To assist with Specifications Toshiba’s highly qualified Projects team are dedicated to assisting Consultants, End Users and Contractors on all aspects including the selection and application of Toshiba equipment - however complex. Utilising AutoCAD software, the best products are selected to ensure the ideal system in terms of indoor air quality, user comfort, performance and energy efficiency. 2D drawings can be created to illustrate the system, equipment and pipework layouts and mechanical and electrical schematics. Working drawings can be sent directly to Projects via a dedicated email address. All CAD drawings are carefully checked to give the reassurance that selections and layouts offer the most practical indoor and outdoor pipe run location, sizes and air distribution for every application. The Toshiba Projects team are dedicated to providing a first class service to save Specifiers and Installers man hours and provide support on projects no matter how complex.

For all Projects enquiries, please contact: Toshiba UK Pre-Sales Team onTemtrol Saves Time and Money with SYNTHESIS HVAC Temtrol, an Oklahoma manufacturer of commercial and industrial air handling units and heat transfer coils, produces equipment tailored forSeldom are two units alike, a fact that could be a designTo prevent that, Temtrol has a parametric computer-aided design (CAD) system that controls the many design variations dealt with by engineering. Recently, companies involved in the air handling industry have begun to prepare individual equipment drawings to scale to make them more than simply representations of the unit being produced. The generic drawing, with dimension blocks, is no longer acceptable to customers. Because of this demand, Temtrol automated its engineering department two years ago, starting with the simultaneous installation of AutoCAD-from Autodesk of Sausalito, CA--and a parametric design system called SYNTHESIS, a

product of SYNTHESIS in Bellingham, WA. The parametric design system operates in the AutoCAD environment using a set of master drawings together with design sheets that enable it to produce exact scaled drawings for each component. This is done by rescaling a series of master drawings based on information obtained from answers to on-screen prompts. Since starting the use of AutoCAD the company noticed other companies—some of which were its competitors—using block libraries compiled over a period of years to produce drawings. Although Temtrol did not consider itself expert with AutoCAD, there is considerable advantage to being able to dispense with such libraries and draw a shape just once, in no particular scale, and then use it to produce literally hundreds of variations of the original drawing. Most of the programming required to run the parametric system is in the form of SpecSheets that assemble information required to generate the new

The amount of programming depends on the extent of support given to the design package and the nature of the product being designed. 84 Inch Long Fabric Shower Curtain LinerSYNTHESIS works especially well forSilver Lab Puppies For Sale In Jackson Ms designers who are non-programmers because the design files are easy to write.Fiocchi T Shirts At present, Temtrol has 85 design files and 78 masterThe number of different designs possible from this base is almost unlimited. From concept through bidding to the final submitted package, Temtrol provides 90 percent of its customers with scaled or proportional drawings consisting of plan and elevation views. As the company has grown, the number of preliminary and submittal drawings has increased dramatically.

Currently, three people are producing material on the computer; without synthesis, it would be difficult to meet the increasing demands for unit drawings unless two or three full-time drafters were added. Currently a Visual Basic front end is being added toThis Graphic front end is an event controlled interface. that you select graphically from a menu of options for engineering, layout, components (filters, fans, coils, heaters, etc.) The front end launches several processes and creates a symbolic meta file of the assembled HVAC unit on the screen. When done configuring the specifics of the HVAC unit, SYNTHESIS then takes the information in a GOVERNOR file format (ASCII) to generate a set of drawings for sales/submittal purposes. The next step for Temtrol will be to also generate all of the shop drawings for each unit (sometimes up to 200 drawings). These drawings will be used for NC use for shearing and punching and bending. About 90 percent of all submittal and preliminary

drawings start life on the AutoCAD/SYNTHESIS system with each computer-generated drawing reaching about 80 percent completeness. Title blocks, notes and minor adjustments are all done with AutoCAD alone. As a result, four to five drawings, depending on their complexity, are produced in the time it would take a drafter to do just one by hand. The CAD system has helped Temtrol reduce the probability of mistakes and increased overall production efficiency. For example, scaled drawings have resulted in a drastic reduction in mistakes on the shop floor. records have been kept, it is estimated as much as 60 percent of production errors have Mr. Jeff Forman, marketing manager and SYNTHESIS expert.Horizontal Air Handler Basic (AH-B) The Horizontal Basic Belt-Driven Air Handler (AH-B) draw-through designs are available for either indoor or outdoor applications and are equipped with blowers that can handle up to 3.75 ESP.  The AH-B is housed in heavy-gauge galvanized cabinet and insulated with ½-inch thick, over three pound, neoprene-coated fiberglass. 

The AH-B comes with a ½-inch OD copper tube coil, forward-curved, dynamically balanced belt-driven blowers, motor, and a galvanized steel, powder-coated epoxy drain pan insulated with ⅛-inch thick insulation.   A flat filter section, with a two-inch, 30% pleated efficiency filter is included.   Access doors are located on both sides of the unit for easy maintenance.   Supply and return-air openings have a one-inch duct collar. COOLING CAPACITYHEATING PERFORMANCEAH-B Horizontal Basic Notes: 1) Based on 80°F DB and 67°F WB EAT, 45°F EWT, 10°F temperature rise, high fan speed. Motor voltage 115/1/60 power source. Air flow under dry coil conditions. Water pressure drops shown in feet of water. Notes: 1) Based on 70°F DB EAT, 180°F EWT, DELTA T= 20. Water pressure drops shown in feet of water. 800 to 12,000 CFM Belt-driven, draw-through design with forward-curved and dynamically balanced blowers Cabinet is manufactured of heavy-gauge galvanized steel and insulated with 1/2” thick, over three-pound density, neoprene-coated fiberglass

Built for indoor applications and are equipped with blowers that can handle up to 3.75 inches of total static pressure Access doors are provided on both sides of the unit for easy maintenance and are equipped with spring-loaded clips Coils are manufactured of 1/2” OD copper tube with aluminum fins and are 100% underwater pressure tested to 350 PSI with a 300 PSI working pressure Galvanized drain pan is finished with a powder-coated epoxy, 1/8” thick insulation and features primary and secondary drain connections Adjustable, variable-pitch drive sheave and cast-iron pulley keyed to motor shaft Controls and motors are factory-wired and terminated in a junction box for single-point power supply Size 800 to 4,000 CFM models are equipped with vibration isolators Two-inch thick, flatly mounted, 30 percent pleated efficiency filter One-inch duct collar on return- and supply-air openings Protective covers keep the grille openings free of debris during shipment and construction