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DuPont™ Vespel® CR-6100 APPLICATION AND INSTALLATION ...

DuPont™ Vespel® CR-6100 APPLICATION AND INSTALLATION GUIDE FOR CENTRIFUGAL PUMP STATIONARY WEAR PARTS Fluid processing industries have embraced the use of composite materials in pumps to reduce vibration, increase mechanical seal life and MTBR (mean time between repair), reduce the risk of seizure, increase efficiency, and reduce repair costs. API 610, 10th Edition (ISO standard 13709), the latest centrifugal pump standard from the American Petroleum Institute (API), recognizes the use of composites to achieve these benefits. The function of wear rings Wear rings are installed with close radial clearances and separate rotating and stationary, higher and lower-pressure sections of a pump. When shaft deflection occurs due to off-design operation, Background wear rings can experience contact. Historically, wear rings have The CR-6100 grade of DuPont Vespel parts and shapes is a been made from metal, which can gall and seize the pump composite material consisting of carbon fibers held in a Teflon® under contacting or run-dry conditions, resulting in abrupt, high- fluorocarbon resin matrix (PFA/CF Reinforced Composite, energy pump failure. With metal wear rings, design clearance 20 wt% random x-y oriented carbon-fiber). Vespel® CR-6100 has is increased to prevent failure, which has a negative effect on been installed in thousands of pumps in refineries, chemical efficiency, suction conditions, and overall pump vibration. Vespel® plants, power plants, and other fluid processing facilities since CR-6100 can be installed with reduced clearances, without 1996. It has replaced metal and other composite materials used increasing the risk of seizure while improving pump performance.

250 SERIES CENTRIFUGAL PUMPS
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Mud Hog™ Centrifugal Pump The SPD 2.5 in. Mud Hog™ Centrifugal Pump is designed and manufactured using the highest quality materials. Our Centrifugal pumps are available in sizes 3 x 2 x 13 in. through 8 x 6 x 14 in. to meet diverse flow rates in most applications. Through engineering design improvements and our dedication to continuous improvement to reduce repair cost and make repairs easier, SPD makes every attempt to provide the highest quality of products to our customers which meet our manufacturing tolerances and extend the life of the pump. SPD is committed to meeting and exceeding our customer’s expectations in an industry, which recognizes our products worldwide. The Mud Hog™ and all its features were designed with the customer in mind. Replacement parts are interchangeable with the Halco® 2500 Supreme centrifugal pumps, Mission® Magnum 1, and Mission® Magnum XL. SPD Centrifugal Pump, The MUD HOG™ Mud Hog™ Skid Packages  GENERAL INFORMATION SPD General Information GENERAL INFORMATION General Applications • Fresh water • Sea water • Drilling mud Standard Trim Includes • Frame - Cast Iron • Shaft* - 1045 Low Alloy Steel (AISI/SAE 1045) • Highest Quality Bearings - Steel • Shaft Sleeve* - 416 Stainless Steel • Casing* - Hard Iron/Cast Iron • Wear Pad* - Hard Iron • Labyrinth Seals/Isolators - Bronze • Mechanical Seal* - Heavy duty Tungsten Carbide with Viton® bellows • Impeller* - Hard Iron • Casing Nuts - Stainless Steel • All Pump Assemblies, Stuffing Box Covers and Casings hydrotested to 375 psig at no additional cost.

BERKELEY® TYPE B CENTRIFUGAL PUMPS

Berkeley TYPE B CENTRIFUGAL PUMPS ® PUMP PERFORMANCE w w w.BERKELE YPUMPS.com B series centrifugal pumps pump model nomenclature NAME PLATE EXAMPLE: pUMP SIZE EXAMPLE: B 4 G P BH S B– 4– G– 4" x 6" x 13" B H 4" – B = "Back Pull-Out" Design DISCHARGE SIZE (Inches) NOMINAL IMPELLER DIAMETER (Inches) 3" = A 4" = M 5" = X 6" = T 7" = W 8" = Y 9" = Z 10" = E 11" = F 15" = EX 12" = G 15.5" = XT 13" = J 16" = ET 14" = N 17" = EW 18" = EY 19" = EZ 20" = EE P = Electric Motor – Pump Attached Directly to Motor Frame Q = Engine Drive – Pump Attached Directly to Engine Frame R = Frame Mounted Belt or Flexible Coupling Drive RM = Special Duty Mounting Frame B– SPECIAL FEATURES (Optional) 2– S– 10 – NOMINAL IMPELLER DIAMETER (Inches) 3" = A 4" = M 5" = X 6" = T B– B = Hydraulically Balanced Impeller Design K = Self-Priming 7" = W 8" = Y 9" = Z 10" = E 11" = F 15" = EX 12" = G 15.5" = XT 13" = J 16" = ET 14" = N 17" = EW 18" = EY 19" = EZ 20" = EE SPECIAL FEATURES (Optional) B = Hydraulically Balanced Impeller Design RELATIVE CAPACITY OF IMPELLER LL = Very Low L = Low M = Medium (Often Omitted) H = High HH = Very High H– RELATIVE CAPACITY OF IMPELLER H– SUCTION SIZE (Inches) 13" – TYPE OF DRIVE P– DISCHARGE SIZE (Inches) 6" – TYPE OF CONSTRUCTION LL = Very Low L = Low M = Medium (Often Omitted) H = High HH = Very High NUMBER OF STAGES (Optional) (Single stages not indicated) SHAFT SEAL (Optional) S = Mechanical Seal (Packed Stuffing Box is not indicated) HORSEPOWER OF MOTOR OR ENGINE (Optional) (Normally indicated on Engine Driven Pumps only) The model configurations above illustrate the complete range of closed coupled product identification numbers. Berkeley Type B Hydraulic Performance (by product group) 600 175 FM 400 100 75 Feet of Head SAE 500 125 Meters of Head 150 CCMD 3600 RPM Fixed Speed SAE 300 CCMD 1800 RPM Fixed Speed 200 50 CCMD FM 25 0 100 CCMD 1200 RPM Fixed Speed

BAHASA INGGRIS IPA PAKET B Kunci Jawaban Soal B 1. Jawaban ...

BAHASA INGGRIS IPA PAKET B Kunci Jawaban Soal B 1. Jawaban : B Dari judul menunjukan bahwa petunjuk diperuntukan bagi mereka yang akan menikah. Regulations for Wedding/Receptions 2. Jawaban : A Informasinya ada di text kalimat no 2. The cost for a wedding or reception is £8.00 per person. If the reception includes catering, the cost will be an additional £20.00 per person. 3. Jawaban : A Informasinya ada di text kalimat no 5. This deposit will be refunded provided the grounds are left free of damage and litter. 4. Jawaban : B Reception artinya resepsi. Prompt: cepat, Welcome: selamat datang, Release: melepas, Party:pesta, Invitation: undangan. Jadi jawabannya adalah Welcome. 5. Jawaban : A Rehearsal artinya latihan. Preparation: persiapan, Implementation: pelaksanaan, Orientation: orientasi, Correlation: korelasi, Duration: lamanya waktu. Jadi jawabannya adalah preparation 6. Jawaban : C Terdapat pada paragrap pertama, yaitu “Although speech is the most advanced form of communication, there are many ways of communicating without using speech. Signals, signs, symbols, and gestures may be found in every known culture.” Bahwa Signals, signs, symbols, and gestures adalah bagian dari communication.

PEMBAHASAN DAN KUNCI JAWABAN GEOGRAFI KELAS XII ...

PEMBAHASAN DAN KUNCI JAWABAN GEOGRAFI KELAS XII PAKET B 1. Berdasarkan soal nomor 1 a. Konsep aglomerasi adalah merupakan gabungan, kumpulan, 2 atau lebih pusat kegiatan dalam 1 lokasi/kawasan terterntu seperti kawasan industri, pemukiman, perdagangan, dsb. b. Konsep morfologi menjelaskan kenampakan bentuk-bentuk muka bumi, seperti dataran rendah, lereng, bukit/dataran tinggi. c. Konsep pola menitik beratkan pada pola keruangan baik fisik maupun sosialnya seperti pola permukiman penduduk, pola aliran sungai, dsb. d. Konsep lokasi mengkaji letak suatu objek dipermukaan bumi. Pada konsep ini utamanya dalam menjawab pertanyaan dimana (where). e. Konsep ketergantungan adalah konsep yang menunjukkan keterkaitan keruangan antar wilayah akibat adanya perbedaan potensi antar wilayah. Seperti keterkaitan antara desa dengan kota. Kunci jawaban D 2. Prinsip-prinsip geografi ada 4 a. Prinsip deskripsi, merupakan penjelasan lebih jauh mengenai gejala-gejala yang diselidiki/dipelajari. Deskripsi disajikan dalam bentuk tulisan, diagram tabel/gambar/peta. b. Prinsip korologi, merupakan gejala, fakta/masalah geografi disuatu tempat yang ditinjau dari sebaran, interelasi, interaksi, dan integrasinya dalam ruang. c. Prinsip persebaran, merupakan suatu gejala dan fakta yang tersebar tidak merata dipermukaan bumi. d. Prinsip interelasi, merupakan suatu hubungan yang saling terkait dalam ruang antara gejala yang 1 dengan gejala lain. e. Prinsip distribusi, merupakan suatu gejala dan fakta yang tidak merata dipermukaan bumi.

Kunci Jawaban dan Pembahasan MAT VII A

Kunci Jawaban dan Pembahasan PR Matematika Kelas VII 1 Bab I A. Bilangan Bulat 10. Jawaban: c Pembalap tercepat adalah pembalap yang mempunyai catatan waktu paling sedikit. Juara I pembalap B (50 menit 27 detik) Juara II pembalap E (50 menit 28 detik) Juara III pembalap F (50 menit 30 detik) Pilihan Ganda 1. Jawaban: d –6 –5 –4 –3 –2 –1 0 1 2 3 4 5 6 Dari garis bilangan tersebut diperoleh: –6 < –1 (ii) 5 > –5 (iv) Jadi, pernyataan yang benar adalah (ii) dan (iv). B. Uraian 1. Posisi hewan-hewan tersebut dapat digambar pada garis bilangan berikut. –18 ↑ Paus 2. Jawaban: a Angka yang semakin kecil menunjukkan bahwa suhu semakin dingin. Jadi, suhu yang lebih dingin dari –2°C adalah –5°C (i). a. 3. Jawaban: b Suhu di bawah nol menunjukkan suhu negatif, sedangkan suhu di atas nol menunjukkan suhu positif. Jadi, penulisan suhu kedua kota tersebut –6°C dan 20°C. 2. a. b. b. 6. Jawaban: d Posisi benda yang berada 25 cm di bawah titik 0 ditulis –25. 7. Jawaban: a Dengan menggambar dan melengkapi garis bilangan, diperoleh: –5 –4 –3 –2 –1 0 1 2 3 4 5 8. Jawaban: b Mentransfer uang berarti mengirimkan uang ke rekening seseorang. Pak Banu mentransfer uang Rp810.000,00 sehingga tabungannya berkurang Rp810.000,00. 9. Jawaban: c –6 < x ≤ –1, x bilangan bulat adalah –5, –4, –3, –2, –1. 2 Kunci Jawaban dan Pembahasan PR Matematika Kelas VII Letak bilangan 5, 3, 7, 8, 4, 6 pada garis bilangan: 4 5 –3 0 7 8 3 6 Urutannya: –6, –3, 0, 3, 6 Letak bilangan –5, 5, –10, 0, –15 pada garis bilangan: –15 –10 –5 d. 6 Urutannya: 3, 4, 5, 6, 7, 8 Letak bilangan –3, 6, 3, –6, 0 pada garis bilangan: –6 c. 12 ↑ Elang Hewan yang berada di lokasi paling dalam adalah paus. Hewan yang berada di lokasi paling tinggi adalah elang. 3 4. Jawaban: d Notasi –8 ≤ x < 1 menyatakan bahwa nilai x yang memenuhi –8, –7, –6, –5, –4, –3, –2, –1, 0. 5. Jawaban: d Diketahui –3 < x < 5, x bilangan bulat. Jadi, anggotanya meliputi –2, –1, 0, 1, 2, 3, 4. –6 0 ↑ ↑ Hiu Lumba-lumba 0 5 Urutannya: –15, –10, –5, 0, 5 Letak bilangan –36, –18, –24, –30, –12 pada garis bilangan: –36 –30 –24 –18 –12 Urutannya: –36, –30, –24, –18, –12 3. x anggota dari –5, –4, –3, –2, –1, 0, 1, 2, 3, 4, 5 a. 0 < x ≤ 3, nilai x adalah 1, 2, 3 b. –4 ≤ x ≤ 3, nilai x adalah –4, –3, –2, –1, 0, 1, 2, 3 c. x ≤ –3 atau x > 3, nilai x adalah –5, –4, –3, 4, 5 d. x < –2 dan x > –4, nilai x adalah –3 atau x = –3

kunci jawaban ipa
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KUNCI JAWABAN IPA MATEMATIKA 46. Jawaban : C y = ax² + bx + c, melalui (1, 12) 12 = a + b + c, dimana a, b, c, merupakan deret aritmetika y’ = 2ax + b m = 2 . a. 1 + 4 6 = 2a + 4 a =1 a + c = 2b c=7 3a + 2b + c = 3 + 8 +7 = 18 47. Jawaban : C Misal cos x = y = 81 2x – 3y = - 81 51. Jawaban : B tan p = √3 ---- p = 60° sin q = ---- cos q = √ √ = cos (p + q) + cos 2q = cos 60° cos q – sin 60° sin q + cos² q - sin² q = √ - √ + 52. Jawaban : B f(x) = , g(x) = 7log (f o g)(x) = 7log /(1 - 27log ) + cos +cos (sin ) + (sin (f o g)(x) + (f o g)( ) = = A (x 2 sin ) – sin ) + (sin – sin )= ( ) = ( ) ( ) + = -1 A . 2 sin sin 53. Jawaban : A = A . 2 sin sin (π - ) = A . 2 sin sin = A . 2 sin 1 = 2A A=½ 48. Jawaban : D ² - ² ² =1 Asimtot : y = x, sejajar 6x – 3y + 5 = 0 =2 =4 ² = 16 1 −1 2 0 1 =( )( )= 2 1 3 1 2 −1 1 −2 ( ) 3 +2 +1 = k + 1 + 6p + 4 = -2 7k = -7 --- k = -1 1 −2 =( ) −1 0 0 −1 0 2 (( )-1 = ( ) = (− − ) 1 1 a + b + c + d = -2 54. Jawaban : D I I=I I √36 + 4 + 25 = √ ² + 36 + 4 x² = 25 x = 5 atau x = -5 a .p <0 49. Jawaban : D Sudah jelas 50. Jawaban : B 81 x 81 x log = log ----- log = log IaIIpI 6 12 10 √65 .√65 = log² = log 81 log x y log = log ........1) ---- x log = ylog 81 = log² Agar -6x – 12 + 10 < 0, maka nilai x yang memenuhi hanyalah x = 5 55. Jawaban : B (K’L’) = = log 81 log (1) : (2) ----- ........2) ² ² = log = log ---- x = y Dari (1) diperoleh log . log = log 81 . log log = log 81 <0 1 3 2 √2 ² + (3 √2)² = √26

Revit Architecture Training Course Outline - KETIV

Detailed class curriculum • Introduction to Revit - Building Information Modeling - Interface - Working with a Project - Navigation between Views • Basic Drawing and Editing - General Drawing Tools - Editing Revit Elements - Basic Modifying Tools • Setting up Levels and Grids - Creating Levels - Importing CAD files - Creating Structural Grids - Adding Columns • Drawing and Modifying Walls - Creating Exterior Shell - Adding Interior Walls • Doors and Windows - Adding Doors and Windows - Loading Families - Creating Additional Part Sizes • Curtain Walls - Creating Curtain Walls - Adding Curtain Grids - Working with Curtain Wall Panels - Adding Mullions • Creating Views - Duplicating Views - Adding Callout Views - Creating Elevations - Creating Sections • Floors - Creating Floors - Shaft Openings - Sloped Floors • Components - Adding Components • Reflected Ceiling Plans - Creating Ceilings - Soffits - Adding Ceiling Fixtures • Roofs - Creating Roofs - Roofs by Footprint - Reference Planes and Work Planes - Roofs by Extrusion • Vertical Circulation - Adding Stairs - Creating Ramps - Working with Railings • Construction Documentation - Setting up Sheets - Placing and Modifying Views - Printing Sheets • Annotation - Working with Dimensions - Working with Text - Adding Detail Lines and Symbols • Tags and Schedules - Adding Tags - Rooms and Room Tags - Working with Schedules - Creating Legends • Detailing in Revit - Setting up Detail Views - Creating and Annotating Details - Keynoting and Keynote Legends - Patterning

2014 120 Honda Manual - QMA
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HONDA CLAIM RULE - For GX120 QMA Type Engines 1. All engine claims must follow procedure listed in QMA rulebook. Please see Article 6, Section 1 HONDA SUSPENSIONS 1. All suspensions must follow procedure listed in QMA rulebook. Please see Article 6, Section 2 GENERAL RULES Only stock Honda GX120K1HX2 engine and gearbox will be used in this class. All parts will be stock Honda specifically made for the Honda GX12OK1 HX2. U.S. = GCAHK. Canada = GCAAT UY-2 = GCBMT Honda replacement block 12000-Z0S-416 IS ALLOWED All stock Honda parts must be used and properly installed with the following exceptions: The following (listed below) gaskets that are coming from Honda are tan & green will be legal to use Intake Gasket, Carb Gasket, Side Cover Gasket A. Governor System may be partially or fully removed with the exception of the steel drive gear on the crankshaft. This gear must remain intact. If shaft is removed hole must be plugged. Hole can be tapped for thread or epoxy. No welding. B. Factory air cleaner must be removed. Any air filter may be attached to the outside of air filter adapter. Outer wear style or equivalent can be used over carburetor only with no adapter. The approved air filter adapter may be run with or without an air filter. Any air filter may be used with adapter as long as there are no devices inside the air filter or adapter. (I.E. Springs not allowed) Hose from valve cover must go into a catch can. (We are using “outerwear” to define a style not brand name). 1. The use of air filters during qualifying at asphalt and dirt events is illegal. The Senior Tech. Official reserves the right to allow filters at any event that it’s deemed necessary. C. Stock Honda fuel tank must be removed. D. Recoil starter must be removed. Pull cup may be cut down for washer. Must use original cup. E. Exhaust: Stock Honda muffler will be removed. Mounting flange may be cut off of muffler and used as adapter flange. Any transition from the “D” shape of the exhaust port to round must take place with in the thickness (0.250” max.) of the flange. This applies to all exhaust systems. No steps or tapers allowed, pipe must be 1piece continuous pipe from flange or slip nipple to muffler coupler. No sections of pipe welded together (BUTT WELDS). grind marks are allowed past 0.250” flange area. No suspension for exhaust flange or pipe infraction just disqualification. If an after market flange is used, maximum allowable flange thickness will be 0.250 inches. If slip on type flange assembly is used, pipe stub will be a maximum 0.880 inches outside diameter tubing with a maximum overall length of 1.500” inches. Pipe stub must be inserted into exhaust pipe at least 0.750 inches and will have minimal exhaust leakage. Muffler to be used will be 4 to 8 hp Briggs & Stratton, part number 294599 or equal equivalent. Muffler will be internally unaltered except that the round cup shaped baffle may be welded to the perforated baffle without moving its original location. Threads will not be removed from muffler. Exhaust pipe will be a maximum of 1.000” inches outside diameter with a length of 20.0” to 26.0” including a threaded pipe coupler to welded to the end of

2007-2011 KIA RIO/HYUNDAI ACCENT 2009-2011 SOUL - Rostra

HELPFUL HINTS 1. BEFORE STARTING INSTALLATION: FAMILIARIZE YOURSELF WITH THE INSTALLATION INSTRUCTIONS AND CRUISE CONTROL COMPONENTS. 2. MATING CONNECTORS: A. WHEN DISCONNECTING CONNECTORS, HOLD CONNECTOR AND PRESS THE LOCK DOWNWARD WHILE PULLING CONNECTORS APART. FIGURE 1 FIGURE 1 CAUTION: DO NOT PULL ON WIRES B. WHEN CONNECTING MATING CONNECTORS, PUSH CONNECTORS TOGETHER UNTIL LOCKING MECHANISMS ARE FIRMLY LOCKED TOGETHER. 3. ANTI-THEFT RADIO: IF VEHICLE IS EQUIPPED WITH FIGURE 2 AN ANTI-THEFT RADIO, THE RADIO CODE MUST BE WRITTEN DOWN PRIOR TO DISCONNECT ING BATTERY CABLE. THE FIGURE 2 CODE MUST BE REENTERED WHEN THE NEGATIVE BATTERY CABLE IS REINSTALLED. DISCONNECT 4. REMOVAL OF NEGATIVE BATTERY CABLE: REMOVE THE NEGATIVE BATTERY CABLE BEFORE INSTALLING THE CRUISE CONTROL COMPONENTS FOR SAFETY PRECAUTIONS. FIGURE 3 FIGURE 3 5. FEMALE T-TAP CONNECTOR: WHEN INSTALLING FEMALE T-TAP CONNECTORS, ENSURE WIRE IS INSIDE GROOVE OF THE FEMALE T-TAP CONNECTOR BEFORE CLOSING ON WIRE WITH PLIERS. FIGURE 4 WIRE FROM MAIN CRUISE HARNESS FIGURE 4 PAGE 3 INSTALLATION STEP 1: VEHICLE PREPARATION LOCATION: ENGINE COMPARTMENT 1. 07 RIO: REMOVE (4) BOLTS 2. REMOVE FIGURE 5. PROCEED TO STEP TWO. VACUUM HOSE AND THREE PIN CONNECTOR FROM AIR INTAKE TO ACCESS THROTTLE. 3. MOUNT FIGURE 6 MODULE ON PASSENGER SIDE SHOCK TOWER USING SUPPLIED BOLT. FIGURE 7 REMOVE (4) BOLTS FIGURE 5 STEP 2: WIRE HARNESS ROUTING LOCATION: ENGINE COMPARTMENT 1. ATTACH FIGURE 7 MODULE HARNESS ALONG EXISTING VEHICLE HAR- NESS AS SHOWN IN 3. BE REMOVE THREE PIN CONNECTOR WIRE HARNESS GROUND TO FACTORY GROUND POINT ALONG SHOCK TOWER. 2. ROUTE 07 RIO SECURING THE PLASTIC ENGINE COVER GUARD TO EXPOSE ENGINE. O8 RIO: REMOVE ENGINE COVER GUARD FIGURE 8. REMOVE VACUUM HOSE SURE HARNESS IS NOT PINCHED OR BOUND. FIGURE 6 CRUISE MODULE HARNESS ROUTING GROUND POINT FIGURE 8 PAGE 4 FIGURE 7 INSTALLATION STEP 5: THROTTLE ATTACHMENT FACTORY CABLE BRACKET LOCATION: ENGINE THROTTLE SHAFT AREA 1. REMOVE (2) 10MM SCREWS TO RELEASE FACTORY CABLE BRACKET. REMOVE THROTTLE CABLE ASSEMBLY ON FACTORY BRACKET TO PLACE ON CABLE BRACKET WITH CRUISE CABLE SUPPLIED IN KIT. FOR DIVIDING CABLE BRACKET. 2. REMOVE REMOVE 10MM SCREW FIGURES 9AND 10. 10MM SCREW FIGURE 9 VEHICLE THROTTLE WASHER AND NUT AND PLACE CRUISE THROTTLE BRACKET ON STUD. THROTTLE WASHER AND NUT. FIGURE REINSTALL 11 VEHICLE THROTTLE CABLE ASSEMBLY FIGURE 10 3. AFTER FIGURE 12, CABLE ASSEMBLY IS NOT HOLDING THE THROTTLE OPEN IN ANY WAY. THERE SHOULD BE 0.060.10” SLACK BETWEEN IN CRUISE CONTROL CABLE PLAY. ASSEMBLY IS SECURED AS SHOWN IN MAKE SURE THE STEP 6A: HARNESS CONNECTIONS LOCATION: DRIVER SIDE FIREWALL NEW CABLE BRACKET 1. LOCATE FIREWALL ACCESS GROMMET FROM DRIVER SIDE COMPARTMENT AND PULL HARNESS CONNECTORS CRUISE CONTROL MODULE VEHICLE. FIGURE 13 INSIDE 2. CONNECT MATING CRUISE CONTROL CONNECTORS. THROTTLE NUT FIGURE 11 FIGURE 13 ACCESS GROMMET REPLACED BRACKET THROTTLE BRACKET DIVIDING BRACKET FIGURE 12 PAGE 5

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