VINYL PIPES U-PVC HI-PVC & FITTINGS JIS SERIES. ASAHI AV VINYL PIPES – U-PVC (HI-PVC) VP and VM PIPES Nominal Size Identification Outer diameterThickness.

Slides:



Advertisements
Similar presentations
FLOW IN PIPES, PIPE NETWORKS
Advertisements

Sino Pipe Fitting Mould Co. is the professional and high classic pipe fitting mould manufacturers in the world. To consider the big moulds investment.
Stresses due to fluid pressure in thin cylinders
ASME Certified Yankee Dryer King Hardware May 3rd, 2010.
KRAH AG : STRUCTURED WALL PIPE TECHNOLOGY
HEATING AND PLUMBING FEF
PETE 203 DRILLING ENGINEERING
HVACR316 - Piping Piping and Fitting.
11.2 Nominal masses Nominal mass is used in connection with pipe having end finish such as threads and couplings, upset and threaded ends, upset ends,
Materials used for pipes: Sewers are made from: 1- Concrete 2- Reinforced concrete 3- Vitrified clay 4- Asbestos cement 5- Cast iron (lined with cement).
Lecture Goals Slab design reinforcement.
Tolerance Calculations
Engineering Metrology
Ken Youssefi MAE dept. 1 Pressurized Cylinders Pipes carrying pressurized gas or liquid. Press or shrink fits Pressurized cylinders Hydraulic or pneumatic.
Pressure Vessel Stress Calculations Brian. Stress calculations for a 5 foot Long 2 foot in diameter cylindrical pressure vessel during normal operation.
REVIEW. Membrane Theory Calculation of R 1 and R 2 1.Cylindrate shell R 1 = ∞ R 2 = D / 2 δ D p.
PROBLEM-1 State of stress at a point is represented by the element shown. Determine the state of stress at the point on another element orientated 30
Irrigation Pipe.
Steel Pipe Plumbing Systems
Objective : To understand the fabrication, design, installation welding, inspection and testing for new construction in oil and gas industry After followed.
Common Terms (and what they mean) S or Slip: A regular hub. The pipe glues into this (same O.D. as coupling) Mips: Male pipe threads on the outside of.
HEATING SYSTEMS AND SANITARY INSTALLATION OUT OF PP - R AGRUSAN.
2006 Oct. 19 DES Project -- Vaidas Simaitis, University of Illinois1 DHE – Detector Head Electronics Monsoon 80mm Crate Heat Load.
Compressed Air Piping Systems by Asahi/America
1 Design and drawing of RC Structures CV61 Dr. G.S.Suresh Civil Engineering Department The National Institute of Engineering Mysore Mob:
1 Design and drawing of RC Structures CV61 Dr. G.S.Suresh Civil Engineering Department The National Institute of Engineering Mysore Mob:
NEW DEVELOPMENTS IN FABRICATED TEES – A QUALITY ASSURANCE DESIGN GUIDELINE A.C. Seibi and R. J. Lawrence, GPPA.
13.4. GENERAL DESIGN CONSIDERATIONS: PRESSURE VESSELS
Hydraulic Engineering
Pipe Freeze Protection. 2 XL-Trace Systems Pipe Freeze Protection and Flow Maintenance.
Thermowell Calculation Guide In accordance with ASME PTC 19.3 TW-2010
1 Design and drawing of RC Structures CV61 Dr. G.S.Suresh Civil Engineering Department The National Institute of Engineering Mysore Mob:
University of Palestine
Kanwalpreet Kaur Communication subsystem & Integration subsystem.
FAIR MT/Cryogenics, Seong Yeub Shim Beam-Tube Eddy Loss S. Y. Shim.
FOOTINGS. FOOTINGS Introduction Footings are structural elements that transmit column or wall loads to the underlying soil below the structure. Footings.
Peter Tuft AS Launch, February AS PIPE WALL THICKNESS.
HVAC523 Piping and Fittings.
Problem-1: A rigid coupling has a bore diameter of 50 mm. Four machined bolts on a bolt circle of 125 mm diameter and fitted in reamed holes. If the bolts.
Mechanical Design of Process Equipment FUNDAMENTAL PRINCIPLES AND EQUATIONS Principal stresses Theories of failure
PF3W Series 3-Color Display Digital Flow Switch Planned release date: May 2012.
Statistics 1: Introduction to Probability and Statistics Section 3-2.
Chapter 3: Solving Equations 3.7 Percent of Change.
Welcome! Drafting 2323: Pipe Drafting Andrew Amini Full Time Instructor, HCC.
Sanitary Engineering Lecture 10 Revision
1. Two rods, one of nylon and one of steel, are rigidly connected as shown in Fig. P.1.2. Determine the stresses and axial deformations when an axial load.
What is the volume of a hula hoop?
Stresses due to fluid pressure in thin cylinders
EXERCISES Two water reservoirs are connected by a pipe 610m of 0.3m diameter, f’=0.038 and the flow produced by the difference in water surface elevations.
Design of the thermosiphon Test Facilities 2nd Thermosiphon Workshop
Chapter No.2……Principal planes and stresses……..08 Marks
Major Changes in D27DT Engine
Crab Cavity HOM Coupler Specification Drawings & Tolerances
Welcome! Drafting 2345: Advanced Pipe Drafting
Limit, Fit & Tolerance – Numerical Problems
Erosion Management Strategy for High Risk Assets
Engineering Metrology
One point perspective.
CONNECTION Prepared by : Shamilah
Plain & Reinforced Concrete-1 CE3601
Final Design CGEM Workshop HIEP, 14/03/2017 M. Melchiorri - INFN FE.
GENERALPIPINGREQUIREMENTS:. Designing and erecting an efficient piping system requires certain aspects/ requirements which could be found in our PME handbook…
Engineering Metrology
Joints John Kallemeyn.
Limits, Fits and Tolerances
P2 25 mm (1") Metal Pump.
SCITEQ End closure series
Pipe fitting Threads on pipe fittings are tapered and rely on the stress generated by forcing the tapered threads of the male half of the fitting.
Presentation transcript:

VINYL PIPES U-PVC HI-PVC & FITTINGS JIS SERIES

ASAHI AV VINYL PIPES – U-PVC (HI-PVC) VP and VM PIPES Nominal Size Identification Outer diameterThickness Approx. Inner diameter Length Calculated Weight (kg/m) HI-PVC VP pipe Basic Dimension Max. Min. Tolerance ( ) Average Tolerance ( ) Min. Dimension Tolerance ( ) 13VP , Available 16VP , Available 20VP , Available 25VP , Available 30VP , Available 40VP , Available 50VP , Available 65VP , Available 75VP , Available 100VP , Available 125VP , Available 150VP , Available 200VP , Available 250VP , VP , VM , VM , UNIT: mm Notes; 1.The maximum outer diameter(minimum diameter) is the largest(smallest) of outer diameter measurement at a location. 2.The average outer diameter is the average for outer diameter measurements made in a direction other than two parallel direction or a circumference measurement divided by The mass per unit length(m) in the table, which was calculated using a specific gravity of U-PVC(1.43) is only for information, not part of standards. 4.The length tolerance is +10mm or –10mm. 5.The pipe of VM350 and VM400 are confirmed as JIS K 6741 standard. 6.The pipe of HI-PVC is confirmed as JIS K6742 standard. VP and VM plane end pipe U-PVC JIS K 6741 or 6742 VP plane end pipe HI-PVC JIS K 6742

ASAHI AV VINYL PIPES – U-PVC VU PIPES Nominal Size Identification Outer diameterThickness Approx. Inner diameter Length Calculated Weight (kg/m) Basic Dimension Average Tolerance ( ) Min. Dimension Tolerance ( ) 40VU , VU , VU , VU , VU , VU , VU , VU , VU , VU , VU , VU , VU , VU , VU Pipe - JIS K6741 UNIT: mm Notes; 1.The maximum outer diameter(minimum diameter) is the largest(smallest) of outer diameter measurement at a location. 2.The average outer diameter is the average for outer diameter measurements made in a direction other than two parallel direction or a circumference measurement divided by The mass per unit length(m) in the table, which was calculated using a specific gravity of U-PVC(1.43) is only for information, not part of standards. 4.The length tolerance is +10mm, –10mm. VU Plane end pipe U-PVC

ASAHI AV TS FITTINGS Common Dimension for TS Socket Connection Taper : 1/T Nominal Size 13mm to 50mmNominal Size 65mm to 150mm JIS K Nominal Size d1 Tolerance ( ) l 1/TDDT D, DT Tolerance d (Minimum) Outer diameter of pipe / / * / / / * / / * / / / * / / / * / / UNIT: mm Notes; 1.Tolerance for dimension ( l ) is +4mm, -0.5mm. 2.Sizes marked with * are according to AV original standard. + -

ASAHI AV TS FITTINGS 90º ELBOW Nominal Size DtHHI-PVC Available 16* Available Available Available 28* Available 35* Available Available 65* Available 75* Available 100* Available 125* Available 150* Available UNIT: mm Nominal Size 13mm to 50mm Nominal Size 65mm to 150mm SOCKET Notes; 1.Tolerance for dimension (H) is +4mm, -0.5mm. 2.Sizes marked with * are according to AV original standard. Nominal Size 13mm to 50mm Nominal Size 65mm to 150mm Nominal Size DLHI-PVC Available 16*29.067Available Available Available 28* Available 35* Available Available 65* Available Available Available 125* Available Available UNIT: mm Notes; 1.Tolerance for dimension (L) is +4.0mm, -4.0mm. 2.Sizes marked with * are according to AV original standard. JIS K

ASAHI AV TS FITTINGS REDUCING SOCKET Nominal Size DtD1t1LHI-PVC *16 x Available 20 x Available *20 x Available 25 x Available *25 x Available 25 x Available 30 x Available 30 x Available *40 x Available 40 x Available 40 x Available *50 x Available *50 x Available 50 x Available 50 x Available *65 x Available *65 x Available *75 x Available 75 x Available *75 x Available 100 x Available *125 x Available 150 x Available *150 x Available UNIT: mm 1.Tolerance for dimension (L) is +4mm, -4mm. 2.Sizes marked with * are according to AV original standard. Nominal Size 65mm to 150mm Nominal Size 13mm to 50mm Notes; JIS K

ASAHI AV TS FITTINGS TEE Nominal Size DtHH1HI-PVC Available 16* Available Available Available 28* Available 35* Available Available 65* Available Available Available 125* Available Available UNIT: mm Notes; 1.Tolerance for dimension (H) is +5mm, -1mm. 2.Sizes marked with * are according to AV original standard. Nominal Size 13mm to 50mm Nominal Size 65mm to 150mm CAP Nominal Size DtLHI-PVC Available 16* Available Available Available 28* Available 35* Available Available 65* Available Available Available Available UNIT: mm 1.Tolerance for dimension (L) is +5mm, -0mm. 2.Sizes marked with * are according to AV original standard. 3.Dimension of R is from 1mm to 5mm. Nominal Size 13mm to 50mm Nominal Size 65mm to 150mm Notes; JIS K

ASAHI AV TS FITTINGS REDUCING TEE UNIT: mm Notes; 1.Tolerance for dimension (H and H1) is +5mm, -1mm. 2.Sizes marked with * are according to AV original standard. Nominal Size 65mm to 150mmNominal Size 13mm to 50mm Nominal Size DtHD1H1HI-PVC *65 x Available *65 x Available 75 x Available 75 x Available 75 x Available *75 x Available 100 x Available 100 x Available *125 x Available *125 x Available 150 x Available 150 x Available *150 x Available JIS K

ASAHI AV TS FITTINGS FAUCET ELBOW Nominal Size DtD1D2 l1l1 l2l2 THH1ThreadHI-PVC Rp ½Available Rp ½Available Rp ¾Available Rp 1Available UNIT: mm Notes; 1.Tolerance for dimension (H) is +5mm, -1mm. 2.Tolerance for dimension (H1) is +5mm, -2mm 3.Tolerance for dimension ( l 2 ) is +1mm, -1mm. Caution; 1.Use seal tape and gasket at thread connection. 2.Do not use for connection between metal piping and U-PVC(HI-PVC) piping. 3.Please set proper piping support around Elbow.

ASAHI AV TS FITTINGS 45º ELBOW Nominal Size DtHHI-PVC Available Available UNIT: mm Notes; 1.Tolerance for dimension (H) is +5mm, -1mm. JIS K

ASAHI AV FITTINGS AV 45º BEND Nominal Size DdtLRHI-PVC Available Available Available Available Available Available Available UNIT: mm AV 90º BEND Nominal Size d1d2 l DD1tLR UNIT: mm

ASAHI AV LARGE SIZE FITTINGS AV SHORT ELBOW Nominal Size d1d2 l DtLRHI-PVC Available UNIT: mm AV 90º BEND Nominal Size d1d2 l DD1tLR UNIT: mm

AV 45º BEND Nominal Size DdtLRHI-PVC Available UNIT: mm ASAHI AV LARGE SIZE FITTINGS Nominal Size90 ELBOW45 BEND SHORT ELBOW SOCKET (Thick Wall) REDUCING SOCKET TEE REDUCING TEE Maximum Permissible Working Pressure for AV Large Size Fittings at ambient temperature UNIT: MPa Maximum working pressure includes water hammer pressure on hydrostatic pressure.

ASAHI AV LARGE SIZE FITTINGS AV SOCKET (THICK WALL) Nominal Size d1d2 l DdZLHI-PVC Available UNIT: mm AV REDUCING SOCKET Nominal Sized1d2 l1l1 D1d3 l2l2 D2LHI-PVC 200 x x UNIT: mm

ASAHI AV LARGE SIZE FITTINGS AV TEE Nominal Size d1d2 l DdtLHI-PVC Available UNIT: mm AV REDUCING TEE Nominal Sized1d2 l1l1 D1d3d4 l2l2 D2H l3l3 L 200x x x x x x x UNIT: mm