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Find parts, products, suppliers, datasheets, and more for:
Ambient Temperature Heat Exchanger
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Heat exchangers are commonly used in a wide variety of industrial, chemical, and electronics processes to transfer energy and provide required heating or cooling.
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Supplier: Rittal CorporationDescription: The air of the enclosure interior may be cooled to below the level of the external temperature by using air/water heat exchangers with a central chiller system. Dust is unable to penetrate the enclosure. The waste heat from the enclosure does not raise the temperature of the ambient air, provided
- Applications: Other
- Type: Air-Cooled
- Primary Exchanger Material: Copper
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Supplier: Haewa CorporationDescription: Used in high ambient temperatures, contaminated environments, air to water
- Applications: HVAC
- NEMA Rated: Yes
- Type: Other
- Primary Exchanger Material: Aluminum, Copper
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Supplier: Thermal Edge, Inc.Description: is a closed loop cooling system which employs the heat pipe principal to exchange heat from an electrical enclosure to the outside. Where ambient temperatures are suitable for heat pipes, they are the most efficient method of cooling as the waste heat is the engine which drives the system. The only
- Applications: Chemical Processing, Food and Beverage Processing, Other
- NEMA Rated: Yes
- Type: Air-Cooled, Other
- Primary Exchanger Material: Aluminum
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Supplier: Rittal CorporationDescription: Rittal’s air/air heat exchangers are perfect for environments where the ambient air temperature is at or below the desired interior temperature of the enclosure. Two separate air circuits prevent dust and pollutants present in the ambient air to ingress the enclosure interior.
- Applications: Other
- Type: Air-Cooled
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Supplier: Rittal CorporationDescription: Rittal's wallmount air-to-air heat exchangers are ideal for dissipating heat from applications where the internal enclosure temperature is greater than ambient conditions and the external environment contains large amounts of contaminants such as dust. The heat exchanger will cool your components
- Applications: Electronics / Power Supply Cooling, Other
- NEMA Rated: Yes
- Type: Air-Cooled
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Supplier: AD Products Co.Description: Model CC254I-115 Specifications: Efficiency (Watts/°C): 16.5 Rating (BTU/hr): 1,100** Voltage: 115 Hz: 50/60 Amps @ 115V: 0.4 Number of Fans & Size: 2 (4”) UL Listed (SA9567) Heat Exchanger Overview: Cools electronics down to slightly above outside ambient
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Supplier: Atos / Fluid Power Associates, Inc.Description: of the various oil flows; to calculate the quantity of heat which the various exchangers can dissipate is sufficient multiply this specific heat dissipation by the difference between the desired oil temperature and the ambient summer air temperature. Particular care should be taken in the choice
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Supplier: DelphiDescription: ; Heat Pump Coil design will allow it to operate efficiently in both condensing (cooling) and evaporating (heating) modes. In heating mode, the heat pump coil is designed to operate in temperatures ranging from sub-freezing up to 60°F (15°C). In situations where the ambient temperature is only
- Applications: HVAC
- Type: Shell and Tube
- Primary Exchanger Material: Aluminum
- Connection Type: Tubular / Tube Fitting
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Supplier: Noren Products, Inc.Description: Below ambient cooling model compact heat exchanger. Air-to-water unit removes waste heat from sealed electrical panels and enclosures, even to below ambient temperature, depending on the temperature of the water supply. The design dissipates heat from sensitive electronic components without
- Applications: Electronics / Power Supply Cooling, Food and Beverage Processing, Oil Heating / Cooling, Other
- NEMA Rated: Yes
- Type: Air-Cooled
- Primary Exchanger Material: Aluminum, Stainless Steel
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Supplier: Pfannenberg Inc.Description: Features/Benefits Maintenance-free Use where ambient temperatures are high or environment is aggressive. Compact design, High airflow rate Complete outside or inside cabinet installation Thermostat and solenoid valve for temperature control Integrated temperature monitioring Sealed
- Applications: Aerospace, Electronics / Power Supply Cooling, Food and Beverage Processing, HVAC, Oil Heating / Cooling, Marine / Shipboard, Other
- NEMA Rated: Yes
- Type: Air-Cooled
- Primary Exchanger Material: Steel
Featured Products for Ambient Temperature Heat Exchanger Top
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constraints. The critical design factors for an air-to-air heat exchanger application are: The airflow rate of each air stream. The temperature of each air stream. The permissible pressure drop of each air stream. The desired heat to be transferred or the air temp. exiting the heat exchanger. Anguil will review this information and analyze your application with our Heat Exchanger Performance Modeling Program. This program allows us to: Model temperatures from ambient up to 1,800°F (980°C). Model airflow... (read more)Browse Heat Exchangers Datasheets for Anguil Environmental Systems, Inc. -
Rittal's wallmount air-to-air heat exchangers are ideal for dissipating heat from applications where the internal enclosure temperature is greater than ambient conditions and the external environment contains large amounts of contaminants such as dust. The heat exchanger will cool your components while protecting them from dirt and dust outside the enclosure. (read more)Browse Heat Exchangers Datasheets for Rittal Corporation
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Engineered & manufactured to endure the most difficult of environments and applications. Thermal Edge air conditioners will exceed environmental requirements in applications like Steel, Food Processing, Petro-Chemical, Cement, Paper & Pulp and Plastics. The Thermal Edge Air to Air Heat Exchanger is a closed loop cooling system which employs the heat pipe principal to exchange heat from an electrical enclosure to the outside. Where ambient temperatures are suitable for heat pipes... (read more)Browse Heat Exchangers Datasheets for Thermal Edge, Inc.
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Performance Modeling Program. This program allows us to: Model temperatures from ambient up to 1,800°F (980°C). Model airflow rates from 100 to 100,000 SCFM. Perform a boundary layer analysis for your application. Adjust the tube thickness and spacing of your heat exchanger to maximize performance... (read more)Browse Heat Exchangers Datasheets for Anguil Environmental Systems, Inc.
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Pfannenberg produces a full line of UL-Listed air/water heat exchangers for thermal management of electrical and electronic enclosures used in a wide variety of industries. Pfannenberg offers side mount heat exchangers for complete outside or inside cabinet installation ranging from 950W to 5000W of cooling capacity. PWS Series Units reduce paperwork and cost, provide maintenance-free operation, and can handle high ambient temperatures. Type 12/3R/4 for Indoor/Outdoor or Type 4X stainless steel... (read more)Browse Heat Exchangers Datasheets for Pfannenberg Inc.
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Pfannenberg produces a full line of UL-Listed air to water heat exchangers for thermal management of electrical and electronic enclosures used in a wide variety of industries. Pfannenberg offers side mount heat exchangers for complete outside or inside installation ranging from 950W to 5000W of cooling capacity. PWS Series Units reduce paperwork and cost, provide maintenance-free operation, and can handle high ambient temperatures. Type 12/3R/4 for Indoor/Outdoor or Type 4X stainless steel... (read more)Browse Heat Exchangers Datasheets for Pfannenberg Inc.
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Pfannenberg USA produces a full line of UL-Listed air/water heat exchangers for thermal management of electrical and electronic enclosures used in a wide variety of industries. Pfannenberg offers side mount heat exchangers for complete outside or inside cabinet installation ranging from 950W to 5000W of cooling capacity. These new PWS Series Units reduce paperwork and cost, provide maintenance-free operation, and can handle high ambient temperatures. Type 12/3R/4 for Indoor/Outdoor or Type 4X... (read more)Browse Heat Exchangers Datasheets for Pfannenberg Inc.
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thresholds of the electronics required that the temperatures be below ambient conditions. - Now, however the components are made to with stand more heat. Air conditioner units cost more to install and maintain and use more energy than most other options. The use of thermostats is common to regulate the operation of use in certain conditions. Finally you have the heat exchangers or cabinet coolers. These devices are being used more and more because of the energy savings and low maintenance. Most heat... (read more)Browse Industrial Enclosures Datasheets for Noren Products, Inc.
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the outside ambient air temperature with our air-to-air models, or install one of our air-to-water units for below ambient cooling. Maintain a NEMA 12 air and dust tight seal with standard models. NEMA 3R, 4 or 4X can be maintained with other models. Air is circulated inside the cabinet to keep hot spots from forming. Flange and neoprene gasket keep contaminants out - ideal for dusty and dirty environments. No outside air enters the enclosure - EVER!. NEMA 4/4X models include wash down fans, allowing... (read more)Browse Heat Exchangers Datasheets for Noren Products, Inc.
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tubing surface and ambient temperatures and then calculating the internal temperature necessary to maintain the heat balance. (read more)Browse Temperature Sensors Datasheets for Exergen Corp.
Conduct Research Top
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Heat Exchangers
temperatures to 300°F, although the actual temperature difference between oil and water should not exceed 200°F. Special units are available to operate at pressures to 300 psi. Liquid-to-air heat exchangers transfer heat from hydraulic fluid to ambient air. Working much like an automobile radiator
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Sizing a Heat Exchanger for Cold Plate Applications
. We are just left with the desired surface temperature of the cold plate, as well as the temperature of the ambient air that is cooling the heat exchanger, and the performance is fully characterized by the thermal resistances of the cold plate and the heat exchanger. Therefore, we no longer have
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Fundamentals of Heat Transfer
of density differences resulting from the temperature differences in the fluid." 10 An example of free convection is the loss of heat into ambient air via the fins of a heat exchanger. If a fan is used to circulate the air over the heat exchanger fins, this becomes an example of forced convection
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APPLY SOLAR SHIELDING TO LESSEN HEAT LOAD, PROTECT ENCLOSURE COMPONENTS
The temperature rise inside an enclosure above outdoor ambient is caused by internal equipment heat dissipation and solar energy absorption. Some common thermal management solutions for enclosures include air conditioners, heat exchangers, ventilation and color when evaluating solar loading
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The Relative Merits and Limitations of Thermal Fluid, Electric and Steam Heat Tracing Systems
systems are not often listed when energy. developed in the early 1950's but were intended as a. reduction initiatives are being considered. However,. means to increase, not reduce the heat transfer rate of. when viewed from the perspective of how many me-. steam tracers. Ambient changes alone were
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IR Survey Pinpoints Air-Curtains Heat Distribution Problems and Slashes $34,000 from New Jersey Bulk Mail Center Utility Bill
if the heat-exchanger piping and valves were operating correctly and spot -check ambient. temperatures in the surrounding areas. Our initial survey showed that the solenoid valves were closed and. the dampers vanes were forced-closed. Even though we opened the damper-vanes and reactivated solenoid. valves, overall
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Portable Leak Detection Instrument Improves Heat Rate at Electric Power Plant.
are not the most pleasant environments to work in,. with an ambient temperature of 100º-105º F and a 99.99 relative humidity. It can be a. stressful experience and heat exhaustion is not uncommon. Using Ultrasonic leak. detectors has allowed Seminole and the maintenance personnel to get into the waterbox
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Hot tips for cool enclosures
exchangers use the counterflow principle. High-powered fans force two separate air circuits through the heat-exchanger cassettes. Separate air circuits keep dust out of the enclosure. They are also used where the ambient temperature is lower than the enclosure temperature, and have performance
Engineering Web Search: Ambient Temperature Heat Exchanger Top
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Heat pump - Wikipedia, the free encyclopedia
Similarly, the fluid must reach a sufficiently low temperature when allowed to expand, or heat cannot flow from the cold region into the fluid, i.e.
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Geothermal heat pump - Wikipedia, the free encyclopedia
A geothermal heat pump, ground source heat pump (GSHP), or ground heat pump[1 is a central heating and/or cooling system that pumps heat to or from
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Device for Cool Drying - Patent application - comprising a...
Device for cool drying comprising a heat exchanger having as a primary part a vaporizer of a cooling circuit which also comprises a compressor which
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Method, Apparatus, System And Heat Exchanger For Increasing...
1. A method for increasing the temperature of a substance in a container, where the substance is initially in an at least partly solidified state and
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Welcome to Therm Omega Tech Inc!
Ambient Temperature Control Valves Custom Valves and Actuators
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The Fundamentals of Heat Exchangers
In Specific heat relates the industry, heat exchangers quantity of transferred heat perform many tasks, rang- Figure 1. Coil heat exchangers are
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Proceedings of the Renewable and Advanced Energy Systems for...
account for the generator's internal heat exchanger, system pressure of 4 bar, a condenser/absorber temperature of another control volume is
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MODELING AND ANALYSIS OF THE AIR COOLED AMMONIA-WATER TRIPLE...
and Alvarado, 1996). The relevant design for heat to flow from the solution streams to the temperature sink variables are identified and used to
