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  • Selecting SCR Power Controllers to Reduce Heat Control System Panel Costs
    Whether building control panels for internal use or a paying customer, controlling cost always is a major concern. With fully burdened labor rates as high as $75 an hour, assembly and installation times must be held to a minimum. Of course, the cost of enclosures, wire, and other parts must also
  • Control & Monitoring of Heat Distribution
    and control key system points like boiler rooms and heat transfer stations, and the remote heat meters at customer locations must be able to report their data to the invoice processing software in the central office
  • Control and Monitoring Prague's Heat Distribution
    and control key system points like boiler rooms and heat transfer stations, and the remote heat meters at customer locations must be able to report their data to the invoice processing software in the central office.
  • White Paper: Using Humidity Control in Heat Processing
    Often, it's necessary to do more than simply adding heat to a product to achieve the desired result in heat processing applications. Sometimes it's beneficial to increase and control the relative humidity to reduce the drying effect of convection heating. This article explains the techniques
  • More light, less heat
    with an unprecedented degree of precision. By selectivelyremoving the hydrogen atoms from the ends of nanowires, it should be possibleto control and direct their growth, which currently is a random process. Driving chemical reactions along nonthermal pathways is another potentialapplication. When a molecule heats up
  • Managing Heat Transfer With Potting Compounds
    and require additional power to operate. Molded plastics are used in place of metal enclosures due to cost control and weight savings. In most cases, these plastics are not as effective at transferring heat away from its source. Thermally conductive potting compounds are an effective way to control
  • Induction Heat Treatment of Steel Bars
    Treating steel bars in order to enhance torsion characteristics, reduce alloy components, etc. has long been a well-known process. One traditional treatment process involves using continuous furnaces. However, the use of. continuous furnaces makes it extremely difficult to control and monitor
  • New meaning for sticky summer heat
    High temperatures and humidity can wreak havoc on assemblies bonded with pressure-sensitive adhesives. During each manufacturing step of the release liner, and the creation of the pressuresensitive adhesive system, it is necessary to minimize the applied heat the paper sees and to remoisturize
  • 5 Fundamental Rules for Designing Efficient Heat Transfers
    Considering these basic rules for designing thermal heat transfers will expand a project's productivity, enhance your process, and diminish energy loss. An electric heater can distribute heat where needed and when connected with a properly placed thermocouple will ensure control in your process
  • Heat Provides Effective Control of Insects in Stored Grain Products
    Methyl bromide has been a very important fumigant for control of insects, ranging from soil nematodes to flour beetles found in grain mills. However, this chemical is one that contributes to atmospheric ozone depletion, and the Montreal Protocol has mandated its phase-out. By 2005, developed
  • Validating Medical Heat Sealers: Process Control that Goes Beyond Time, Temperature, and Pressure
    Packaging plays a vital role in assuring the sterility of. medical devices and instruments from manufacture. to point of use. Applying effective heat seals to the. package of terminally sterilized medical devices is. arguably the most critical step to ensure the aseptic. presentation of a product
  • Controlling a Heat-Sealing Process That Takes Less Than 1 Second
    A medical manufacturer needed to find a way to control the heat sealing of plastic bags and pouches containing sterilized supplies. If the sealing equipment did not apply enough heat, a hermetic seal would not be achieved. If the equipment applied too much heat, the plastic would discolor and even
  • Inhibited Glycol-Based Heat Transfer Fluids for Food Applications (.pdf)
    Inhibited glycol heat transfer fluids are widely used in the food industry for chilling and freezing food and beverage products. These applications include immersion freezing, cooling liquid foods and fermentation cooling. Inhibited glycols are also used to defrost equipment and dehumidify

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