Choose from our selection of steam hose, including over 175 products in a wide range of styles and sizes. In stock and ready to ship. Maximum Pressure @ Temperature. Maximum Pressure @ Temperature; 275 psi @ 72 ° F: 285 psi @ 72° F: Bend Radius. Bend Radius; Less than 10" 10" to 24.9" 25" to 49.9" Interior Texture. Interior Texture
R160 - Hose Dimensions and Pressure Ratings: Hose Part Nuer: Nominal Size, in. mm. Nominal I.D., in.
Hose Master Flexhose Selection Chart. All of the hoses listed below can be configured and ordered online - just click the link to the right of the specs. Inside Diameter. Model. Nuer of Braids. Hose Material. Braid Material. Working Pressure at 70°F. Min Static Bend Radius.
Ri=Inner bend radius=(Bend Radius*OD)-(OD/2) The value of bend thinning shall be less than 2.5%. Pipeline Strain Check. The strain-induced in a pipeline by bending it along a radius R is=(Pipe OD)/2R (Bend Radius) the permanent bending strain should be within 2%.
Hose E-4 Hose Products Division Parker Hannifin Corporation Wickliffe, Ohio alog 4400 US Technical A B Fittings C Equipment D Accessories E Technical Hose Dash Size -04 -05 -06 -08 -10 -12 -16 -20 -24 -32 -40 -48
There are different dimensions and egories in the standard bend radius for pipe fittings. The bending radius is expressed in relation to the pipe’s outer diameter. If the radius is equal to the pipes diameter then the radius is 1D. The radius is 2 times greater than the outer diameter then the pipes bends is 2D. There are also different standard pipe bend angles ranging from 15% …
Technical Information. We don’t just offer industry-leading products; we also offer technical information for flexible metal product selection. We strongly believe knowledge is critical to ensure our customers are selecting the best product for their appliion. Selecting the proper hose and assely components is crucial.
Bend Radius: The minimum bend radius of a hose is an important factor in hose selection if it will be subject to sharp curvatures in normal use. The bend radius (calculated in a lab environment, appliions may vary) is measured as the distance to the inside edge of the hose (not the center line) when making a 90° bend. When bent at too sharp
Low pressure textile braid hose for petroleum based hydraulic oil/lubriing fluids/diesel/unleaded petrol/aqueous emulsions/water and air. Min. Bend Radius - mm. Weight - Kg/m. LPHT-04: 1/4: 6.4: 12.4: 21: 305: 76: 0.12: LPHT-06: 3/8: 9.5: 16.0 LOW PRESSURE HOSE. R5HT. HIGH TEMP AIR BRAKE & FLEX HOSE. HTAB / HTFH. Pirtek acknowledges
for the bending of the tubes and the somewhat larger shell diameter (due to the minimum U-bend radius), mak-ing the cost of a U-tube heat ex-changer comparable to that of a ﬁxed-tubesheet exchanger. The advantage of a U-tube heat exchanger is that because one end is free, the bundle can expand or con-tract in response to stress differen-tials.
PETROLEUM TEX-FUEL, Fuel Transfer Hose . TEX-STEAM, Steam Hose . O.D. Working Pressure Burst Pressure Bend Radius Weight Dash Inch Dn Inch mm psi bar psi bar inch mm lbs/ft Kg/mt 16 1 25 HBR4-16 1-1/2 38 245 17 980 68 2.95 75 0.60 0.90 20 1 1/4 31 HBR4-20 1-77/100 45 200 14 800 56 3.35 85 0.96 1.44
Min. bend radius Pressure ratings at 20 °C Weight/foot Static Dynamic WP. BP. lbs. inch inch inch inch psi psi 1 1/4 0.51 2.25 4.5 2500 10000 0.19 2 0.56 3 6 3250 13000 0.3 1 3/8 0.67 3 6 2625 10500 0.31 2 0.73 4 8 3250 13000 0.51 1 1/2 0.83 4.5 7.5 2000 8000 0.39 2 0.89 6 10 3200 12800 0.63 1 3/4 1.16 6 9 1525 6100 0.59 2 1.26 8 12 2625 10500
ASME B31.4 Liquid Petroleum Transportation Piping Systems ASME B31.5 Refrigeration Piping ASME B31.8 Gas Transmission and Distribution Piping Systems ASME B31.9 Building Services Piping ASME B31.11 Slurry Transportation Piping Systems ANSI/AGA Z223.1 National Fuel Gas Code (same as NFPA 54) AWWA C 100 Cast-Iron Pipe, Fittings
petroleum/petrochemical appliions, Royalflex is made to meet the challenge. Features • Thermoplastic vinyl nitrile (H1196), Nitrile (H-1193) homogeneous tube and cover • More turns of helical wire per inch • Higher working pressure • Lightweight • Long lengths • Retains flexibility and vacuum characteristics
14/1/2020· The minimum bend radius formula is: L = A/360° x 2πr. The variables in this equation are defined as: L: The minimum length of the hose that needs to bend. A: The angle of the bend. r: The bend radius of the hose. π: 3.14. Using this formula, the minimum required length of a hose can be determined for any situation.
PETROLEUM STEAM AND CHEMICAL HOSE. PART # NOM. ID" NOM. OD" VACUUM PSI BEND RADIUS" STD PACK WEIGHT# TLBS150-100. 1: 1.42. 29: 150. Black nitrile rubber for maximum oil resistance. TEMPERATURE:-35C to +93C(-30F to +200F) OD" VACUUM PSI BEND RADIUS" STD PACK WEIGHT# TLB-075. 3/4. 1.14: 29. 150: 3.00. 100'' 0.43----TLB-100. 1: 1.42. 29
As a general rule, a velocity of 25 to 40 m/s is used when saturated steam is the medium. 40 m/s should be considered a practical limit, as above this, noise and erosion will take place particularly if the steam is wet. Some National standards quote velocities up to 76 m/s for saturated steam.
22/10/2020· Evaluating Eq. 9 at the inside radius and at the outside radius, we have and The maximum von Mises stress is at the inside of the 13 3 / 8-in. casing with a value that is 66% of the yield stress. In the burst calculation, the applied pressure …
Once in possession of the minimum bend radius value, one can calculate the minimum hose length for a given angle of bend. A common formula used for this is: L = A/360°∆ x 2πR, Where: L is minimum length of hose required for the bend. A is angle of the bend. π is 3.14. R is the R (Minimum Bend Radius) for the hose type and diameter
steam, etc. Part Nuer Nominal I.D. Maximum O.D. Maximum Working Pressure Minimum Bend Radius Vac. Rating Hg./73˚F Weight Permanent Fitting Series Field Attachable Series Natural Conductive inch mm inch mm psi MPa inch mm inch lbs./ft. kg./mtr. 919-20 - 1-1/8 29 1.28 33 625 4.3 16.00 406 10 .39 .58 91 90 lbs Appliions/Markets Chemical
When gas or liquid being conveyed in a corrugated metal hose exceeds certain limits, resonant vibration can occur. Resonance may cause very rapid failure of the assely. In those appliions where product velocities exceed the limits shown in the graph below, a revision of the assely design might include: Addition of an interlocked metal
product improvement without prior notice. ※The maximum working pressure may vary depending on the design conditions. ※1: Pressure at working temperature of 40°C, safety factor of 3 and weld efficiency of 0.7 Nominal diameter Inner diameter (mm) Thickness (mm) Pitch (mm) Outer diameter （mm） Min. bending radius (mm) Max. working pressure
MPC TX Marathon Petroleum Company, LP Texas City Refinery max Maximum Flare Tip Velocity Including, if Applicable, Center Steam at Which Flame Lift Off is Not Expected to Occur . This information is distributed solely for the purpose of pre-dissemination peer review under applicable information quality guidelines. It has not
Gas: 45 metres / sec Liquid: 22 metres / sec Reduce a further 25% for 45° bends, 50% for 90° bends Where the flow velocity exceeds these rates, an interlocked metal liner or larger hose ID is recommended. Pressure Drop Pressure drop in a straight corrugated hose is approximately 1.5 times that of rigid pipe.
vegetable oil as well as standard petroleum based fluids, superior impulse performance. Tested to 1,000,000 impulse cycles. Extremely high hydraulic appliions. Most flexible EN 856 4SH Hose in industry. superior impulse performance. Tested to 1,000,000 impulse cycles at bend radius lower than EN 856 standard. compatible
The bend radius at the center line of ducts shall be equal to or greater than one duct diameter (See Figures 8 and 11). Sharper bends increase pressure drop significantly and reduce airflow. Avoid incidental contact with metal fixtures, water lines, pipes, or conduits. Do not install near hot equipment (e.g. furnaces, boilers, steam pipes, etc.)