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Engineering Reference Materials for Humidifier Schematic
  • Humidifier Case Study (Vaporstream): Rikshospital; Oslo, Norway

    When the new Rikshospital, Norway's largest, opened in Oslo in 1999, it quickly became apparent that the originally-installed humidifiers could not maintain stable, reliable humidification. Particular concern was in the skin culture laboratory of the burns unit, where relative humidity must

  • Application: AC & Humidifier Condensate Reservoir Level Detection (.pdf)

    . Microsoft Word - 0329_Reed Sensors are used to sense the upper limit of reservoirs in humidifiers and air conditioners.doc Ai. A r. r Co. C n. o d. n i. d titon. o e. n r. e s. r. s an. a d. n. d Hu. H m. u i. m di. d fifer. e s. r. s Us. U e. s. e Re. R e. e d. e. d Se. S n. e s. n o. s r. o

  • Humidifier Case Study (GTS): Region of Waterloo Water Testing Laboratory; Ontario, Canada

    . WaterlooCaseStudy.indd Region of Waterloo. Water Testing Laboratory. HUMIDIFIER CASE STUDY. GTSĀ® Gas-to-Steam. humidifier saves 64%. on utility bills. A DRI-STEEM GTS humidifier installed at the Region. of Waterloo Water Testing Laboratory significantly. When electric utility and maintenance costs at the Region

  • Humidifier Case Study (Ultra-sorb): University of Alberta Hospitals; Edmonton, Alberta, Canada

    The Walter MacKenzie Center of the University of Alberta Hospitals is the primary teaching and research institution in the Province of Alberta. With 950 beds for patients, research laboratories and the Provincial Laboratory of Public Health, this is a very large building by any standard. Twenty-six

  • New Generation of Premix Gas Blowers (.pdf)

    ). Applications include residential and commercial gas furnaces, humidifiers, water heaters, gas-fired food service equipment, and hydrogen fuel cells. Microsoft Word - Premix Gas Blowers2.doc ebm-papst, Inc. Page 1. NEW GENERATION OF. monitoring, optical isolation of AC. PREMIX GAS BLOWERS

  • Quaternary Ammonium Compounds (QACs)

    to sanitize, deodorize and disinfect surfaces and equipment. QACs are also routinely formulated with various water treatments to inhibit algal growth in cooling towers, humidifiers and swimming pools. These tests are applicable to the monitoring of QACs in cleaning solutions and in treated cooling

  
Discussions about Humidifier Schematic
  • Re: Expertise Needed - Residential Construction Project

    I'm glad to see we're on the right track. At least it appears so from what you posted since we have been over most of those topics repeatedly....except the thing about the 3-phase pumps. We only have single phase available. The system is relatively complex for a residential application but I created...

  
News about Humidifier Schematic
  • What Rate of Amps Can I Charge Deep Cycle Battery?

    This is a schematic of an idea I've had for re-organising my emergency power supply for brown outs. The solar array will only be connected to the battery during brown out. I have a 10amp MPPT controller which I know I could wire to the 2 x 120watt panels, but I believe that would restrict the charg

  • New CadSoft EAGLE update brings an enhanced design environment, increased flexibility and cost savings for customers

    CHICAGO – PCB design solution vendor CadSoft Computer, a Premier Farnell company, has today launched Version 7 of its award winning EAGLE PCB software. The update to the popular software brings a modern design environment with increased flexibility, enabling users to develop custom schematics using commercial standard software at a fraction of the cost. New features include an enhanced autorouter with significantly less transition points, resulting in more cost-effective and efficiently routed PCBs that require fewer manual interactions. The new autorouter also enhances productivity and performance by utilizing multi-core machines, running each routing variant on its own processor simultaneously. Users will benefit by having multiple configurations of the same routed board to choose from, and can use it to select the best outcome for his design. Version 7 supports larger design teams and more complex designs by enabling large schematic designs to be organized into small functional blocks, which can be assigned to different team members and then easily integrated when complete. This type of hierarchical methodology has significant advantages, giving large organizations a “global view” of the functional blocks of the project to make it easier to locate and change aspects of the schematic or layout. Enhanced license management features have also been introduced to protect customers’ software investment, while enabling single-user licensors to install the software on up to two devices. For multi-user license owners it will be easier to manage the seats from a license server with better protection of the software. EAGLE Version 7 also provides a new ULP to export IDF files. A basic model with placeholders for the 3D models of all components can be exported, to be used for preliminary checking. A comprehensive 3D model can be created with Simplified Solution’s “IDF-to-3D” tool which will be available in the CadSoft web shop later this summer. “CadSoft EAGLE v7 offers greater flexibility than ever before for design teams, with new capabilities that extend the software to more complex design within larger organizations,” said, Thomas Liratsch, Managing Director at CadSoft. “This means we can support more customers through each step of the design process, providing the tools that enable engineers to pull the raw components of any electronics system together, whether they are starting out in the industry or are experienced board-makers.” The latest version of EAGLE is now available to download here. About CadSoft CadSoft Computer GmbH and CadSoft Inc. are part of Premier Farnell plc., one of the world’s leading distributors of electronic components, products and services. CadSoft specializes in the development of the popular CAD-Software EAGLE used by design engineers worldwide for over 25 years. EAGLE is a user-friendly, powerful and affordable software for efficient circuit board design (PCB design) and combines the modules schematic editor, layout editor and autorouter in a single interface. Shared Open Source User Language Programs (ULPs) guarantee maximum flexibility by enabling various features, such as simulation, realization of individual instruction sequences, data export and import. DesignLink feature provides access to data and prices on over 4 million products from Newark, Farnell and element 14. EAGLE users benefit from free support through dedicated experts, active customer forums, the EAGLE community on element 14, webinars and training on demand. EAGLE is available for Linux®, Mac® and Windows®. Its flexible licensing model includes free lifetime support and maintenance, which offers great value for educational institutions, companies and individuals. About Premier Farnell Premier Farnell plc (LSE:pfl) is a global leader in high service distribution of technology products and solutions for electronic system design, maintenance and repair. Its differentiated proposition includes 29 local language transactional websites, and the critically important element14 Community for design engineers – an industry first (www.element14.com). With sales last year of £952m the Group distributes its comprehensive portfolio of products and services throughout Europe, North America and Asia Pacific, supported by a global supply chain of over 3,500 suppliers and an inventory profile developed to anticipate and meet its customers’ needs. While global in scope, Premier Farnell recognizes the individual needs of each market and has continued to internationalize its model accordingly. It trades locally as Farnell in Europe, Newark/element14 in North America and Mexico and Farnell Newark in Brazil. Across Asia Pacific the business trades as element14.

  • Go Analog With A Resistance-Based Calculator

    Do simple calculations with your own math box. Ralph Smith The next time you need to crunch a couple of numbers, resist the urge to grab a digital calculator. Instead, round up some variable resistors, also known as potentiometers, and wire them into an analog mathematics rig. By twisting the potentiometers' knobs and measuring the resulting voltage or resistance with a digital multimeter, you can perform simple multiplication and addition without a microprocessor in sight. MATERIALS: Digital multimeter Three 1K-ohm linear potentiometers 10K-ohm linear potentiometer LM7810 voltage regulator 0.33?F electrolytic capacitor 0.1?F electrolytic capacitor SPST on/off toggle switch Four 25/32-by-15/32-inch knobs Red binding post Black binding post Banana-to-banana cables Two 9-volt batteries Two 9-volt-battery holders 5.5-by-8.66-inch project box Roll of 22-gauge hookup wire TOOLS: Wire cutters Soldering iron Screwdriver Power drill 5/16-inch drill bit Your handy math box schematic. David Prochnow INSTRUCTIONS: Follow our schematic diagram for building a 10-volt power supply from the 7810 voltage regulator. Wire the two 9-volt-battery holders together in series by soldering a black wire from one holder to the other holder's red wire. Drill holes for the potentiometers and binding posts; you can use our schematic diagram's drilling template as a guide. Solder the remaining red wire from the joined battery holders to the red (+) binding post on the switch. Solder the remaining black wire to the black (-) binding post on the switch. Solder two 1K-ohm linear potentiometers in series to create a circuit that will help you perform simple addition. Solder one 1K-ohm linear potentiometer and the 10K-ohm linear potentiometer together as voltage dividers to make a multiplication circuit. Wire the power supply to the voltage-divider potentiometers according to our schematic diagram. Use the binding posts for collecting the black (-) and red (+) wires together. Join the series potentiometers and the voltage-divider potentiometers to the respective multimeter inputs. The voltage dividers, used for multiplication, will connect to the multimeter via the binding posts and the banana-to-banana cables. The series potentiometers, used for addition, are soldered to the multimeter's two probes. Prepare the probes by snipping them off and soldering each remaining wire to one end of the potentiometer series. Place the potentiometers and power supply inside the project box. Secure the knobs to each of the potentiometer's shafts. Mark the range of each addition circuit's knobs from 1 through 10 in a clockwise direction. Next, mark the range of the multiplication circuit's knobs from 1 through 0 in a clockwise direction. (See the photo above for guidance.) Switch the multimeter's ohmmeter to 2,000 ohms for addition, and calculate sums using the series potentiometers' knobs. For multiplication, use the multimeter's voltmeter (set to 20 DC volts) and measure the product of the voltage-divider potentiometers' knobs. OPERATION: Two modes are used on the multimeter. The ohmmeter displays the series potentiometers' sums, and the voltmeter displays the voltage-divider potentiometers' products. Addition: Set up the multimeter for addition calculations by connecting the red probe wire to the V?mA (+) input and the black probe wire to the COM (-) input on the multimeter. Turn on the multimeter and set its selector dial to its ohmmeter function with a setting range of 2,000 ohms. Rotate each knob on the addition potentiometers, and watch the sum on the multimeter display. Multiplication: Set up the multimeter for multiplication by connecting the red banana-to-banana cable to the V?mA (+) input and the black banana-to-banana cable to the COM (-) input on the multimeter. Plug the other end of each cable into the matching-color binding post. Turn on the multimeter, move its selector dial to the voltmeter function, and set the range to 20 volts. Turn on the SPST switch. (Note: This switch sends 10 volts of DC power through the voltage-divider potentiometers.) Turn each multiplication potentiometer and see the product on the multimeter display. Notes: There are two noteworthy features about the multiplication function of the analog calculator: The products are decimal fractions. This is because the potentiometers act as voltage dividers. For example, the first potentiometer divides the reference voltage (i.e., 10 volts DC) in half, which is equivalent to multiplying the reference voltage by 0.5. Similarly, the second potentiometer multiplies the first product by 0.5. Therefore, if each potentiometer is placed at its halfway point, the multimeter will display a product of 2.50, or ((10 * 0.5) * 0.5) = 2.50. The second feature of the analog calculator's multiplication function is the presence of an obvious calculator error. Can you spot it? As the two 9-volt batteries begin to lose power, the resulting products will be lower than you would expect to see. For example, with both potentiometers set to 1, the anticipated multimeter display would be 10 volts. As the batteries age, however, the multimeter might display 9.55 volts with both potentiometers set to 1. Therefore, our calculation would be: ((9.55 * .5) * .5) = 2.39. This article originally appeared in the August 2014 issue of?Popular Science.

  • Welcome To The Lab Of An Apollo Computer Anatomist

    Blanche in her workshop. Photograph by Ray Lego Fran Blanche's workshop is more than a place to unwind. It's home. "I put a bed in my office," she says. Her fashion business is downstairs; upstairs is a music studio and a laboratory with 30 years' worth of tools. A private collector recently asked Blanche?to study part of his Apollo-era Launch Vehicle Digital Computer (LVDC), which NASA designed to fly a Saturn V rocket. "All modern boards would come to emulate it," Blanche says. "Trouble is, there's no information about how it was constructed."? Blanche''s workshop in detail. Photograph by Fran Blanche 1) Tektronix 564B oscilloscope.?Blanche owns two, and they help her examine DC- and audio-frequency signals. 2) Articulated dental-exam lamp.?Designed in the 1940s, the lamp has a tightly focused beam that gives Blanche a clear view of a project from any angle.3) Homemade adjustable DC-power supply.?Whatever current and voltage a project requires, Blanche's custom-built device can usually provide it.4) Heathkit 5-watt resistor substitution box.?No schematic is perfect. This device helps test various resistances in a circuit before installing the real deal. 5) 25-watt Weller soldering iron.?"I have used this iron since 1978, and it has never failed," says Blanche. One of LVDC''s page-assembly boards. Photograph by Fran Blanche Saturn vs. LVDC:?The launch-computer assembly could autopilot Apollo's 363-foot-tall, 6.2-million-pound Saturn V rockets. Dozens of page-assembly boards like this one comprised each of the LVDC's three computers. By carefully dissecting a board, Blanche uncovers its components and construction methods. This article originally appeared in the August 2014 issue of?Popular Science.

  • Toradex launches Open Source "Viola", a new concept for ultra-low cost customized single-board computers (SBC), starting at $55.00

    Toradex launches ultra-low cost customized single-board computers (SBC) Toradex – a world leading provider of embedded computing solutions based on ARM® CPUs – today announced Viola, a new open source concept for ultra-low cost customized single-board computers. Combined with Colibri VF50 COM, a Freescale® Vybrid™-based Computer-on-Module, a Viola based single-board computer starts at $55.00 for 1K units ($69.00 single unit price) and offers a very interesting set of functions for numerous embedded applications. The Viola carrier board may also be paired with any module in the pin-compatible Toradex Colibri family, thereby offering a variety of Customized SBCs with different performance levels, features and price points. “This development is going to further strengthen our world leading position in the embedded ARM computer modules today. Inserting a Colibri VF50 or any other Colibri module into your Viola carrier board allows you to very economically create your own custom-specific industrial quality single-board computer. This is an ideal choice for cost-sensitive end-products in the most demanding industries without any hidden charges.” explains Ronald Vuillemin, Toradex Chairman. The 4-layer Open Source Viola carrier board, Toradex’s recent addition to its portfolio of carrier boards, measures just 74mm x 74mm, and is compatible with the entire Colibri family of COMs. The long product lifecycle of 10+ years, complemented with the availability of key communication interfaces – including USB 2.0 host and 100 Mbit Ethernet – and a variety of industrial interfaces – such as I2C, SPI, UART and GPIO – makes the Viola carrier board perfectly suited for industrial and embedded applications. Support for LCD panels and touch interfaces is also provided. The schematics, layout, libraries and BOM are all available free of charge in electronic format, thereby enabling a full custom design, if required. The Viola carrier board’s core features and benefits are further explained on www.toradex.com/products/carrier-boards/viola-c[...]. Availability and Pricing The Toradex customized single-board computer (Colibri VF50 & Viola) is available on the Toradex web shop for a price of $69.00 (single order) and $55.00 (bulk order > 1000 pcs). The Viola carrier board is available on the Toradex web shop for a price of $22.00 (single order) and $19.00 (bulk order > 1000 pcs). For more information, please visit www.toradex.com/products/customized-single-boar[...]

  
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Part Numbers for Humidifier Schematic
  • H69A1014

    CONTROLLER HUMIDIFIER OR DEHUMIDIFIER 7.5INCH;