Appliance Design - January 2008 - (Page 20) SupplIEr SpotlIGht advertorial mEccaNotEcNIca SaINt-GobaIN umbra Spa IGNItEr proDuctS Via Giovanni Agnelli, 7/9 I-06042 Campello Sul Clitunno (PG) www.meccanotecnica.it • 0039 0743 2791 25 Meadowbrook Dr. • Milford, NH • 03055 www.igniterproducts.saint-gobain.com 603-673-2681 production units: Since March 2001 Since February 2006 Mecanotecnica do Brasil, Curitiba Meccanotecnica Umbra Qing Dao, PRC h Quality system according ISO 9001/ISO TS 16949. Environment Management System according ISO 14001. Certification by TŪV. From its foundation, MTU has created a Research and Development Group that projects the mechanical structure of all new products and defines the technical specifications of the sliding rings materials. The integrate production process starts with the preparation of the powders for the sliding rings whose process is entirely carried on inside MTU. R&D total costs around 4% of sales turnover. The R&D Group carries on their activities both independently and in collaboration with the University of Milano and of L’Aquila. MTU operates on three different markets: mechanical seals for automotive application, for household appliances and for industrial centrifugal pumps. n Enter 508 ot surface ignition (HSI) systems have been used in a variety of gas applications for over 30 years. During those 30 years, Saint-Gobain Igniter Products (makers of the original Norton igniter) has developed two igniter families to meet the demanding needs of these markets. Today, Saint-Gobain is a leading worldwide supplier of hot surface igniters for 12, 24, 120, and 208–240 volt control systems for the heating, range, dryer, commercial cooking, 12 volt equipment, and analytical markets. Ongoing partnerships with all control manufacturers ensure that Saint-Gobain igniters are designed to complement state-of-the-art control systems. As the needs of the world¬wide appliance and heating products market become more complex, Saint-Gobain’s R&D facilities located in Northboro, MA, continue to develop hot surface igniters to meet these market needs. Saint-Gobain supplies its igniters worldwide. Sales offices are located throughout North America, South America, Europe, and Asia. All Saint-Gobain igniters are made in and shipped from our two manufacturing plants located in Milford, New Hampshire, U.S.A. or our assembly facility in San Luis Potosi, Mexico. n Enter 509 20 applianceDESIGN January 2008 www.applianceDESIGN.com http://www.meccanotecnica.it http://www.igniterproducts.saint-gobain.com http://www.igniterproducts.saint-gobain.com http://www.meccanotecnica.it http://www.appliancedesign.com
Table of Contents Feed for the Digital Edition of Appliance Design - January 2008 Appliance Design - January 2008 Contents Editorial Shipments/Forecasts News Watch Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. External Gas Molding, a Relatively New Technique, Solves Many of the Challenges Associated with the Injection Molding of Large Plastic Parts. Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements Ethernet-Enabled Microcontroller Makes Networking Schemes Easier and More Cost Effective to Implement The Ever-Changing Array of Microcontroller Memory Options Makes it Imperative to Keep Abreast of What's Available to Determine the Optimal Choice for an Application. A Vast Range of Components and Finished Products will be Exhibited at the Country's Preeminent HVAC/R Show, AHR Expo, which is Scheduled for Jan. 22-24 in New York. Advertiser's Index Association Report: PRBA Appliance Design - January 2008 Appliance Design - January 2008 - (Page Intro) Appliance Design - January 2008 - Appliance Design - January 2008 (Page Cover1) Appliance Design - January 2008 - Appliance Design - January 2008 (Page Cover2) Appliance Design - January 2008 - Appliance Design - January 2008 (Page 1) Appliance Design - January 2008 - Appliance Design - January 2008 (Page 2) Appliance Design - January 2008 - Contents (Page 3) Appliance Design - January 2008 - Contents (Page 4) Appliance Design - January 2008 - Editorial (Page 5) Appliance Design - January 2008 - Shipments/Forecasts (Page 6) Appliance Design - January 2008 - Shipments/Forecasts (Page 7) Appliance Design - January 2008 - News Watch (Page 8) Appliance Design - January 2008 - News Watch (Page 9) Appliance Design - January 2008 - News Watch (Page 10) Appliance Design - January 2008 - News Watch (Page 11) Appliance Design - January 2008 - News Watch (Page 12) Appliance Design - January 2008 - News Watch (Page 13) Appliance Design - January 2008 - News Watch (Page 14) Appliance Design - January 2008 - News Watch (Page 15) Appliance Design - January 2008 - News Watch (Page 16) Appliance Design - January 2008 - News Watch (Page 17) Appliance Design - January 2008 - News Watch (Page 18) Appliance Design - January 2008 - News Watch (Page 19) Appliance Design - January 2008 - News Watch (Page 20) Appliance Design - January 2008 - News Watch (Page 21) Appliance Design - January 2008 - News Watch (Page 22) Appliance Design - January 2008 - News Watch (Page 23) Appliance Design - January 2008 - News Watch (Page 24) Appliance Design - January 2008 - News Watch (Page 25) Appliance Design - January 2008 - News Watch (Page 26) Appliance Design - January 2008 - News Watch (Page 27) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 28) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 29) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 30) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 31) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 32) Appliance Design - January 2008 - Makers of Commercial Refrigeration Equipment Turn to Variable-Speed Motors to Improve Energy Efficiency. (Page 33) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 34) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 35) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 36) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 37) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 38) Appliance Design - January 2008 - New Motor Design and Control Scheme Makes Brushless Motors More Economically Feasible for a Wider Range of Applications. (Page 39) Appliance Design - January 2008 - External Gas Molding, a Relatively New Technique, Solves Many of the Challenges Associated with the Injection Molding of Large Plastic Parts. (Page 40) Appliance Design - January 2008 - External Gas Molding, a Relatively New Technique, Solves Many of the Challenges Associated with the Injection Molding of Large Plastic Parts. (Page 41) Appliance Design - January 2008 - External Gas Molding, a Relatively New Technique, Solves Many of the Challenges Associated with the Injection Molding of Large Plastic Parts. (Page 42) Appliance Design - January 2008 - External Gas Molding, a Relatively New Technique, Solves Many of the Challenges Associated with the Injection Molding of Large Plastic Parts. (Page 43) Appliance Design - January 2008 - Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. (Page 44) Appliance Design - January 2008 - Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. (Page 45) Appliance Design - January 2008 - Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. (Page 46) Appliance Design - January 2008 - Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. (Page 47) Appliance Design - January 2008 - Plastic Housings Offer Many Benefits: EMI Protection Isn't One of Them. But, New Materials and Techniques are Solving that Problem. (Page 48) Appliance Design - January 2008 - Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements (Page 49) Appliance Design - January 2008 - Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements (Page 50) Appliance Design - January 2008 - Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements (Page 51) Appliance Design - January 2008 - Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements (Page 52) Appliance Design - January 2008 - Choosing the Optimal Strategy for Effective EMI Shielding Depends on Both Mechanical and Electrical Requirements (Page 53) Appliance Design - January 2008 - Ethernet-Enabled Microcontroller Makes Networking Schemes Easier and More Cost Effective to Implement (Page 54) Appliance Design - January 2008 - Ethernet-Enabled Microcontroller Makes Networking Schemes Easier and More Cost Effective to Implement (Page 55) Appliance Design - January 2008 - Ethernet-Enabled Microcontroller Makes Networking Schemes Easier and More Cost Effective to Implement (Page 56) Appliance Design - January 2008 - The Ever-Changing Array of Microcontroller Memory Options Makes it Imperative to Keep Abreast of What's Available to Determine the Optimal Choice for an Application. (Page 57) Appliance Design - January 2008 - The Ever-Changing Array of Microcontroller Memory Options Makes it Imperative to Keep Abreast of What's Available to Determine the Optimal Choice for an Application. (Page 58) Appliance Design - January 2008 - The Ever-Changing Array of Microcontroller Memory Options Makes it Imperative to Keep Abreast of What's Available to Determine the Optimal Choice for an Application. (Page 59) Appliance Design - January 2008 - A Vast Range of Components and Finished Products will be Exhibited at the Country's Preeminent HVAC/R Show, AHR Expo, which is Scheduled for Jan. 22-24 in New York. (Page 60) Appliance Design - January 2008 - A Vast Range of Components and Finished Products will be Exhibited at the Country's Preeminent HVAC/R Show, AHR Expo, which is Scheduled for Jan. 22-24 in New York. (Page 61) Appliance Design - January 2008 - A Vast Range of Components and Finished Products will be Exhibited at the Country's Preeminent HVAC/R Show, AHR Expo, which is Scheduled for Jan. 22-24 in New York. (Page 62) Appliance Design - January 2008 - Advertiser's Index (Page 63) Appliance Design - January 2008 - Association Report: PRBA (Page 64) Appliance Design - January 2008 - Association Report: PRBA (Page Cover3) Appliance Design - January 2008 - Association Report: PRBA (Page Cover4)
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