螺旋无缝钢管产品说明书

合集下载

15 Ton Ram 螺纹钢管内扩适配器及相关配件说明书

15 Ton RamEquipment to Internally Expand 1" to 3" Carbon Steel FittingsDesigned for Internal Expansion Only15RODLARGERod for 2" - 3" for 15 Ton Ram 15RDLG-ALarge rod only for 15 Ton Ram 25RDLG-BNut only for 15 and 25 Ton Rams 25RODSMALLRod for 1" - 1½" steel and Holedall ™ petroleum fittings 25RDSML-ASmall pull rod 25RDSML-BSmall pull rod adapter 25RDSML-CNut for 25RODSMALL 15ADAPT2502½" IX adapter for 15 Ton Ram 15ADAPT2002" IX adapter for 15 Ton Ram 15ADAPT1501½" IX adapter for 15 Ton Ram 15ADAPT1251¼" IX adapter for 15 Ton Ram 15ADAPT1001" IX adapter for 15 Ton Ram IXPLUG3003" internal expanding plug IXPLUG2502½" internal expanding plug IXPLUG2002" internal expanding plug IXPLUG1501½" internal expanding plug IXPLUG1251¼" internal expanding plug IXPLUG1001" internal expanding plug15TONRAMMulcoram including motor (115 volt) pump, hose and gauge, 3" internal expanded adapter (built onto unit)Internal Expanding EquipmentEquipment to Internally Expand Holedall™ Petroleum Fittings / All Sizes15RODLARGE Rod for 2" - 4" for 15TONRAM - consists of the following:15RDLG-A Large rod only for 15TONRAM25RDLG-B Nut only for 15 and 25 Ton Rams15ROSTROD Rod for ⅝", ¾" & 1" Holedall™ petroleum fittings- consists of the following: 15ROSTROD-A Pull rod for 15TONRAM H520 fittings25RDSML-B Small pull rod adapter25RODSMALL Rod for 1" to 1½" hose - consists of the following:25RDSML-A Small pull rod25RDSML-B Small pull rod adapter25RDSML-C Nut for 25RODSMALL15ROSTPA Adapter plate for Holedall™ petroleum fittingsH5231NSTADT Adapter for NST female 1½" H520 series couplings25000HTL031" IX plug (must use 15ROSTROD)25000HTL02¾" IX plug (must use 15ROSTROD)25000HTL01⅝" IX plug (must use 15ROSTROD)IXPLUG4004" IX plug for steel & Holedall™ petroleum fittingsIXPLUG3003" internal expanding plugIXPLUG2502½" internal expanding plugIXPLUG2002" internal expanding plugIXPLUG1501½" internal expanding plugIXPLUG1001" internal expanding plugIXPLUG1381⅜" internal expanding plugIXPLUG1251¼" internal expanding plug25000HTL26Thrust plate for 3" aluminum H52025000HTL25Thrust plate for 2½" aluminum H52025000HTL24Thrust plate for 2" aluminum H52025000HTL23Thrust plate for 4" H520 style fittings25000HTL22Thrust plate for 3" H520 style fittings25000HTL21Thrust plate for 2½" H520 style fittings25000HTL20Thrust plate for 2" H520 style fittingsContact Dixon® for more information2Parts & Attachments25000HTL19Thrust plate for 1⅜" & 1½" H520 style fittings 25000HTL18Thrust plate for 1¼" H520 style fittings25000HTL17Thrust plate for 1" H520 style fittings25000HTL16Thrust plate for 1" x 1½" H570 style fittingsThrust plate for 1" x 1-9/16" H570 style fittings25000HTL15Thrust plate for 1" x 1-25/64" H570 style fittingsThrust plate for 1" x 1-29/64" H570 style fittings 25000HTL14Thrust plate for ¾" H520 style fittings25000HTL13Thrust plate for ¾" x 1-17/64" H570 style fittings25000HTL12Thrust plate for ¾" x 1-9/64" H570/H580 style fittings Thrust plate for ¾" x 1-11/64" H570/H580 style fittings Thrust plate for ¾" x 1-13/64" H570/H580 style fittings25000HTL11Thrust plate for ⅝" H570 style fittingsEquipment to Internally Expand Holedall Petroleum Fittings / All Sizes (cont.)Equipment to Internally Expand 1½" and 2" Flow Chief Food Grade Fittings15RODLARGE IX rod for 2" hose15RDLG-A Large rod only for 15 Ton Ram25RDLG-B Nut only for 15 and 25 Ton Rams25RODSMALL IX rod for 1½" hose25RDSML-A Small pull rod25RDSML-B Small pull rod adapter25RDSML-C Nut for 25RODSMALLPFADAPT1501½" sanitary end adapter (Tri Clover style)PFADAPT150-3A1½" 3A sanitary end adapter (Tri Clover style)PFADAPT2002" sanitary end adapter (Tri Clover style)PFACNTA2002" bevel seat Acme nut adapter(must buy PFADAPT200 to use this part)PFACNTA1501½" bevel seat Acme nut adapter(must buy PFADAPT150 to use this part)IXFDPLG1501½" food plug (for stainless steel fittings only)IXFDPLG2002" food plug (for stainless steel fittings only)IXFDPLG1872" 3A food plug (for stainless steel fitting only)IXFDPLG1371½" 3A food plug (for stainless steel fitting only)4Parts & Attachments。

X70钢级螺旋缝埋弧焊钢管

作者：王洋;李建一;刘晶晶;王海生;马相军
作者机构：中国石油集团渤海石油装备制造有限公司华油钢管公司
出版物刊名：石油科技论坛
页码： 62-64页
年卷期： 2017年第S1期
主题词： X70钢级;螺旋缝埋弧焊管;西气东输工程;结构性能
摘要：X70钢级螺旋缝埋弧焊钢管主要应用于石油、天然气长距离、高压输送管道建设,具有高效、经济、强韧性好、可焊接性强、性能稳定、安全可靠、使用寿命长等特点。

产品规格范围为管径610~1067mm、壁厚7.9~17.5mm;采用低应力螺旋成型技术,制管后钢管残余应力低,低温夏比冲击韧性优异,具有自主知识产权,整体性能达到国际先进水平。

近3年实现销售量12.94×104t,是目前国内外工程应用量较大的钢管。

钢管管缸K K Brass SAE 45°螺纹接缝件说明书

Pipe, Welding& Tube FittingsK713DGCL2018877.963.4966 • Brass SAE 45° Flare FittingsApplications:• f or use with copper, brass, aluminum and welded steel hydraulic tubing that can be flaredFeatures:• e conomical fitting • r esists mechanical pullout • e asy to disassemble and may be reassembled repeatedly, for a leak-proof connection • m anufactured from CA 360, CA 345, or CA377 brass • f or use with hard-to-hold liquids and gases • L isted with Underwriter's Laboratories for flammable liquid, marine, refrigeration and gas applications. Meets functional requirements of SAE J512 and J513, ASA and MS (Military Standards).•t emperature range: -65°F to 250°F (-54°C to 121°C)Working Pressure Ranges:Temperature and type of tubing used are important factors, the following table is a general guide for proper selection.The PSI rating given is based on a temperature of 73°F (22°C) using copper tubing.Assembly Instructions:1. C ut tubing squarely and clean tube end thoroughly to remove burrs.2. P lace nut onto tube. Place threaded end of nut toward end of tube.3. F lare tube end with flaring tool to provide 45° flare (flare tools are available, please contact Dixon ® for pricing and availability).4. C lamp tube flare between nut and nose of fitting body by screwing nut on finger-tight. Tighten with a wrench an additional ¼ turn for a metal-to-metal seal.Female ConnectorsMale ConnectorsFeature:• reference SAE 010102Feature:PSI Tube OD Tube Wall 1400¼".0301000⅜".032750½".032650⅝".035550¾".035Tube Fittings。

螺旋钢管

编号：到站：车号：4根48米合同号：amount 4lengths 48meters tons.钢号标准规格水压压力合格Steel Speci-Size （Mpa ）项数Grode fication屈服点抗拉强度伸长率正弯反弯Hydrostatic Qualified 根米CSiMnPS（Mpa ）（Mpa ）δ％Face Root Test Items Lengths MeterYield Tensile Elonga-Bend Bend PressuresPoint Strength tion 180°180°Q235BSY/T5037-2000529*84480.150.180.480.0210.02528040533合格合格4.2120000000说明： NOTE ：DatePerson in Charge Inspector Delivery person 2、运输装卸砸坏不在检查标准范围内。

The Pipes damaged during transp oration loading and unloading are not Within the scope ofinspection.负责人：王然检验员：刘志文发货员：徐秀萍发货日期：2013-7-231、承压管与一般管混用时，一律按一般管保管。

When Linepipes for Pressure service and for ordinary service are used in the mixed Conditions ，the quality insurance should be taken in the ordinary ones.（Mpa ）Tensile Strength415QuantityParent Metal Chemical Composition Parent Metal Mechanical PropertiesWeld Mechanical Properties 抗拉强度货物名称：螺旋管The pipes are tested according to SY/T5037-2000，and counted nominallyDescriptionContract No数量母材化学成分（％）母材物理性能焊接接头物理性能收货单位：Receiver 检查依据SY/T5037-2000,按理论计算，合计Freight No 订货单位：This is to certify that in accordance With the relevant specific tions and contracts the steel pipesConsumer manufactured for your unit ，Were tested qualified by our quality control department.Arrived station 佛山市津来钢管有限公司产品质量证明书Product Quality Certificate兹为你单位制造钢管，业经本厂质量检验科根据标准技术条件合同检查合格，特发此证。

54无缝钢管包装、标志和质量说明书

表5
产品
代号
标记高度，mm
＜4 1/2
4.8
管体
≥4 1/2
6.4
管子规格＜4 1/2
6.4
接箍
管子规格≥4 1/2
9.5
5.2.1.3 打印位置：每根钢管的外表面上，位于接箍端或距平端 300mm 范围内。
5.2.1.4 打印标记内容及顺序应符合表 6 的规定。
4
Q/ASB 82-2005
表6
标记顺序
5.2.2.2 模印标记内容及顺序符合表 6 的规定。
5.2.3 色标
5.2.3.1 每根管体距接箍端或平端不大于 610mm 的距离环绕管子涂一条明亮的色带，J55 钢级漆
绿色带，N80 钢级漆红色带。
5.2.3.2 每个接箍整个外表面上涂明亮的色带，J55 钢级涂绿色漆，N80 钢级涂红色漆。
5.2.3.3 出口管中的短尺管和尾捆管，在管体的色带旁边再漆上一条相同颜色的色带。
与最短长度差≤1.5m，每批钢管允许包 2～3 捆长度差＞1.5m 的钢管。
3
Q/ASB 82-2005
通用规格的规定见表 4。
表4
外径，mm
∮76
∮89
∮108
∮133
∮159
∮219
壁厚，mm 4 4.5 5 4 4.5 5 4.5 5 4.5 5 4.5 5 6 6 7 8
4.3.4.5 ∮159MPM 机组生产的所有钢管每捆钢管不齐端最长与最短长度差≤0.5m，每批钢管允
平端套管＞10.36～10.70，＞10.70～11.00，＞11.00～11.30，＞11.30～11.50，＞11.50～＞12.10
（3 组长度）
4.3.4.2 车丝油管接箍端相邻两排可错开一个接箍长度。

螺旋缝埋弧焊钢管的管径规格标准

文章标题：螺旋缝埋弧焊钢管的管径规格标准及应用一、引言螺旋缝埋弧焊钢管是一种常见的钢管产品，被广泛应用于石油、天然气、化工、电力、暖通等行业。

在使用螺旋缝埋弧焊钢管时，管径规格标准的选择对工程建设具有重要意义。

本文将围绕螺旋缝埋弧焊钢管的管径规格标准及应用展开探讨，并结合个人实际经验共享观点和理解。

二、螺旋缝埋弧焊钢管的管径规格标准1. 国际标准根据国际标准，螺旋缝埋弧焊钢管的管径规格主要包括直径和壁厚两个指标。

直径一般采用英制或公制标准，常见的直径规格包括8英寸、10英寸、12英寸等；壁厚则一般以毫米为单位，如5.0mm、6.0mm 等。

国际标准的管径规格标准是在不同国家和地区之间具有通用性的参考标准，有利于提高产品的国际竞争力。

2. 国家标准在不同国家和地区，针对特定行业和工程建设的需要，会有相应的国家标准来规定螺旋缝埋弧焊钢管的管径规格标准。

例如在我国，国家标准GB/T9711-2011规定了石油天然气输送用螺旋缝埋弧焊钢管的直径和壁厚等技术要求，为相关行业提供了具体的规范指导。

三、螺旋缝埋弧焊钢管管径规格标准的应用1. 工程设计在进行工程设计时，根据具体的输送介质、工作压力、环境条件等因素，需要选择符合规范的螺旋缝埋弧焊钢管的管径规格标准。

合理选择管径规格，可有效提高工程建设的安全性和可靠性，降低投资成本，提高运行效率。

2. 施工安装在螺旋缝埋弧焊钢管的施工安装过程中，管径规格标准的选择直接影响工程质量和施工进度。

需按照标准要求进行管道布置、连接及焊接等工艺，确保管道系统的密封性和稳定性。

四、个人观点和理解针对螺旋缝埋弧焊钢管的管径规格标准，我个人认为在选择时需要充分考虑工程实际需求，并结合国际标准和国家标准进行综合评估。

对于不同行业和环境条件下的应用，也需要根据具体情况进行合理的选择和调整。

在实际工程项目中，我深切体会到管径规格标准的选择对工程质量和安全具有重要意义，因此需要充分了解和掌握相关标准，并结合经验进行合理运用。

螺旋钢管标准规格表

螺旋钢管标准规格表一、引言螺旋钢管是一种重要的钢铁材料，广泛应用于石油、天然气、水利等行业。

螺旋钢管的规格和标准是保障其质量和使用安全的重要依据。

本文将详细介绍螺旋钢管的标准规格表，内容涵盖螺旋钢管的分类、尺寸、材质等方面。

二、螺旋钢管分类螺旋钢管根据用途和制造工艺的不同，可以分为多种类型，包括： 1. 液压支架钢管 2. 液压冲洗枪钢管 3. 结构用螺旋钢管 4. 液压管道钢管 5. 海洋平台用螺旋钢管三、螺旋钢管尺寸螺旋钢管的尺寸是其使用的重要参数，常见的尺寸规格包括： 1. 外径范围：219mm-3500mm 2. 壁厚范围：5mm-26mm 3. 长度范围：6m-18m 4. 其它特殊尺寸规格可以根据用户需求进行定制四、螺旋钢管材质螺旋钢管的材质选择直接关系到其使用寿命和性能，常见的材质包括： 1. Q235B、Q345B等普通碳素结构钢 2. X42-X60等高强度线管钢 3. L245、L290、L360等油气输送管线钢 4. 16Mn、27SiMn等合金钢五、螺旋钢管标准螺旋钢管的标准规范是制定和执行螺旋钢管生产、检验和使用的重要依据，常见的国内外标准包括： 1. GB/T9711-2011《输油、输气螺旋钢管》 2. API 5L《美国石油学会输送管规范》 3. SY/T5037-2000《螺旋焊接钢管技术条件》 4. ISO 3183《石油和天然气工业用管输送系统》六、螺旋钢管生产工艺螺旋钢管的生产工艺对于保证其质量和性能至关重要，常见的生产工艺包括： 1. 原材料准备 2. 卷曲 3. 焊接 4. 校直 5. 焊缝除氧处理 6. 检验 7. 表面处理 8. 包装和运输七、螺旋钢管应用螺旋钢管广泛应用于石油、天然气、水利等领域，具体应用包括： 1. 石油、天然气输送管道 2. 城市供水、排水工程 3. 结构工程中的桩基、柱子等零部件 4. 海洋平台构筑物八、螺旋钢管质量控制螺旋钢管的质量控制是保证其使用寿命和性能的重要环节，常见的质量控制措施包括： 1. 原材料质量检验 2. 卷取质量检验 3. 焊接质量控制 4. 尺寸和外观检验5. 机械性能测试 6. 超声波检测九、螺旋钢管市场前景随着国内外工程建设的不断推进，螺旋钢管市场前景广阔，增长潜力巨大。

螺旋钢管执行标准

螺旋钢管执行标准
螺旋钢管是一种常见的钢质管材，具有良好的强度和稳定性，被广泛应用于建筑、桥梁、输水管道等领域。

为了确保螺旋钢管的质量和安全性，制定了一系列的执行标准，以规范其生产、加工和使用过程。

首先，螺旋钢管的执行标准应当符合国家相关标准，如《螺旋缝焊钢管技术条件》（GB/T 9711.1）和《石油天然气输送钢管技术条件》（GB/T 9711.2）。

这些标准规定了螺旋钢管的材质、尺寸、化学成分、力学性能等重要技术指标，确保了螺旋钢管在使用过程中的安全可靠性。

其次，螺旋钢管的生产和加工过程也应当遵循相应的执行标准。

生产厂家应当具备相关的生产许可证，并严格按照标准操作程序进行生产，确保产品质量稳定可靠。

在螺旋钢管的加工过程中，应当严格控制加工工艺，确保管材的尺寸精度和表面质量符合标准要求。

此外，螺旋钢管在使用过程中也需要符合相应的执行标准。

根据管道的使用环境和介质，选择合适的螺旋钢管材质和规格，并按照相关标准进行安装、使用和维护，确保管道系统的安全运行。

总之，螺旋钢管作为一种重要的管道材料，其执行标准的制定和遵循对于保障工程质量和安全具有重要意义。

只有严格执行相关标准，才能确保螺旋钢管在各个环节的质量和安全性，为工程建设和生产运行提供可靠的保障。

在实际工程应用中，需要严格遵守螺旋钢管的执行标准，确保产品质量和使用安全。

同时，生产厂家应当加强质量管理，提高产品质量水平，为用户提供更加可靠的产品和服务。

只有通过不懈的努力，才能够推动螺旋钢管产业的健康发展，为各行各业提供更好的产品和服务。

FESTO 螺旋塑料管产品说明书

Spiral plastic tubingSpiral plastic tubing Product range overviewSpiral plastic tubingProduct range overview Type ResistancePage/ypF o o d i n d u s t r y a p p r o v a lF i r e p r o t e c t i o n c l a s s i f i c a t i o n t o U L 94A n t i s t a t i cH a l o g e n -f r e eP W I S -f r e e t o F N 942010S u i t a b l e f o r c h a i n l i n kt r u n k i n gA p p r o v e d b y G e r m a n T e c h n i c a l C o n t r o lB o a r dC h e m i c a l sM i c r o b e sU V r a d i a t i o nH y d r o l y s i sS t r e s s c r a c k s C o r r o s i o n r e s i s t a n c e c l a s sS h o r e h a r d n e s s g /Internet Spiral tubing PUN-S–––––++1)+++–D 526PUN-S-DUO–––––+++–D 528Spiral tubing,pre-assembled PUN-SG–––––+++++++12)A 879PPS––––++++++12)D 6010++Well suited+Limited suitability (upon request)–Unsuitable1)Applies for black colour2)Corrosion resistance class 1to Festo standard 940070Components with light corrosion exposure.Protection for transport and ponents without significant decorative function or surface,e.g.installed out of sight internally or behind covers.Spiral plastic tubingTechnical dataMeasuring methodsFlow-relevant bending radiusRdThe tubing is bent in the direction of its inherent flection until a 5%flatten-ing of the tubing O.D.occurs.The Rd is then calculated.There is no reduction in the flow rate up until the Rd isreached.Cross section flattened as a result of bended tubingd =non deformed tubing OD d1=deformed tubing ODMinimum bending radiusRminThe tubing attached to a movable plate is bent until the deformation results in a kink.The measured value is the minimum bending radius Rmin.This Rmin leads to considerable reductions in flow.Spiral plastic tubingType codesPUN—8x1.25—S—1—DUO—BLMaterial PUN Polyurethane PPSPolyamideOutside ∅[mm]Wall thickness [mm]Design SSpiralWorking length [m]Twin tubing DUO Twin tubingColour SW Black BL BlueBSBlue/black H-H-NoteThe working length represents 80%of the maximum permissible expan-sion.This maximum expansion is the limiting value before permanent deformation takes place.Spiral plastic tubing PUN-STechnical dataSpiral plastic tubing PUN-S Highly flexible plastic tubing.-Q-Ambient temperature –35…+60°C-L-Temperature dependent operating pressure –0.95…+10barMaterial:Polyurethane Note on material:Free of copper andPTFEOperating pressure p as a function of temperature tPossiblefittingsp [ba r ]Push-in fitting QS,Quick Star 1) Internet:qsQuick connector CK Internet:ckt [°C]Push-in fitting QS-F,Quick Star,metal Internet:qs-f1)Recommended fittingDimensions and ordering data O.D I.D.Winding ∅Number ofWorkinglength Blocklength Weight Colour Part No.Type[mm][mm][mm]windings[m][m][g/m]42.625200.50.18413Blue197587PUN-4x0,75-S-0,5-BL 553Black 197602PUN-4x0,75-S-0,5-SW 4510.28427Blue 197588PUN-4x0,75-S-1-BL 57Black 197603PUN-4x0,75-S-1-SW 70 1.50.38442Blue 197589PUN-4x0,75-S-1,5-BL 753Black 197604PUN-4x0,75-S-1,5-SW 64462310.34451Blue 197590PUN-6x1-S-1-BL 335Black 197605PUN-6x1-S-1-SW 5220.518110Blue 197591PUN-6x1-S-2-BL 55Black 197606PUN-6x1-S-2-SW 1686 1.214350Blue 197592PUN-6x1-S-6-BL 35Black 197607PUN-6x1-S-6-SW 8 5.7601210.304650Blue 197593PUN-8x1,25-S-1-BL 5735Black 197608PUN-8x1,25-S-1-SW 2720.424140Blue 197594PUN-8x1,25-S-2-BL 7Black 197609PUN-8x1,25-S-2-SW 8760.904440Blue 197595PUN-8x1,25-S-6-BL 79Black 197610PUN-8x1,25-S-6-SWSpiral plastic tubing PUN-S Technical dataDimensions and ordering dataO.D.I.D.Winding∅Number of Workinglength BlocklengthWeight Colour Part No.Type[mm][mm][mm]windings[m][m][g/m]10809.510.305110Blue197596PUN-10x1,5-S-1-BL 79535Black197611PUN-10x1,5-S-1-SW2220.43250Blue197597PUN-10x1,5-S-2-BL35Black197612PUN-10x1,5-S-2-SW7060.91760Blue197598PUN-10x1,5-S-6-BL797Black197613PUN-10x1,5-S-6-SW 12810.32200Blue197599PUN-12x2-S-1-BL9593Black197614PUN-12x2-S-1-SW2020.452420Blue197600PUN-12x2-S-2-BL5Black197615PUN-12x2-S-2-SW6460.981300Blue197601PUN-12x2-S-6-BL93Black197616PUN-12x2-S-6-SWSpiral plastic tubing PUN-S-DUOTechnical dataDUO spiral plastic tubing PUN-S-DUOHighly flexible plastic tubing-Q-Ambient temperature –35…+60°C-L-Temperature dependent operating pressure –0.95…+10barMaterial:Polyurethane Note on material:Free of copper andPTFEOperating pressure p as a function of temperature tPossiblefittingsp [ba r ]Push-in fitting QS,Quick Star 1) Internet:qsQuick connector CK Internet:ckt [°C]Push-in fitting QS-F,Quick Star,metal Internet:qs-f1)Recommended fittingDimensions and ordering data O.D.I.D.Winding∅NumberWorking length Block length Weight Colour Part No.Type[mm][mm][mm]ofwindings [m][m][g/m]42.625200.50.26825Blue/black 197617PUN-4x0,75-S-0,5-DUO-BS 54510.46855/197618PUN-4x0,75-S-1-DUO-BS 70 1.50.66884197619PUN-4x0,75-S-1,5-DUO-BS 64462310.488102Blue/black 197620PUN-6x1-S-1-DUO-BS 5220.836230/197621PUN-6x1-S-2-DUO-BS 1686 2.228700197622PUN-6x1-S-6-DUO-BS 8 5.7601210.408130Blue/black 197623PUN-8x1,25-S-1-DUO-BS 572720.648280/197624PUN-8x1,25-S-2-DUO-BS 876 1.608870197625PUN-8x1,25-S-6-DUO-BS 10809.510.41220Blue/black 197626PUN-10x1,5-S-1-DUO-BS 72220.66490/197627PUN-10x1,5-S-2-DUO-BS 706 1.621520197628PUN-10x1,5-S-6-DUO-BS 128910.44390Blue/black 197629PUN-12x2-S-1-DUO-BS 952020.704830/197630PUN-12x2-S-2-DUO-BS 6461.762600197631PUN-12x2-S-6-DUO-BSSpiral plastic tubing PUN-SG,pre-assembledTechnical data Spiral plastic tubing PUN-SGHighly flexible and hydrolysisresistant pneumatic tubing with fabric reinforcing and captive rotatable fittings.-Q-Ambient temperature –40…+60°C-L-Temperature dependent operating pressure –0.95…+15barMaterial:Polyurethane,nickel plated brass,polyacetateNote on material:Free of copper andPTFEOperating pressure p as a function of temperature tt [°C]p [b a r ]1PUN-10x1,5-SG 2PUN-12x2-SGDimensions and ordering data O.D.I.D.Pneumatic connection Flow-relevantbending radius Winding∅Number ofwindingsWorking length Block lengthWeight Colour Part No.Type[mm][mm][mm][mm][m][m][g/m]9.5 6.4G 504221 2.40.889180Blue533463PUN-10x1,5-SG-2,4-BL-¼95¼550 4.8 1.165340533464PUN-10x1,5-SG-4,8-BL-¼666 1.317430533465PUN-10x1,5-SG-6-BL-¼11.77.9G 655141 4.8 1.172480533466PUN-12x2-SG-4,8-BL-y 779y 555361.312560533467PUN-12x2-SG-6-BL-ySpiral plastic tubing PPS,pre-assembledTechnical dataSpiral plastic tubing PPSThis hydrolysis resistant plastic tubing demonstrates high thermal and mechanical load capacities.The tubing is supplied ready for use with 2rotatable screw connectors and captive OL sealing rings.Kinks at the tubing ends are prevented with the anti-kinking springs.-Q-Ambient temperature –30…+80°C-L-Temperature dependent operating pressure –0.95…+21.2barMaterial:PPS:Polyamide,brass,galvanised steelPPS-…-CT:Polyamide,wrought aluminium alloy,anodised,galvanised steel Note on material:Conforms to RoHSFree of copper and PTFE OrderingdataOperating pressure p as a function of temperature tt [°C]p [b a r ]1PPS-42PPS-6Dimensions and ordering data O.D.I.D.Pneumatic connection Winding ∅Number ofWorking length Block length Weight Colour Part No.Type[mm][mm][mm]windings[m][m][g/m]6.3 4.7G 447.50.34249Blue19798PPS-4-7,5-¼-BL 37¼7590150.6736719799PPS-4-15-¼-BL 7.8 6.2437.50.4329819796PPS-6-7,5-¼-BL 786150.8050019797PPS-6-15-¼-BL 6.3 4.7G 447.50.34191Blue165871PPS-4-7,5-¼-CT-BL 1)-U -37¼7590150.67350165870PPS-4-15-¼-CT-BL 1)-U -7.8 6.2437.50.43260165873PPS-6-7,5-¼-CT-BL 1)-U -786150.80472165872PPS-6-15-¼-CT-BL 1)-U -1)Free of copper andPTFE-U-Type discontinued PPS-…-CTAvailable up until 2011。

Channel Metal 螺纹渠道钢管说明书

ChannelMetal framing channel is cold formed on our modern rolling mills from 12 Ga. (2.6mm) and 14 Ga. (1.9mm) low carbon steel strips. A continuous slot with inturned lips provides the ability to make attachments at any point.Lengths & TolerancesAll channels excluding ‘SH’ style ± 1/8" (3.2mm) on 10' (3.05m) and ± 3/16" (4.76mm) on 20' (6.09m)All ‘SH’ channels only ± 1/4" (6.35mm) on 10' (3.05m) and ± 1/2" (12.70mm) on 20' (6.09m)Custom lengths are available upon request.SlotsSlotted series of channels offer full flexibility. A variety of pre-punched slot patterns eliminate the need for precise field measuring for hole locations. Slots offer wide adjustments in the alignment and bolt sizing.HolesA variety of pre-punched 9/16" (14.3 mm) diameter hole patterns are available in our channels. These hole patterns provide an economical alternative to costly field drilling required for many applications.KnockoutsWhen used with series B217-20 Closure Strips, knockout channels can be used to provide an economical U.L. listed surface raceway. Channels are furnished with 7/8" (22.2 mm) knockouts on 6" (152 mm) centers, allowing for perfect fixture alignment on spans up to 20' (6.09 m).Materials & Finishes (Unless otherwise noted)Steel: Plain & Pre-galvanized 12 Ga. (2.6) and 14 Ga. (1.9) Note: A minimum order may apply on special material and finishes.Design Load (Steel & Stainless Steel)The design loads given for strut beam loads are based on a simple beam condition using an allowable stress of 25,000 psi. This allowable stress results in a safety factorof 1.68. This is based upon virgin steel minimum yield strength of 33,000 psi cold worked during rolling to an average yield stress of 42,000 psi. For aluminum channel loading multiply steel loading by a factor of 0.38.WeldingWeld spacing is maintained between 21/2 inches (63.5 mm) and 4 inches (101.6 mm) on center. Through high quality control testing of welded channels and continuous monitoring of welding equipment, we provide the most consistent combination channels available today.MetricMetric dimensions are shown in parentheses. Unless noted, all metric dimensions are in millimeters.Metal framing channelsSelection Chartfor Channels, Materials and Hole PatternsChannel Part Numbering E xample: B22 SH - 120 SS4Channel Type Hole Patterns Length Material/FinishB11 SH (pg. 74) 120 GRN B12 S(pg. 74) 240 GLV B22 H178 (pg. 74) H D G B24 TH(pg. 75) PLN B32 K06(pg. 75) YZN B42 SHA (pg. 75) SS4 (See page 222) B52 S58 (pg. 76) SS6 (See page 222) B54 M (pg. 76) AL (See pages 219-220) B62D H25(pg. 76) B72D Leave blank for no hole patternD Hole patterns are not available on thesechannel sizes Channel & CombinationsChannelBeam Loadingbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi (289 MPa). To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.B11 Channel, combinations & load dataCalculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Column Loading**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.r Channel & CombinationsWt. 6.10 Lbs./Ft. (9.08 kg/m)B11 Beam & column loading dataB12• Thickness: 12 Gauge (2.6 mm)• Standard finishes:Plain, DURA GREENHot-Dipped Galvanized, Aluminum• Weight: 2.47 Lbs./Ft. (3.67 kg/m)Wt. 4.94 Lbs./Ft. (7.35 kg/m)B12 Channel, combinationsCalculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual. Note:Aluminum loading, for B12, can be determinedby multiplying load data times a factor of 0.38Beam LoadingColumn LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateral bracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rChannel & CombinationsB12 Beam & column loading dataB22• Thickness: 12 Gauge (2.6 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S™• Weight: 1.90 Lbs./Ft. (2.83 kg/m)B22 ChannelCalculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Note :Aluminum loading, for B22 & B22A, can be determined by multiplying load data times a factor of 0.38B22DWt. 3.80 Lbs./Ft. (5.65 kg/m)Wt. 2.90 Lbs./Ft. (4.31 kg/m)Wt. 3.35 Lbs./Ft. (4.98 kg/m)B22EWt. 3.80 Lbs./Ft. (5.65 kg/m)B22E3Wt. 5.70 Lbs./Ft. (8.48 kg/m)B22C3Wt. 5.70 Lbs./Ft. (8.48 kg/m)(41.3)(41.3)(41.3)(41.3)Channel & CombinationsB22 Beam loading dataWhere the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rChannel & CombinationsB22 Column loading dataB24• Thickness: 14 Gauge (1.9 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S tandard finishes: Plain, DURA GREEN ™, Pre-Galvanized, Hot-Dipped Galvanized, Stainless Steel Type 304 or 316• Weight: 1.40 Lbs./Ft. (2.08 kg/m)B24AWt. 2.80 Lbs./Ft. (4.16 kg/m)B24BWt. 2.80 Lbs./Ft. (4.16 kg/m)Wt. 2.80 Lbs./Ft. (4.16 kg/m)Calculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB26• Thickness: 16 Gauge (1.5 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• Standard finishes: Plain, DURA GREEN ™, Pre-Galvanized • Weight: 1.12 Lbs./Ft. (1.66 kg/m)B26AWt. 2.24 Lbs./Ft. (3.33 kg/m)B26BWt. 2.24 Lbs./Ft. (3.33 kg/m)B26CWt. 2.24 Lbs./Ft. (3.33 kg/m)31/4"(82.5)31/4"(82.5)31/4"(82.5)15/8"(41.3)15/8"(41.3)15/8"(41.3)15/8"(41.3)15/8"(41.3)15/8"(41.3)13/16"(20.5)13/16"(20.5).774(19.7)XYYYYYY XXXXX15/8"(41.3)15/8"(41.3).7745(19.7)13/16"(20.5)3/8"(9.5)27/64"(10.7)27/64"(10.7)3/8"(9.5)9/32"(7.1)7/8"(22.2)XYYX C h a n n e l & C o m b i n a t i o n sAreas ofMomentof Section Radius of Moment of Section Radius of C hannel WeightSection Inertia (I) Modulus (S) Gyration (r) Inertia (I) Modulus (S) Gyration (r)lbs./ft. kg/m sq. in. cm 2 in.4cm 4 in.3cm 3in.cmin.4 cm 4 in.3 cm 3in.cmB26 1.234(1.84) .363 (2.34) .1337 (5.57) .1581 (2.59) .607 (1.54) .1564 (6.51) .1925 (3.15) .656 (1.67) B26A 2.467 (3.67) .726 (4.68) .7086 (29.49) .4361 (7.15) .988 (2.51) .3128 (13.02) .3850 (6.31) .656 (1.67)X - X Axis Y - Y AxisCalculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Section PropertiesDI S C O N T I N U E D**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rBeam LoadingColumn LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsUniform Load @ Deflection =Beam SpanChannel Uniform Load and Deflection 1/240 Span 1/360 SpanIn.mmStyleLbs. kNIn. mmLbs. kNLbs.kN12 (305)B26 1220 (5.43) .014 (.35) 1220 (5,43) 1220 (5.43) B26A 1220* (5.43) .001 (.02) 1220* (5,43) 1220* (5.43) 24 (609)B26 1163 (5.17) .057 (1.45) 1163 (5,17) 1163 (5.17) B26A 1220* (5.43) .012 (.30) 1220* (5,43) 1220* (5.43) 36 (914)B26 775 (3.45) .128 (3.25) 775 (3,45) 603 (2.68) B26A 1220* (5.43) .040 (1.01) 1220* (5,43) 1220* (5.43) 48 (1219)B26 581 (2.58) .228 (5.79) 509 (2,264) 339 (1.51) B26A 1220* (5.43) .096 (2.44) 1220* (5,43) 1220* (5.43) 60 (1524)B26 465 (2.07) .357 (9.07) 326 (1,45) 217 (0.96) B26A 1220* (5.43) .188 (4.77) 1220* (5,43) 1076 (4.78) 72 (1829)B26 388 (1.72) .514 (13.05) 226 (1,45) 151 (0.96) B26A 1052 (4.68) .281 (7.14) 1052 (4,68) 747 (3.32) 84 (2133)B26 332 (1.48) .699 (17.75) 166 (0.74) 111 (0.49) B26A 902 (4.01) .383 (9.73) 824 (3.66) 549 (2.44) 96 (2438)B26 291 (1.29) .913 (23.19) 127 (0.56) 85 (0.38) B26A 789 (3.51) .500 (12.70) 631 (2.81) 420 (1.87) 108 (2743)B26 258 (1.15) 1.156 (29.36) 101 (0.45) 67 (0.30) B26A 702 (3.12) .633 (16.08) 498 (2.21) 332 (1.48) 120 (3048)B26 233 (1.03) 1.427 (36.24) 81 (0.36) 54 (0.24) B26A 631 (2.17) .782 (19.86) 404 (1.80) 269 (1.19)Max. Column Loading K = .80 Max.ColumnLoading(**********.) Unbraced Channel Loaded@ Loaded@ Height Style C.G. Slot FaceK = .65 K = 1.0 K = 1.2In. mm Lbs. kN Lbs. kN Lbs. kNLbs.kNLbs.kN12 (305)B26 4002 (17.80) 2216 (9.86) 4032 (17.93) 3952 (17.58) 3891 (17.31)B26A 8151 (36.26) 3630 (16.15) 8163 (36.31) 8133 (36.18) 8109 (36.07) 24 (609)B26 3740 (16.63) 2109 (9.38) 3857 (17.16) 3554 (15.81) 3336 (14.84) B26A 8051 (35.81) 3591 (15.97) 8096 (36.01) 7975 (35.47) 7883 (35.06) 36 (914)B26 3336 (14.49) 1941 (8.63) 3579 (15.92) 2962 (13.17) 2546 (11.32) B26A 7883 (35.06) 3528 (15.69) 7986 (35.52) 7713 (34.31) 7505 (33.38) 48 (1219)B26 2828 (12.58) 1725 (7.61) 3217 (14.31) 2251 (10.01) 1705 (7.58) B26A 7648 (34.02) 3441 (15.30) 7831 (34.83) 7346 (32.67) 6977 (31.03) 60 (1524)B26 2251 (10.01) 1469 (6.53) 2793 (12.42) 1603 (7.13) 1233 (5.48) B26A 7346 (32.67) 3066 (13.64) 7631 (33.94) 6874 (30.58) 6298 (28.01) 72 (1829)B26 1705 (7.58) 1203 (5.35) 2326 (10.34) 1233 (5.48) 967 (4.30) B26A 6977 (31.03) 2385 (10.61) 7388 (32.86) 6298 (28.01) 5467 (24.32) 84 (2133)B26 1358 (6.04) 1011 (4.50) 1851 (8.23) 1003 (4.46) 797 (3.54) B26A 6541 (29.09) 1884 (8.38) 7100 (31.58) 5616 (24.98) 4486 (19.95) 96 (2438)B26 1129 (5.02) 871 (3.87) 1513 (6.73) 847 (3.77) 680 (3.02) B26A 6038 (26.86) 1512 (6.72) 6767 (30.10) 4830 (21.48) 3463 (15.40) 108 (2743)B26 967 (4.30) 766 (3.41) 1277 (5.68) 734 (3.26) 592** (2.63) B26A 5467 (24.32) 1231 (5.47) 6391 (28.43) 3940 (17.52) 2736 (12.17) 120 (3048)B26 847 (3.77) 684 (3.04) 1105 (4.91) 648 (2.88) 523** (2.32)B26A 4830 (21.48) 1015 (4.51) 5970 (26.55) 3192 (14.20) 2216** (9.86)DI S C O N T I N U E DB32• Thickness: 12 Gauge (2.6 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S tandard finishes: Plain, DURA GREEN ™, Pre-Galvanized, Hot-Dipped Galvanized, Stainless Steel Type 304• Weight: 1.70 Lbs./Ft. (2.53 kg/m)B32AWt. 3.40 Lbs./Ft. (5.06 kg/m)B32BWt. 3.40 Lbs./Ft. (5.06 kg/m)B32CWt. 3.40 Lbs./Ft. (5.06 kg/m)Calculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB42• Thickness: 12 Gauge (2.6 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S tandard finishes: Plain, DURA GREEN ™, Pre-Galvanized, Hot-Dipped Galvanized, Stainless Steel Type 304• Weight: 1.44 Lbs./Ft. (2.14 kg/m)Note : Also available in 14 gauge (1.9mm) material as B44Wt. 2.88 Lbs./Ft. (4.28 kg/m)Wt. 2.88 Lbs./Ft. (4.28 kg/m)Calculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rColumn LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB52• Thickness: 12 Gauge (2.6 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• Standard finishes: Plain, DURA GREEN ™, Pre-Galvanized, Stainless Steel Type 304 or 316, Hot-Dipped Galvanized • Weight: 1.27 Lbs./Ft. (1.89 kg/m)B52AWt. 2.54 Lbs./Ft. (3.78 kg/m)B52B4Wt. 5.08 Lbs./Ft. (7.56 kg/m)B52B3Wt. 3.81 Lbs./Ft. (5.67 kg/m)Calculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rColumn LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB54• Thickness: 14 Gauge (1.9 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S tandard finishes: Plain, DURA GREEN ™, Pre-Galvanized,Hot-Dipped Galvanized, Stainless Steel Type 304 or 316, Aluminum • Weight: .97 Lbs./Ft. (1.44 kg/m)B54AWt. 1.94 Lbs./Ft. (2.89 kg/m)B54B4Wt. 3.88 Lbs./Ft. (5.77 kg/m)B54B3Wt. 2.91 Lbs./Ft. (4.33 kg/m)B54 Channel & combinationsCalculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.Note :factor of 0.38**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rColumn LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB54 Beam & column loading dataAreas ofMomentof Section Radius of Moment of Section Radius of C hannel WeightSection Inertia (I) Modulus (S) Gyration (r) Inertia (I) Modulus (S) Gyration (r)lbs./ft. kg/m sq. in. cm 2 in.4cm 4 in.3cm 3in.cmin.4 cm 4 in.3 cm 3in.cmB56 .894(1.33) .263 (1.70) .0241 (1.00) .0546 (.89) .303 (.77) .0966 (4.02) .1189 (1.95) .606 (1.54) B56A 1.789 (2.66) .526 (3.39) .1205 (5.02) .1484 (2.43) .479 (1.22) .1931 (8.04) .2377 (3.89) .606 (1.54)X - X Axis Y - Y AxisB56• Thickness: 16 Gauge (1.5 mm)• Standard lengths: 10' (3.05 m) & 20' (6.09 m)• S tandard finishes: Plain, DURA GREEN ™, Pre-Galvanized, Hot-Dipped Galvanized• Weight: .85 Lbs./Ft. (1.26 kg/m)Calculations of section properties are based on metal thicknesses as determined by the AISI Cold-Formed Steel Design Manual.15/8"(41.3)13/16"(20.5)27/64"(10.7)13/16"(20.5)3/8"(9.5).3706(9.4)9/32"(7.1)3/8"(9.5)7/8"(22.2)XYYX Section PropertiesB56A Wt. 1.70 Lbs./Ft. (2.53 kg/m)B56B3Wt. 2.55 Lbs./Ft. (3.79 kg/m)B56B4Wt. 3.40 Lbs./Ft. (5.06 kg/m)15/8"(41.3)27/16"(61.9)31/4"(82.5)15/8"(41.3)15/8"(41.3)15/8"(41.3)15/8"(41.3)13/16"(20.6)13/16"(20.6)13/16"(20.6)13/16"(20.6)1.207(30.7)XYYYYYYXXXXXC h a n n e l & C o m b i n a t i o n sB56 Channel & combinationsDI S C O N T I N U E D**Where the slenderness ratio KL exceeds 200, and K = end fixity factor, L = actual length and r = radius of gyration.rUniform Load @ Deflection =Beam Span Channel Uniform Load and Deflection 1/240 Span 1/360 SpanIn. mmStyleLbs. kN In. mm Lbs. kN Lbs. kN12 (305)B56 610 (2.73) .027 (.68)610 (2.71) 610 (2.71)B56A 610* (2.71) .004 (.10) 610* (2.71) 610* (2.71) 24 (609)B56 405 (1.80) .109 (2.77) 372 (1.65) 248 (1.10) B56A 610* (2.71) .035 (.89) 610* (2.71) 610* (2.71) 36 (914)B56 270 (1.20) .245 (6.22) 165 (0.73) 110 (0.49) B56A 610* (2.71) .121 (3.07) 610* (2.71) 502 (2.23) 48 (1219)B56 202 (0.90) .435 (11.05) 93 (0.41) 62 (0.27) B56A 530 (2.36) .250 (6.35) 423 (1.88) 282 (1.70) 60 (1524)B56 162 (0.72) .680 (17.27) 59 (0.26) 40 (0.18) B56A 424 (1.88) .391 (9.93) 271 (1.20) 181 (0.80) 72 (1829)B56 135 (0.60) .980 (24.89) 41 (0.18) 28 (0.12) B56A 353 (1.57) .563 (14.30) 188 (0.83) 125 (0.55) 84 (2133)B56 116 (0.51) 1.334 (33.88) 30 (0.13) 20 (0.09) B56A 303 (1.35) .766 (19.45) 138 (0.61) 92 (0.41) 96 (2438)B56 101 (0.45) 1.742 (44.24) 23 (0.10) 15 (0.07) B56A 265 (1.18) 1.001 (25.42) 106 (0.47) 71 (0.31) 108 (2743)B56 90 (0.40) 2.205 (56.01) 18 (0.08) 12 (0.05) B56A 236 (1.05) 1.267 (32.18) 84 (0.37) 56 (0.25) 120 (3048)B56 81 (0.36) 2.722 (69.14) 15 (0.07) 10 (0.04)B56A 212 (0.94)1.564 (39.72)68 (0.30) 45 (0.20)Beam LoadingMax. Column Loading K = .80 Max.ColumnLoading(**********.)Unbraced Channel Loaded@ Loaded@ Height Style C.G. Slot FaceK = .65 K = 1.0 K = 1.2In. mm Lbs. kN Lbs. kN Lbs. kN Lbs. kN Lbs. kN12 (305) B56 4968 (22.10)2182 (9.70)5044 (22.44) 4845 (21.55) 4702 (20.91) B56A 10237 (45.53) 3365 (14.97) 10291 (45.77) 10148 (45.14) 10039 (44.65) 24 (609)B56 4367 (19.42) 1903 (8.46) 4624 (20.57) 3985 (17.72) 3572 (15.89) B56A 9762 (43.42) 3202 (14.24) 9977 (44.38) 9405 (41.83) 8969 (39.89) 36 (914)B56 3572 (15.89) 1557 (6.92) 4034 (17.94) 2658 (11.82) 1845 (8.21) B56A 8969 (39.89) 2955 (13.14) 9454 (42.05) 8167 (36.33) 7186 (31.96) 48 (1219)B56 2335 (10.38) 1164 (5.18) 3290 (14.63) 1495 (6.65) 1038 (4.62) B56A 7860 (34.96) 2649 (11.78) 8722 (38.80) 6434 (28.62) 4731 (21.04) 60 (1524)B56 1495 (6.65) 862 (3.83) 2264 (10.07) 957 (4.26) 664** (2.95) B56A 6434 (28.62) 2307 (10.26) 7780 (34.61) 4360 (19.39) 3028 (13.47) 72 (1829)B56 1038 (4.62) 661 (2.94) 1572 (6.99) 664** (2.95) 461** (2.05) B56A 4731 (21.04) 1937 (8.61) 6629 (29.49) 3028 (13.47) 2103 (9.35) 84 (2133)B56 763** (3.39) 522 (2.32) 1155 (5.14) 488** (2.17) – – B56A 3476 (15.46) 1619 (7.20) 5269 (23.44) 2224 (9.89) 1545**(6.87) 96 (2438)B56 584** (2.60) 422 (1.88) 884** (3.93) – – – – B56A 2661 (11.84) 1368 (6.08) 4031 (17.93) 1703** (7.57) 1183**(5.26)108 (2743)B56 461** (2.05) 348 (1.55) 699** (3.11) – – – – B56A 2103 (9.35) 1169 (5.20) 3185 (14.17) 1346** (5.99) 934** (4.15)120 (3048)B56 – – 291 (1.29) 566** (2.42) – – – –B56A 1703** (7.57)1008 (4.48) 2580 (11.47) 1090** (4.85) – –Column LoadingBased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) in accordance with MFMA, with adequate lateralbracing (see page 12 for further explanation). Actual yield point of cold rolled steel is 42,000 psi. To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8. *Failure determined by weld shear.Channel & CombinationsB56 Beam & column loading dataDI S C O N T I N U E DBTS22THTelescoping StrutFits over all 15/8" x 15/8" channels 9/16" holes on 17/8" centers 12 gauge material thicknessSection Properties X-X Axis Y-Y Axis Channel Weight Area Cx Ix Sx rx Cy Iy Sy ry lbs./ft. In 2 In In 4 In 3 In In In 4 In 3 In BTS22TH 1.934 0.4578 1.0009 0.2525 0.2523 0.7426 0.9375 0.2757 0.2941 0.776117/8"X 17/8"CyYYXCxC L7/8"Section properties are based on nominal metal thickness, and overall dimensions.Resistance to slip *3600 lbs.1/2" bolt & nutSlip Load Data*With a safety factor of 3Resistance to slip *700 lbs.1/4" thick 2-hole fitting with (2) 1/2" bolts & channel nuts. Typical of many standard fittings.BTS22TH• Can be secured at any point of system • Order BTS22TH separately• Thickness: 12 Gauge (2.6 mm) • Standard lengths: 10' (3.05 m)• S tandard finishes: DURA GREEN ™, Yellow Zinc Dichromate, Hot-Dipped GalvanizedC h a n n e l & C o m b i n a t i o n sTelescoping channelDI S C O N T I N U E DChannel & CombinationsTelescoping channelBTS22TH* B ased on simple beam condition using an allowable design stress of 25,000 psi (172 MPa) with adequate lateral bracing (see page 12 for further explanation). To determine concentrated load capacity at mid span, multiply uniform load by 0.5 and corresponding deflection by 0.8.BeamSpan BTS22THBeam Load Data x-x AxisBeam Allowable Resulting Allowable Load @Span Load Deflection Deflection=1/240 Spanin lbs * in Lbs. kN 12 4203 0.012 4203 (18.69) 24 2099 0.050 2099 (9.33) 36 1396 0.112 1396 (6.21) 48 1044 0.200 1044 (4.64) 60 831 0.312 664 (2.95) 72 689 0.450 456 (2.03) 84 587 0.612 330 (1.48) 96 510 0.799 248 (1.10) 108 450 1.012 190 (0.84) 120 401 1.249149 (0.66)DI S C O N T I N U E DChannel hole patternsB11SH thru B56SHSH Type Channel• For beam loads use 90% of Channel Loading Chart" x 13/8" Slots(14.3) (28.6)15Channel & CombinationsChannel hole patternsB11KO6 thru B56KO6KO6 Type Knockout Channel• For beam loads use 90% of Channel Loading Chart B22THTH Type Channel• For beam loads use 90% of Channel Loading Chart B22THB22THBeam Loading DataChannel hole patternsChannel & CombinationsChannel closure stripsB217-20Snap Closure Strip for All 15/8" (41.3) Wide Channels• Refer to Raceway Fill Chart pages 278-279• Material: 20 Gauge (.9)• Standard finishes: GRN, GALV, YZN • Standard length: 120" (3.05m)• Wt./CFT 36 Lbs. (16.3 kg)B217PPlastic Snap Closure Strip for All 15/8" (41.3) Wide Channels• Refer to Raceway Fill Chart pages 278-279• Standard finishes: Green (GRN) or Gray (GRY) Plastic • Standard length: 120" (3.05m)• Wt./CFT 9.2 Lbs. (4.2 kg)B217-24Snap Closure Strip for All 15/8" (41.3) Wide Channels• Refer to Raceway Fill Chart pages 278-279• For use with 7 or fewer conductors no larger than #12 AWG • Material: 24 Gauge (.6)• Standard finishes: GRN, GALV, YZN • Standard length: 120" (3.05m)• Wt./CFT 28 Lbs. (12.7 kg)19/Touch Up Paint• Used to touch up cut ends of channel• Standard colors: Green for DURA GREEN ™ & B999 for Zinc/Galv• Weight: 12.5 ounce cans5/8"B999940-674AMetal framing channelsHydraulic Strut Cutter• P atented esp * hydraulic strut cutter easily cuts a variety of B-Line series strut profiles to size in seconds• Produces clean cuts without burrs or sharp edges - no post processing necessary• Lightweight, black anodized 7075-T651 aluminum frame is portable to the jobsite - 65 lbs. (29.4kg)• Collapsible handle creates a sturdy operations platform• 10,000psi hydraulic power source and hose with universal coupling (sold separately) required for operation • Adjustable material rest * feeds strut sections straight into cutter • Adjustable backstop * provides for easy production cutting• Die sets available for cutting B22, B24, B26, B52, B54, B56 strut profiles • Die life: thousands of cuts from a single set of blades *requires two (2) sections of 1" OD tubing - sold separately* esp (edwards strut pro)is a product logo used by Edwards Manufacturing CompanyPart No. DescriptionWt./CLbs. kgComplete esp set includes cutter, BHSC100 hydraulic pump & hose, material rest,173 (78.5)backstop and the three (3) die sets listed belowDie Sets for Channel BHSC100B22 B22, B24, B26, B52, B54, B5613 (5.9)77bB-Line series strut systemsEatonC h a n n e l & C o m b i n a t i o n sDI S C O N T I N U E D。

无缝钢管技术规格书SPE-0000MW01-01

无缝钢管技术规格书SPE-0000MW01-01一、技术参数：1、规格：①133 X 6、①108 X 5、DN150、DN80、D159 X 6、D89X 4、D57 X 3.52、材质：20#钢3、配带法兰二、技术要求：1、无缝钢管必须符合GB/T8163-1999标准。

2、无缝钢管的外径和壁厚的允许偏差按GB/T8163-1999标准。

3、无缝钢管的质量按GB/T17395-1998标准。

4、无缝钢管的包装、标志和质量证明应符合GB/T2102标准的规定。

5、焊接管件应逐根进行水压试验，并做防腐处理。

6、按规定应做压扁试验和扩口试验的无缝钢管必须进行试验，试验结果必须符合相关标准。

7、无缝钢管的内外表面不得有裂纹、折叠、轧折、离层和结疤，这些缺陷必须完全活除，其活除处的实际壁厚不得小于壁厚所允许的最小值。

8、各投标商所提供的产品必须是具有生产许可证、产品质量检验合格证等证件，且为国家定点的、大型钢管厂的产品。

9、供货商在交货时必须提供产品的材质证明及有关质量的各种检测报告。

三、提供材料：1、材质报告2、质量检验报告及合格证3、生产许可证四、资证要求：符合国家、行业有关规程、标准、和技术规范要求。

国家要求有煤安标志、防爆合格证、检验合格证（或检验报告）、生产许可证的，投标时必须提供复印件。

五、商务要求：1、交货地点：同生峪沟煤业有限公司使用现场;其规定）；3、交货安装调试验收合格并投运后付90%质保金10%质保期（1年）满,无质量问题一次付活。

4、交货时间：签订合同后30天内；5、报价为最终到货价，含增值税；6、领到中标通知书后7日内签订技术协议和购销合同；7、未尽事宜双方协商解决。

文档标题：绿色线程HP32螺纹钢管产品说明说明书

***************/fgsProduct Name 14/15Bell & Spigot Materials and ConstructionAll pipe manufactured by filamentwinding process using amine-cured epoxy thermosetting resin to impregnate strands of continuous glass filaments. Pipe wall includes a minimum 0.020” (0.50 mm) resin-rich corrosion barrier (liner).Pipe is available in 2”-16” (50-400 mm) diameters with static pressure ratings of 464 psig (32 bar). The pipe and fittings are designed for continuous operation at 200°F (93°C) serviceable up to 230°F (110°C) by applying a derating factor of 0.76 to all component ratings. Pipe diameters of 1”-6” (25-150 mm) are available in 20’ (6 m) random lengths and the 8”-16” (200- 400 mm) diameters are in 19’ or 39’ (6 or 12 m) random lengths.ASTM D-2996 Classification: RTRP - 11FX1-3110 for static design basis.FittingsFittings are filament wound with the same chemical, temperature and pressurecapabilities as the pipe. Reference document CI1370 for fitting dimensions. 2”-12” (50-300 mm) fittings use HP 40 dimensions. 14” and 16” (350-400 mm) fittings use HP 32 dimensions.Applications• Chemical Processing Liquids • Food Processing Liquids • Potable Water •Cooling Water• Condensate Return • Industrial Wastewater • Mildly Corrosive Liquids •Crude Oil & GasJoinin g Sys tem• Bell & Spigot - Matched-taper joint secured with epoxy adhesive. Self-locking feature resists movement, facilitating joining runs of pipe without waiting for adhesive to cure.• Flanged - Available for all piping systems and diameters; factory assembled or shipped loose for assembly in the field.• Produced Water • Saltwater • CO 2View of Joint IllustrationsFlanged2Nominal Dimensional DataMaximum Support Spacing for Uninsulated Pipe (1)Example: 8” pipe @ 75°F (23.9°C) with 1.5 specific gravity fluid, maximum support spacing = 26.9 x 0.92 = 24.7 ft.SupportsProper pipe support spacing depends on the temperature and weight of the fluid in the pipe. The support spacing table is based on unrestrained continuous beam theory using the pipe bending modulus derived from long-term beam bending tests. The following tables were developed to ensure a design that limits beam mid-span deflection to ½ inch to ensure good appearance and adequate drainage. Any additional loads on the piping system such as insulation, wind, seismic, etc. requires further consideration. Restrained (anchored) piping systems operating at elevated temperatures may result in guide spacing requirements that are shorter than unrestrained piping systems. In this case, the maximum guide spacing governs the support span requirements for the system. Pipe spans near elbows require special attention. Both supported and unsupported elbows are considered in the following tables and must be followed to properly design the piping system.Support Spacing vs. Specific Gravity3***************/fgsThere are seven basic guidelines to follow when designing an above ground piping system:1. Do not exceed the recommended support span.2. Support heavy valves and in-line equipment independently.3. Protect pipe from external abrasion at supports.4. Avoid point contact loads5. Avoid excessive bending. This applies to handling, transporting, initial layout, and final installed position.6. Avoid excessive vertical loading to minimize bending stresses on pipe and fittings.7. Provide adequate axial and lateral restraint to ensure line stability during rapid changes in flow (water hammer).Adjustment Factors for Various Spans WithUnsupported Fitting at Change in Direction*For example: If continuous support is 10 ft. (3.04 m), A+B must not exceed 7.5 ft.(2.28 m) (A=3 ft.(0.91 m) and B=4.5 ft. (1.37 m)) would satisfy this condition.Adjustment Factors for Various Spans With SupportedFitting at Change in DirectionThermal ExpansionThe effects of thermal gradients on piping systems may be significant and should be considered in every piping system stress analysis. Pipe line movements due to thermal expansion or contraction may causeTestingHydrostatic testing is recommended to evaluate the integrity of all new piping installations. For systems operating below the system rating, a test pressure of 1.5 times the system operating pressure is recommended; however, the maximum test pressure must not exceed 1.3 times the lowest pressure rated fiberglass component in the piping system.The hydro test pressure should be repeated up to ten cycles from 0 psig to the test pressure to provide a high degree of confidence in the piping system. The final pressurization cycle should be allowed to stabilize for 15-30 minutes, then inspected for leaks. Do not attempt to repair leaks while system is pressurized. The hydro test should be repeated after any re-work is performed.When hydro testing, open high-point vents (if used) to prevententrapment of air in the lines as the system is slowly filled with water, then close the vents and slowly pressurize to the test pressure. Upon completion of hydro test, relieve the pressure on the system slowly, open vents and any drains to allow for complete drainage of the system.Water HammerPiping systems may be damaged by pressure surges due to water hammer. The use of soft start pumps and slow actuating valves will reduce the magnitude of surge pressures during operation and are highly recommended.high stresses or even buckle a pipe line if improperly restrained. Several piping system designs are used to manage thermal expansion and contraction in above ground piping systems. They are listed below according to economic preference:1. Use of inherent flexibility in directional changes.2. Restraining axial movements and guiding to prevent buckling.3. Use expansion loops to absorb thermal movements.4. Use mechanical expansion joints to absorb thermal movements.To perform a thermal analysis the following information is required:1. Isometric layout of piping system 2. Physical and material properties of pipe 3. Design temperatures4. Installation temperature (Final tie in temperature)5. Terminal equipment load limits6. Support movementsA comprehensive review of temperature effects on fiberglass pipe may be found in NOV Fiber Glass Systems’ Engineering and Piping DesignGuide, Section 3.4Typical Mechanical Properties。

无缝钢管质量证明书

*******管道有限公司**********pipeline manufacture co.,ltd.产品质量证明书product quality certificate 收货单consignee: 兹为贵公司制造之无缝钢管, 业经本公司质检处依据产品标准、产品名称: 无缝钢管 this is to certify thatin accordance with the relevant product specifications, name of goods: seamless steel pipe 技术条件及合同规定，检验合格，特发此证。

合同号： 2009-ty09-02 technique conditions and contract stipulations,the seamless steel pipes manuf-contract：2009-ty09-02 actured for your unit,were testedqualified by our quality control department.签发日期 date: 2009年07月25日审核 verifier：盖章：篇二：无缝钢管缺陷与预防无缝钢管缺陷与预防一、无缝钢管的质量要求（一）无缝钢管1．用途：无缝钢管是一种经济断面钢材，在国民经济中具有很重要的地位，广泛应用于石油、化工、锅炉、电站、船舶、机械制造、汽车、航空、航天、能源、地质、建筑及军工等各个部门。

2．分类①按断面形状分：圆形断面管、异形断面管②按材质分：碳素钢管、合金钢管、不锈钢管、复合管③按连接方式分：螺纹连接管、焊接管④按生产方式：热轧（挤、顶、扩）管、冷轧（拔）管⑤按用途分：锅炉管、油井管、管线管、结构管、化肥管 ?? 3．生产工序①热轧无缝钢管主要生产工序（△主要检验工序）：管坯准备及检查△→管坯加热→穿孔→轧管→荒管再加热→定（减）径→热处理△→成品管矫直→精整→检验△(无损、理化、台检) →入库②冷轧（拔）无缝钢管主要生产工序：坯料准备→酸洗润滑→冷轧（拔）→热处理→矫直→精整→检验4．质量要求①钢的化学成分：钢的化学成分是影响无缝钢管性能最主要的因素之一，也是制定轧管工艺参数和钢管热处理工艺参数的主要依据。

内螺纹无缝钢管部分尺寸规格及螺纹参数

内螺纹无缝钢管部分尺寸规格及螺纹参数
A型锯齿内螺纹无缝钢管部分尺寸规格及螺纹参数
高压内螺纹无缝钢管共有A/B两种齿型，下面我们分别描述下两种齿型的形态、参数。

一A型锯齿内螺纹无缝钢管示意图
横向纵向
A——“A”型齿内螺纹管外径；C——螺纹根部内径；E——最小内径；F——最小壁厚；G——螺纹头数；I——螺纹顶宽（周向）；J——螺纹高度；K——螺纹侧边角度；O——螺纹根部圆角半径；M——螺纹节距；N——螺纹导程；Q——螺旋升角；T——螺纹顶宽（轴向）；U——螺纹顶部（轴向）槽宽。

图1 “A”型齿型
二 A型锯齿内螺纹无缝钢管规格参数。