchanger equipment can be constructed for liquid-to-liquid or steam-to-liquid applications. The bundles can be used for applications including industrial processes and commercial water heating or cooling. The tube bundles are built from 10- or 20-gauge copper or cupronickel tubes, carbon steel, or brass tube sheets. The tube bundles are available with a lead time of about 10 working days. A company representative can measure the bundles at the site or can cross-reference them if the OEM’s model number is known. MARC Unit: Modular Auxiliary Removable Coil Unit The M.A.R.C. holds any of the coil types that we manufacture. All seams are sealed with silicone and weather-stripping to ensure a leak-free case. What makes the M.A.R.C. different from any other cased coil unit, is: Good application for tight spaces or small door access where modular construction would be required (cruise ships). Addition of heating /cooling to make-up air units Auxiliary/supplemental heating or cooling

Solutions		With nearly 70 unique fin designs, a variety of tube sizes, and a wide assortment of construction materials, we are well equipped to design a custom product for virtually any application. Additionally, we have surfaces in I-P (Inch-Pound) and S-I (Systeme Internationale) patterns to accommodate most regional measurement standards. Our focus on quality has always been relentless. We are dedicated to the continuous improvement of all our processes, from order entry, to brazing, to leak testing, and shipping. We strive to uphold the integrity of our name as well as the rigorous standards set by institutions such as UL, ARI and ISO9000. Lincoln Associates is available to assist you with your custom coil needs. Computer selection software is used to provide quick response to your heat transfer requirement. Field measurement is offered to provide further assistance to our customers.

Applications		Air Compressor Cooling Archives Chemical Process Cooling Clean Rooms Commercial Cruise Ships Dry Cleaners Electric Products Environmental Testing Chambers Food & Beverage Food Processing Food Storage Hospitals Libraries Machine Shops Manufacturing Facilites Museums Oil Cooling Pulp & Paper Schools & Universities Textile Industry Welding Machinery

Customers		Bekaert Wire Brown & Williamson Browns Ferry Nuclear Plant Capital City Club Chattahoochee Country Club Coca Cola Graham Packaging Lake Hartwell Dam Mohawk Carpets North GA Technical College OFS Brightwave Park Ridge Hospital Print Pack Saturn Plant Shaw Industries Southern Biosystems Suntrust Bank Vanderbilt University Warner Robins AFB Watts Bar Nuclear Plant Westinghouse ABB Woodruff Arts Center YKK Zipper

Brochures		Heatcraft Coil Flyer Heatcraft Coils Heatcraft Desaturation Heatcraft Product Brochure Heatcraft MARC Coils Heatcraft Thermostatic Air Vent

Case Studies		Case Study - Brown Williamson Case Study - Graham Packaging Case Study - Lake Hartwell Dam Case Study - McKenney Woodruff Arts Center Case Study - Saturn Automobile Plant Case Study - Sears Tower Case Study - Success on the Job Case Study - Suntrust Bank Case Study - Westinghouse ABB Case Study - YKK

IOM Manual		Heatcraft IOM Manual Evaporator Coil Heatcraft IOM Fluid Coil Heatcraft IOM Manual Steam Coil

Technical Data		Certified Drawing - 1 & 2 Row Hot Water Certified Drawing - Booster Certified Drawing - Cleanable Fluid Certified Drawing - Condenser Heat Reclaim Certified Drawing - Desaturation Certified Drawing - Drain Pan Certified Drawing - Evaporator Certified Drawing - Fluid Certified Drawing - MARC Certified Drawing - Mist Eliminator Certified Drawing - Standard Steam Certified Drawing - Steam Certified Drawing - Tube Bundle Coil Heatcraft Desaturation Coil Commentary Resources - Purchase Coil Specifications

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Heatcraft Heat Transfer Products

Products

Solutions

Applications

Customers

Brochures

Case Studies

IOM Manual

Technical Data