Marlo Heat Transfer Solutions Datasheets for Heat Exchangers
Heat exchangers are commonly used in a wide variety of industrial, chemical, and electronics processes to transfer energy and provide required heating or cooling.
Heat Exchangers: Learn more
| Product Name | Notes |
|---|---|
| Condenser coils for use with most refrigerants. Our refrigeration coils include evaporator and condenser coils. With heat transfer surface areas similar to our fluid coils, direct expansion evaporator coils also... | |
| Direct expansion evaporator coils for use with most refrigerants. Our refrigeration coils include evaporator and condenser coils. With heat transfer surface areas similar to our fluid coils, direct expansion evaporator... | |
| DRS Marlo Coil has more experience with coils over a wider variety of applications than anyone in the industry. Our AHRI coils are available for hot water, chilled water or... | |
| Featuring brass end caps on tube ends that allow access to the interior of the coil for cleaning. These coils are typically applied in environments where sediment or foreign materials... | |
| Industrial processes often require heat transfer coils with features that exceed commercial HVAC coils. DRS Marlo Coil's industrial coils are available in a wide range of special materials and thicknesses... | |
| Shell and Tube heat exchangers typically have round housings for use with higher pressures on the air, refrigerant or gas side. Water is passed through tube bundles that are placed... | |
| Similar to our standard water coils. However, the core on a “P” coil is pitched within the casing and auxiliary drain headers are used to ensure fast and complete drainage... | |
| Standard water coils typically consisting of multiple rows and circuits. Fluid coils are available for chilled water, hot water, glycol and special fluid applications. | |
| Steam coil utilizing 0.625” diameter outer tubes with 0.375” inner steam distributing tube. Steam coils can be configured with either a continuous straight-through steam path or distributing type with inner... | |
| Steam coil utilizing 0.625” diameter tubes and a straight through steam path. Steam coils can be configured with either a continuous straight-through steam path or distributing type with inner and... | |
| Steam coil utilizing 1.0” diameter tubes and a straight through steam path. Steam coils can be configured with either a continuous straight-through steam path or distributing type with inner and... | |
| Steam coil utilizing 1.0” diameter tubes with 0.625” inner steam distributing tube. Steam coils can be configured with either a continuous straight-through steam path or distributing type with inner and... | |
| Steam coil with straight thru design featuring inner steam tubes which are supplied from both ends of the coil and utilizing a single condensate header. A crossover header is provided... | |
| The Marlo Stratomizer® Dampered Face and Bypass Coil provides the most reliable method of preheating and tempering fresh outside air while maintaining full steam pressure or hot water flow to... | |
| The removable box is ideal for high-sediment fluid environments, such as river or lake water. Removing the headers exposes all of the tubes for easy inspection or cleaning. Fluid coils... | |
| Turbine inlet cooling systems condition the incoming air to a lower temperature increasing air density and mass flow rate. The process restores the performance of the turbine to its peak... |