DOCSLIB.ORG

Skscf2401p 24-Inch Integrated Column Freezer

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Skscf2401p 24-Inch Integrated Column Freezer SKSCF2401P 24-INCH INTEGRATED COLUMN FREEZER Style Door Style Panel Ready Interior Cabinet Finish Metal Innovation Wi-Fi-Enabled for SmartThinQ® Control Yes with iPhone / Android App Inverter Linear Compressor Yes Performance Speed Freeze Yes Adaptive Defrost Yes Modes Sabbath, Ice Plus, Demo, Icemaker On / Off, Power On / Off, Temp Control, Water Filter Reset, Smart Diagnosis, WiFi , Smart Grid Water Filter (6 Months) Yes LARGEST CAPACITY COLUMN Designed to provide the largest capacity in the industry*, the 24-inch Integrated Column Freezer features 13.9 Capacity and Storage cu. ft. of storage capacity. Total Capacity (cu. ft.) 13.9 TRUEFIT™ INTEGRATED DESIGN Storage Shelves 3 Adjustable w/ LED True- Every integrated column features an intelligent, View™ Lighting, symmetrical design that allows for proud or flush 1 Fixed installation, along with easy door reversal. Lift and Go™ Ice Drawer 1 Soft Close / BRILLIANT INTERIOR Self Close The glass and metal interior is not only beautiful, it is Lift and Go™ Storage Drawers 2 Soft Close / designed to help the freezer stay at the set temperature Self Close by holding and transferring cold fast and efficiently. Aluminum Framed Lift and Go™ Door 4 Adjustable Bins with Removable Inserts DISTINCTIVE ICE Removable Ice Bucket Storage Volume 5.5 lbs. The frustum ice shape gives an air of distinction while the removable clear bin holds up to 5.5 lbs., perfect for entertaining. ECO FRIENDLY Engineered to reduce environmental impact with HFC / HCFC free refrigerant, insulation and recyclable materials. *Based on survey of comparable products performed June 1, 2018 © 2019 Signature Kitchen Suite. All rights reserved. Design, features and specifications are subject to change without notice. Specifications are for planning purposes only. Consult the product’s installation instructions for final dimensional data and other details prior to making cutouts or custom panels. Consult with a heating and ventilation engineer for your specific ventilation requirements. Non-metric weights and measurements are approximate. Smart features require Internet access. 1-855-790-6655 | www.signaturekitchensuite.com Page 1 of 6 | Effective 2/19 SKSCF2401P 24-INCH INTEGRATED COLUMN FREEZER General Features Technical Specs Digital Controls w/White LED Display Yes Required Power Supply 115 V, 60 Hz, Water Filter Indicator Yes 15 or 20 Amp Ice Production (24 Hrs.) 3.5 lbs. Plug Type 3-Prong Ice On/Off Yes Power Cord Length 86 1/2" Hidden LED Interior Lighting Yes Operating Temperatures -6° to 8° F Dimensions and Weight Maximum Sound Level (dBA) 39 dBA Overall Width (inches) 23 3/4" Star-K Certified Sabbath Mode Yes Overall Height (inches) 83 1/2" Min. – 84 1/2" Max. ENERGY STAR® Qualified Yes Overall Depth Without Panel or 23 7/8" Handles (inches) Installation Features Net Weight (approx.) 346 lbs. Reversible Door Yes Shipping Weight (approx.) 396 lbs. Four Point Front Adjustable with Yes 8 Wheels Optional Accessories Attachment Method to Cabinetry Top with No Visible Screws Stainless Steel Panel / Handle / SKSPK245CS Toekick Kit Front Serviceable Yes Retrofit Frame Kit SKSFK800CS Anti-tip Bracket Included Yes Brushed Aluminum Handle Unification Kit Included (SKSFJ800P) Yes Medium – 31 11/16" SKSHK310HS Long – 48" (For Columns) SKSHK480HS Replacement Water Filter LT1000P-S Warranty Summary* Limited Warranty, Parts & Labor 2 Years Additional 1 Year When Product Yes Registration is Completed Online with Owner Opt-in for Wi-Fi Monitoring Limited Warranty on Sealed System, 5 Years Parts and Labor Limited Warranty on Sealed System, 10 Years Parts Only *These warranties give you specific legal rights and you may have other rights that vary from state to state. For complete warranty details, refer to your Use & Care manual. Page 2 of 6 | Effective 2/19 SKSCF2401P SKSCF2401P 24-INCHSKSCF2401P INTEGRATED COLUMN FREEZER 24" INTEGRATED FREEZER COLUMN CUTOUT DIMENSIONS – FLUSH OR PROUD INSTALLATION CUTOUT DIMENSIONS – FLUSH OR PROUD INSTALLATION CUTOUT DIMENSIONS – FLUSH OR PROUD INSTALLATION SINGLE COLUMN SINGLESINGLE COLUMN COLUMN Notes 24" (610 mm) Freezer can be installed flush or proud with 3/4" custom 24" (610 mm) finished width finished width panel or optional stainless steel panel kit. Flush – With a 25" (635 mm) cutout depth, the front face of the freezer fits flush with 25" (635 mm) depth adjacent 4" 25" (635 mm) cabinets. 4" 25" (635 mm) (102 mm) min. depth (102 mm) min. depth finished flush install Proud – With a 24" (610 mm) depth cutout, the front face finished flush install return* 24" (610 mm) return* 24" (610 mm) of the freezer extends approximately 3/4" (19 mm) beyond min. depth min. depth proud install 24" (610 mm) depth adjacent cabinets. proud install Electrical 84" 84" (2134 mm) A 115V, 60Hz., 15 or 20 amp power supply is required. An 5" (2134 mm) 5" (127 mm) individual properly grounded branch circuit or circuit (127 mm) electrical electrical breaker is recommended. Install a properly grounded location location 3-prong electrical receptacle recessed into the back wall. Electrical must be located on rear wall as shown. Note: GFI (ground fault interrupter) is not recommended. 4" (1024" mm) (102water mm) Water Line water location location A cold water supply is required for automatic icemaker 1 3/8" (35 mm) 1 3/8" (35 mm) operation. Water pressure must be between 20 and 120 p.s.i. *A minimum 4" (102 mm) finished return that matches the cabinet *A minimum 4" (102 mm) finished return that matches the cabinet exterior is recommended on all sides and the top of the cutout Tubing should be long enough to extend to the front of exterior is recommended on all sides and the top of the cutout opening. The shaded area will be visible after installation. opening. The shaded area will be visible after installation. the freezer. Allow enough tubing to accommodate a bend leading into the water line connection. Water line can enter an opening through floor or back wall. Install a shut-off valve between the icemaker water valve and cold water supply in the home. INSTALLATION CLEARANCES INSTALLATIONINSTALLATION CLEARANCES CLEARANCES TOP VIEW TOPTOP VIEWVIEW Notes 24" (610 mm) 24" (610 mm) *Door handle must be *Door handle must be Door Swing Clearances – The installation must allow for added to this dimension. added to this dimension. clearances to adjacent walls or cabinets. This freezer is ** Varies depending on the 11 3/8"* 24" ** Varies depending on the 11 3/8"* 24" thickness of the custom equipped with a 2-position door stop. The factory-set 115° (288 mm) (610 mm) thickness of the custom (288 mm) 1/8" 1/8" (610 mm) cabinet panel. The door 1/8" 1/8" cabinet panel. The door door swing can be adjusted to 90° if clearance to adjacent (3 mm) (3 mm) panels in the optional (3mi mm)n. (3mi mm)n. panels in the optional cabinets or walls is restricted. min. min. Signature Kitchen Suite Signature Kitchen Suite stainless steel door panel stainless steel door panel Door Handle Clearances – The Door Handle depth must kit are 3/4" (19 mm) thick. 23 3/4" kit are 3/4" (19 mm) thick. be added to the dimension noted to determine the total (60323 3/4"mm) 115° (603 mm) clearances required from adjacent cabinets or walls. This 115° 26 1/4" (66626 1/4"mm) clearance will vary depending on the custom handle used. (666 mm) 90° 3/4" When using the Stainless Steel Door Panel Kit w/Handle or 90° (19 3/4"mm)** (19 mm)** the Brushed Aluminum Handle (optional accessories), the door handle clearance with door open 115° is 14" (356 mm). Page 3 of 6 | Effective 2/19 SKSCF2401P 24" INTEGRATED FREEZER COLUMN ANDSKSCF2401P 24-INCHSKSCF2401P INTEGRATED 24" INTEGRATED COLUMN FREEZER FREEZER COLUMN SKSCR2401PAND 24" INTEGRATED REFRIGERATOR COLUMN SKSCR2401P 24" INTEGRATED REFRIGERATOR COLUMN OVERALL PRODUCT DIMENSIONS OVERALL PRODUCT DIMENSIONS OVERALL PRODUCT DIMENSIONS FRONT VIEW VIEW SIDESIDE VIEW 24 3/4"*(629 mm) FRONT VIEW SIDE VIEW 23 7/8"**(607 mm) 23 3/4" Unit width 24 3/4"*(629 mm) *Depth with 3/4 " (19 mm) door panel **Depth with door (no panel) (603 mm) without 22"***(558 mm) 23 7/8"**(607 mm) ***Unit depth without door 23 3/4" doorUnit panewidthl *Depth with 3/4 " (19 mm) door panel **Depth with door (no panel) (603 mm) without 22"***(558 mm) ***Unit depth without door door panel 83 1/2" 80 9/16" (2121 mm) (2046 mm) min. min. 83 1/2" 80 9/16" (2121 mm) 84 1/2" (2046 mm) min. 81 min.9/16" (2146 mm) (2072 mm) max. max. 84 1/2" 81 9/16" (2146 mm) (2072 mm) max. max. 5" 9" (127 mm) (229 mm) 4" (102 mm)5" 9" (127 mm) 3/4" (229(19 mm) mm) 4" (102 mm) 3/4" (19 mm) TOP VIEW TOP VIEW DOOR OPEN 90˚ DOOR OPEN 115˚ TOPTOP VIEW TOP VIEW DOOR 23OPEN 3/4" 90˚ Unit width DOOR OPEN 115˚ 23 3/4" Unit width DOOR(603 OPEN mm) 90° DOOR OPEN 115° (603 mm) without without door panel 23 3/4" doorUnit panewidthl 23 3/4" Unit width (603 mm) (603 mm) without without door panel door panel 26 1/2" 28 1/8" (659 mm) (713 mm) 26 1/2" 28 1/8" (659 mm) (713 mm) Page 4 of 6 | Effective 2/19 SKSCF2401P 24" INTEGRATED FREEZER COLUMN AND 24-INCHSKSCF2401P INTEGRATED 24" INTEGRATED COLUMN FREEZER FREEZER COLUMN ANDSKSCR2401P 24" INTEGRATED REFRIGERATOR COLUMN SKSCR2401P 24" INTEGRATED REFRIGERATOR COLUMN CUSTOM PANEL DIMENSIONS – FLUSH INSTALLATION CUSTOM PANEL DIMENSIONS – FLUSH INSTALLATION CUSTOM PANEL DIMENSIONS – FLUSH INSTALLATION DUAL 18" 18-INCH AND 24" AND COLUMN 24-INCH DUAL 24" 24-INCH AND 24" AND COLUMN 24-INCH Notes INTEGRATED COLUMNS INTEGRATED COLUMNS DUAL 18" AND 24" COLUMN DUAL 24" AND 24" COLUMN These units are designed to be 41 3/4" (1060 mm) 47 3/4" (1213 mm) customized with decorative panels.
Load more

Recommended publications
  • 30” Built-In Refrigerator Column (Right-Hand Door Swing)
    30” BUILT-IN REFRIGERATOR COLUMN (RIGHT-HAND DOOR SWING) Signature Features JBRFR30IGX OVER 250 TRINITY COOLING REMOTE ACCESS CONFIGURATIONS Revel in the trinity of food Open door. Power outages. Freezer or refrigerator. Left- preservation: three zones, three Filter changes. Connect to WiFi hand or right-hand swing. One, precision sensors, calibrated for real-time notifications and two, three columns in a row. every second. Fortified by an control your columns from Four different widths. With 12 exposed air tower, you can anywhere. Tap and swipe on one-unit options, 75 two-unit conquer humidity levels and both iOS and Android devices. combinations and over 250 three- customize the temperature of <sup>1</sup><br><sup>1 unit combinations, configuration each zone to your deepest Appliance must be set to remote is where bespoke begins. desires. enable. WiFi & app required. Features subject to change. For ECLIPTIC LIGHTING DARING OBSIDIAN details and privacy statement, INTERIOR visit jennair.com/connect.</sup> Live beyond the shadow. Abandoning the dark spots cast Inspired by the beauty of SOLID GLASS AND METAL by dated puck lighting, over 650 volcanic glass, this industry- LEDs frame and fill your exclusive dark finish erupts with All-metal bin and shelf frames. column, coming alive at a touch reflective, high-contrast style. Thick, naturally odor-resistant of the controls. Each zone Reject the unfeeling, lifeless solid glass. A forcefield at the awakens and pulses as you mold vessel of harsh steel. Let fine edge that prevents spillovers. To your column to your desires. foods and beverages emerge hell with cheap plastic in luxury from the interior of your door bins, shelves and liners.
    [Show full text]
  • HOME OFFICE SOLUTIONS Hettich Ideas Book Table of Contents
    HOME OFFICE SOLUTIONS Hettich Ideas Book Table of Contents Eight Elements of Home Office Design 11 Home Office Furniture Ideas 15 - 57 Drawer Systems & Hinges 58 - 59 Folding & Sliding Door Systems 60 - 61 Further Products 62 - 63 www.hettich.com 3 How will we work in the future? This is an exciting question what we are working on intensively. The fact is that not only megatrends, but also extraordinary events such as a pandemic are changing the world and influencing us in all areas of life. In the long term, the way we live, act and furnish ourselves will change. The megatrend Work Evolution is being felt much more intensively and quickly. www.hettich.com 5 Work Evolution Goodbye performance society. Artificial intelligence based on innovative machines will relieve us of a lot of work in the future and even do better than we do. But what do we do then? That’s a good question, because it puts us right in the middle of a fundamental change in the world of work. The creative economy is on the advance and with it the potential development of each individual. Instead of a meritocracy, the focus is shifting to an orientation towards the strengths and abilities of the individual. New fields of work require a new, flexible working environment and the work-life balance is becoming more important. www.hettich.com 7 Visualizing a Scenario Imagine, your office chair is your couch and your commute is the length of your hallway. Your snack drawer is your entire pantry. Do you think it’s a dream? No! Since work-from-home is very a reality these days due to the pandemic crisis 2020.
    [Show full text]
  • Mobile Column Lift System Is the Faster and Easier Choice for Your Maintenance Facility
    MobileHEAVY DUTY Column LIFTING SYSTEMS Ergonomic FLEETVersatile Performance Productive Reliable FAST Dependable Mobile Buy America World Best Techs TM Legendary TM Red FireLRemoteE controlledADERHEAVY DUTY Battery Efficient MACHCareer Extender ENVIRONMENTALLY FRIENDLY TM EmployeeWireless Retention Patented Flex Innovative Adjustable www.rotarylift.com A Shown: MCHM419U1A00 / Wireless remote-controlled model N D D E VALIDAT TM WIRELESS CONTROLS FLEXMAX NO CABLES / NO CORDS REMOTE-CONTROLLED LIFTING Unmatched lifting versatility and flexibility with the mobility to monitor and adjust your columns anywhere in your shop. Premium FLEXMAXTM lifts provide wireless, remote-controlled flexibility LIFT UP TO 150,400 LBS. plus added operational controls at each column giving technicians the choice to work in the most comfortable, productive and efficient way possible. Ergonomic, wireless hand-held remote control walks the technician through the system set up. Status lights indicate standby or paired columns. Controller features include: • On/off power button with info screen • 2-speed joystick control with auto resume FLEXMAX419 • Single lower-to-lock button with E-stop control A N D 18,800 lbs. capacity column D TE VALIDA • Remote battery indicator Shown: MCHM419U100 • Press ProtectTM eliminates accidental button presses • Audible warning when operator is out of range TM Rotary FLEXMAX feature column capacities at • 99 system IDs eliminate communication interference 18,800 lbs. and 14,000 lbs. in multiple configurations. • Height and weight digital display gauge displays Service everything from light-duty passenger vehicles to • Software upgrades can be made wirelessly heavy-duty trucks. This electro-hydraulic system with WATCH THE adjustable lifting forks can be operated in both odd and PRODUCT VIDEO See how fast and even groups of columns.
    [Show full text]
  • The Art of Architecture
    LEARNING TO LOOK AT ARCHITECTURE LOOK: Allow yourself to take the time to slow down and look carefully. OBSERVE: Observation is an active process, requiring both time and attention. It is here that the viewer begins to build up a mental catalogue of the building’s You spend time in buildings every day. But how often visual elements. do you really look at or think about their design, their details, and the spaces they create? What did the SEE: Looking is a physical act; seeing is a mental process of perception. Seeing involves recognizing or connecting the information the eyes take in architect want you to feel or think once inside the with your previous knowledge and experiences in order to create meaning. structure? Following the steps in TMA’s Art of Seeing Art™* process can help you explore architecture on DESCRIBE: Describing can help you to identify and organize your thoughts about what you have seen. It may be helpful to think of describing as taking a deeper level through close looking. a careful inventory. ANALYZE: Analysis uses the details you identified in your descriptions and LOOK INTERPRET applies reason to make meaning. Once details have been absorbed, you’re ready to analyze what you’re seeing through these four lenses: OBSERVE ANALYZE FORM SYMBOLS IDEAS MEANING SEE DESCRIBE INTERPRET: Interpretation, the final step in the Art of Seeing Art™ process, combines our descriptions and analysis with our previous knowledge and any information we have about the artist and the work—or in this case, * For more information on the Art of Seeing Art and visual literacy, the architect and the building.
    [Show full text]
  • Preloading Approach to Column Removal in an Existing Building by Pratik Shah, P.E., LEED AP
    ® Copyright Figure 2. Preloading Approach to Column Removal in an Existing Building By Pratik Shah, P.E., LEED AP 475 Fifth Avenue is an existing building near Bryantmagazine Park at the The building’s structural system is a steel moment frame. The gravity intersection of 41st Street andS Fifth AvenueT inR New York U City. The C system consistsT ofU a cinder concreteR toppingE slab over a wire mesh 24-story, 1920s era building recently underwent a major renovation reinforced concrete slab supported by steel beams spanning between that required structural engineering designs to support the building’s girders. The girders are connected to the columns in both directions architectural elements and to accommodate changes to the mechanical with moment connections, to resist lateral loads. All existing shear and system. The structural scope for the project included strengthening moment connections were riveted, as is typical for buildings of this the second-level flooring system for retail loading; framing of new age. The original structural drawings for the building were unavail- mechanical penthouse; framing of new floor and wall openings to able, so all information necessary for design was obtained in the field. accommodate MEP ductwork and louvers; framing of new canopy, new stair crossover and closing abandoned shafts and openings. One Exploratory Phase challenging aspect of the project was to remove an existing column between Levels 1 and 2 located in the middle of the redesigned lobby Since no structural drawings existed, DeSimone performed exhaustive (Figure 1). This column removal is the primary focus of this article. exploratory work, including structural probes, walkthroughs, and field Figure 1.
    [Show full text]
  • Decoding the Pantheon Columns
    $UFKLWHFWXUDO Graßhoff, G and Berndt, C 2014 Decoding the Pantheon Columns. +LVWRULHV Architectural Histories, 2(1): 18, pp. 1-14, DOI: http://dx.doi.org/10.5334/ ah.bl RESEARCH ARTICLE Decoding the Pantheon Columns Gerd Graßhoff* and Christian Berndt* The goal of this study has been to reconstruct the design principles underlying the construction of the Pantheon’s portico columns as well as to demonstrate how digital investigation methods and models can be used to improve our understanding of ancient architectural knowledge. Thanks to the data of the Bern Digital Pantheon Model, a synthesis of all the scanned surface points obtained during a digitization cam- paign of the Karman Center for Advanced Studies in the Humanities of the University of Bern in 2005, we have been able to determine empirically the column profiles of the portico with unprecedented precision. A second stage of our investigation involved explaining the profile of the column shafts by a construction model that takes into account the parameters recommended by Vitruvius and design methods such as those that can be found in the construction drawings discovered at Didyma. Our analysis shows that the design principles of the portico’s columns can be successfully reconstructed, and has led to the surpris- ing result that at least two different variants of a simple circle construction were used. Finally, we have been able to deduce from the distribution of the different profile types among the columns that the final profiles were designed and executed in Rome. Introduction design could reach a considerable degree of complexity. The shafts of the Pantheon’s portico columns are com- For example, Stevens believed that the Pantheon’s por- posed of granite monoliths, forty Roman feet tall, which tico columns exhibit a profile that is based on two tan- were excavated from two Egyptian quarries.
    [Show full text]
  • Column Drains
    PLUMBING FIXTURES TECHNICAL DATA Column Drains Specifications and Drain Variations Specifications Column Drain Flange Flanges are 14 gauge type 304 stainless steel heliarc welded to the 16 gauge column tube. Fifteen drain holes are spaced around the base in a pattern which provides maximum drainage without weakening the flange (see Detail A). The column shower is secured to the cast iron drain fitting with five 5/16-18 stainless steel hex-head bolts which pass through slotted openings in the drain flange(see Detail A). 16 GAUGE This arrangement permits the column to be rotated on inch DETAIL A – SHOWER (plus or minus 8°). Additionally, the drain is drilled and tapped ADJUSTABLE COLUMN in 15 locations. The combination of these two features allows DRAIN the drain to be set in any position and still obtain the required 14 GAUGE showerhead location, particularly helpful in the installation of FLANGE Modesty Modules and Multi-stall showers where partition DRAIN HOLES – placement may be critical. 5 GROUPS OF 3 5/16-18 HEX. HD. HOLES, WITH WIDE BOLTS - 160-092 Drain Fittings WEB AT BOLTS. 5 REQD. Drain fittings are heavy cast iron coated with a rust preventa- WASHERS - 142-034 tive with 3" or 4" outlets depending on supply and vent arrangements. Type B and H drains are designed to satisfy code FLOOR requirements which prohibit crown vents. BOLT LUG CLIP Drainage Capacity Drain slots in the base of columns offer 7.01 sq. in. of free area to allow drainage of up to 31 gallons per minute with a head of 3/4".
    [Show full text]
  • The Diminution of the Classical Column: Visual Sensibility In
    David A. Vila The Diminution of the Classical Column: Domini Visual Sensibility in Antiquity and the Renaissance David Vila Domini looks at the recommendations regarding optical adjustment of the columnar diminution in the architectural treatises of Vitruvius, Alberti, and Palladio. He examines the variation in diminution of column thickness according to the height of the column, and its implications for our understanding of the various practices with regard both to columnar proportion and visual sensibility in Antiquity and the Renaissance. He also examines possible sources for the methods by which the ratios of column height to diameter were derived. Introduction 1 Writing some time around the 1450s [Grayson 1960], Alberti composed his ten-book treatise on architecture De re aedificatoria, basing it largely on the ancient Roman tract De architectura [Krautheimer 1963], which its author, Vitruvius, dedicated to the emperor Augustus. Alberti and his contemporaries found Vitruvius’s text inelegantly written, often obscure and in some passages entirely unintelligible.2 The widespread use of Greek terms for things that were otherwise nameless in Augustan Latin confounded the efforts of the humanists trying to make sense of the only text on architecture that had survived from the antiquity they had so much come to admire. In his attempt to remedy these linguistic problems, Alberti was forced to introduce neologisms in order to express ideas for which, until then, there were no words in Latin.3 But the difficulties were by no means exclusively linguistic, and constitute an indication of the very different understanding that Roman Antiquity and the Early Renaissance had of architecture.
    [Show full text]
  • The Old Capitol As Completed
    CHAPTER VI THE OLD CAPITOL AS COMPLETED 1 HE old Capitol was situated in a park of 22 ⁄2 acres [Plate 87], The eastern entrance, according to Mills, had spacious gravel inclosed by an iron railing.1 There were nine entrances to the walks, through a “dense verdant inclosure of beautiful shrubs and trees, grounds, two each from the north and south for carriages, two circumscribed by an iron palisade.” 3 An old print, made from a draw- on the east and three on the west for pedestrians. The western ing by Wm. A. Pratt, a rural architect and surveyor in 1839, gives a Tentrances at the foot of the hill were flanked by two ornamental gate or clear idea of the eastern front of the building and its surroundings at watch houses [Plate 81]. The fence was of iron, taller than the head of this period [Plate 90]. an ordinary man, firmly set in an Aquia Creek sandstone coping, which The old Capitol building covered 67,220 square feet of ground. covered a low wall [Plate 82]. The front was 351 feet 4 inches long. The depth of the wings was 131 On entering the grounds by the western gates, passing by a foun- feet 6 inches; the central eastern projection, including the steps, 86 feet; tain, one ascended two flights of steps to the “Grand Terrace” [Plate 88]. the western projection, 83 feet; the height of wings to the top of Upon the first terrace was the Naval Monument, erected to those balustrade, 70 feet; to top of Dome in center, 145 feet.
    [Show full text]
  • Shifting Between Economy and Cladding Julieanna Preston, Massey University, New Zealand
    Shifting between Economy and Cladding Julieanna Preston, Massey University, New Zealand Abstract: This paper probes interior lining, specifically column cladding, in light of expansive definitions of economy. A student design project foregrounds the discussion in order to reveal prevailing design attitudes on ornament and structure. Those attitudes are reconsidered by the introduction of new fabrication technology. As these works supersede dichotomous relations between excess and austere, their formation suggests new working parameters for interior design in relation to ornament, craft and technology. Keywords: economy; column cladding; ornament; structure Middle ground: Shaft Originally occupied by the university library, Vol Walker Hall currently houses the University of Arkansas, School of Architecture. This inhabitation shift exposes poignant situations particular to the building’s structure and spatial definition. A small annex sits on the back face of Vol Walker previously serving as dense book storage. Structure to carry the dead load weight of book volumes is provided in the form of industrial steel section columns formerly doubling as the uprights for shelving. Despite considerable issues of safe egress, ventilation, lighting and heat, these stack areas are the current sites for a myriad of activities: offices, computer labs, media centre and storage for archives and outdated equipment. Since the horizontal element of the shelving system has been removed, each of these activities exists amongst a field of columns approximately 1800 mm on centre in either direction. Inhabitation is a function of negotiating an obstacle course. It is challenging to furnish these spaces. It is difficult to romanticise or wax poetically on consequences of industrialised members regulating a space so severely.
    [Show full text]
  • Reaeration Measurement by Diffusion Dome Reaeration Measurement by Diffusion Dome(505) AF
    COPY COPY Revision History The top row of this table shows the most recent changes to this controlled document. For previous revision history information, archived versions of this document are maintained by the SESD Document Control Coordinator on the SESD local area network (LAN). History Effective Date SESDPROC-505-R4, Reaeration Measurement by Diffusion September 8, 2017 Dome, replaces SESDPROC-505-R3. General: Corrected any typographical, grammatical, and/or editorial errors. Throughout the document, references to retired SESD operating procedures were omitted. Title Page: Changes were made to reflect recent SESD reorganization. SESDPROC-505-R3, Reaeration Measurement by Diffusion May 30, 2013 Dome, replaces SESDPROC-505-R2. SESDPROC-505-R2, Reaeration Measurement by Diffusion November 6, 2009 Dome, replaces SESDPROC-505-R1. SESDPROC-505-R1, Reaeration Measurement by Diffusion November 1, 2007 Dome, replaces SESDPROC-505-R0. SESDPROC-505-R0, Reaeration Measurement by Diffusion February 05, 2007 Dome, Original Issue ___________________________________________________________________________________ SESD Operating Procedure Page 2 of 10 SESDPROC-505-R4 Reaeration Measurement by Diffusion Dome Reaeration Measurement by Diffusion Dome(505)_AF. R4 Effective Date: September 8, 2017 COPY TABLE OF CONTENTS 1 General Information ................................................................................................. 4 1.1 Purpose ...............................................................................................................
    [Show full text]
  • Pyroclastic Flows and Surges
    Pyroclastic Flows and Surges Also known as glowing ash clouds, glowing avalanches and nuées ardentes (French). These are the most hazardous of all volcanic processes. Estimated to have caused about 55,000 deaths since 1600 A.D. (about 48% of all volcano-related fatalities. Causes of death are:- Asphyxiation by hot ash and dust. Burning, boiling and dehydration during brief periods of high temperature (200 - 800 0C). Impact by ash and debris driven at high speeds. What are pyroclastic flows and surges? Hot mixture of ash, pumice blocks and gases that form:- Gravity-driven clouds that travel at great speed. Speeds are typically 20-70 mph, but speeds up to 300 mph have been recorded (Mount St. Helens). Temperatures are highly variable from less than 200 to 800 0C. 1 Sources of Energy 1. Gravity – remember rock avalanches have sufficient gravitational energy that they can travel across valley floors and move up-slope. 2. Fluidization – buoyancy created by entrained and heated air – plus hot gases released from particles and clasts Pyroclastic Flows – can travel large distances from a volcano, typically about 10 – 15 km, but sometimes up to 100 km. Mostly they follow drainage patterns – but they may also have sufficient kinetic energy to surmount hills and ridges They include some of the world’s largest volcanic deposits:- Age Volume (km3) Yellowstone 600 ka >1000 Long Valley 700 ka >2000 Toba (Sumatra) 75 ka ~2000 Tambora (Indonesia) 1815 AD 35-50 Katmai (Alaska) 1912 AD 10-15 Pinnatubo (Philippines) 1991 AD 4-5 2 Three ways that they form Soufrière Type – the eruption column can no longer be sustained (due to loss of pressure), so the column collapses forming pyroclastic flows on the flanks of the volcano (St Vincent, 1902).
    [Show full text]