Flexi-Therm恒温金属浴货号表
DIN 17456-85
1.1 This standard applies to general purpose seamless circular tubes and pipes (hereinaiter briefly referred to as tubes) made from the stainless steels listed in table 1. They are used. for example as construction tubing, a pipes for the fodd. pharmaceutical and automobile inoustries. and as pipes for domestic installation nd for decorative purposes.Tubes conformming to ilre lequirernents o this stardard are intanded to be used on the basic of an 80% utilization of the permissble design stress in weld.1.2 This standard does not apply to general purpose welded circular austenitic stainless steel tubes subject to special requiremnets (see DIN 17458).GradeMfg.ProcessChemical composition(%)C Si Mn P S Ni Cr Mo OthersX6CrTi12S0.08Max-----10.5~12.5-Ti : 6×%C 1.00MaxX6CrAl13S0.08Max-----12.0~14.0-Al : 0.010~0.30 X5CrNi1911S0.030Max----8.5~10.518.0~14.0--X6Cr17S0.08Max-----15.5~17.5--X6CrTi17S0.08Max-----16.0~18.0-Ti : 7×%C 1.20MaxX5CrNi1810S0.07Max----8.5~10.517.0~19.0--X2CrNi1911S0.03Max----10.5~12.518.0~20.0--X2CrNiTi1810S0.03Max----8.5~10.517.0~19.0-N : 0.12~0.22 X6CrNiTi1810S0.08Max----9.0~12.017.0~19.0-Ti : 5×%C0.80MaxX5CrNiNB1810S0.08Max----9.0~12.017.0~19.0-Nb : 10Ti : 7×%CX5CrNiMo17122S0.07Max----10.5~13.516.5~18.52.0~2.51.20Max%C 1.00MaxX2CrNiMo17132S0.030Max----11.0~14.016.5~18.52.0~2.5-X6CrNiMoTi17122S0.08Max----10.5~13.516.5~18.52.0~2.5SUS321TB X2CrNiMoN17133S0.030Max---0.25Max11.5~14.516.5~18.52.5~3.0-X2CrNiMo18143S0.030Max---0.25Max12.5~15.517.0~18.52.5~3.0-X5CrNiMo17133S0.07Max---0.25Max11.0~14.017.0~18.52.5~3.0-X2CrNiMoN17135S0.030Max---0.25Max12.5~14.516.5~18.54.0~5.0-Grade MaterianumberTensile Test MPa or N/mm2Remaks (Similar toJIS)PossibilityTemperature Min Yield point Tensile StrengthX6CrTi12 1.4512190390~560-X6CrAl13 1.4002250400~600SUS405TP X5CrNi1911 1.4006250450~650-X6Cr17 1.4016270450~650-X6CrTi17 1.4510270430~600-X5CrNi1810 1.4301195500~720-X2CrNi1911 1.4306180460~680-X2CrNiTi1810 1.4311270550~760-X6CrNiTi1810 1.4541200500~730-X5CrNiNB1810 1.4550205510~740-X5CrNiMo17122 1.4401205510~710SUS316TBX2CrNiMo17132 1.4404190490~690SUS316HTBX6CrNiMoTi17122 1.4571210500~730SUS321TBX2CrNiMoN17133 1.4429295580~800-X2CrNiMo18143 1.4435190490~690-X5CrNiMo17133 1.4438205510~710-X2CrNiMoN17135 1.4439285580~800-The data given in table 3 shall apply for the resistance of the steels to intercrystalline corrosion when tested as specified in subclause 6.5.4.Steel grade% by massSymbol 2)MaterialnumberC Cr Mo Ni Others 3Ferritic steelsx6CrTi 12 X6CrTi 13 x10Cr 13 x6Cr 17 x6CrTi 171.45121.40021.40061.40161.4510≤0.08≤0.080.08 to 0.12≤0.08≤0.0810.5 to 12.512.0 to 14.012.0 to 14.015.5 to 17.516.0 to 18.0----------Ti : 6x%C, up to 1.00Al : 0.10 to 0.30--Ti : 7 x %C, up to 1.20 Austenitic steelsx5CrNi 1810 x2CrNi 1911 x2CrNi 1810 x6CrNiTi 1810 x6CrNiNb 18101.43011.43061.43111.45411.4550≤0.07≤0.030≤0.030≤0.08≤0.0817.0 to 19.018.0 to 20.017.0 to 19.017.0 to 19.017.0 to 19.0-----8.5 to 10.510.0 to 12.58.5 to 11.59.0 to 12.09.0 to 12.0--N : 0.12 to 0.22Ti : 5x %C, up to 0.80Nb : 10 x %C, up to1.00 4)x5CrNiMo 17 122 x2CrNiMo 17 132 x6CrNiMoTi 17 1221.44011.44041.4571≤0.07≤0.030≤0.0816.5 to 18.516.5 to 18.516.5 to 18.52.5 to 2.52.5 to 2.52.5 to 2.510.5 to 13.511.0 to 14.010.5 to 13.5--Ti : 5 x %C, up to 0.80x2CrNiMoN 17 33 x2CrNiMo 18 143 x5CrNiMo 17 1331.44291.44351.4438≤0.030≤0.030≤0.0716.5 to 18.517.0 to 18.516.5 to 18.52.5 to3.02.5 to3.02.5 to3.011.5 to 14.512.5 to 15.011.0 to 14.0N : 0.14 to 0.22; S≤0.025S≤ 0.025S≤ 0.025x2CrNiMoN 17 135 1.4439≤0.03016.5 to 18.5 4.0 to 5.012.5 to 14.5N : 0.12 to 0.22; S≤0.0251) Elements not quoted in this table In respect of the Individual steel grakles shall not be added deliberately to the steel without the purchaser's consent, axcepllor the purpose of finishing the melt. Such elements shall in no way impair the usabiity or processability of the steel, e.g. its weldability, nor shall they affect the properties specified in this standard.2) The symbols given in the December 1972 edition of DIN 17 440 may continue to be used during the period of validity of this standard (see table in the Explanatory notes).3) Unless otherwise specified, P ≤ 0.045%, S ≤ 0.030%, Si ≤ 1.0%, for austenitic steels, Mn ≤ 2.0%, and for ferritic steels, Mn ≤ 1.0%.4) Tantalum determined together with nlobium and expressed in the form of niobium content.Table 2. Amounte by which the chamical composition in the product analysis may deviate from limit values specified for the cast analysisElementlimit values speciliedfor the cast analysis as in table 1% by massPermissibledeviations 1)% by massCarbon (C)≤0.030> 0.030 ≤ 0.12+ 0.005±0.01Silicon (Si)≤1.0+.05Manganese (Mn)≤ .0> 1.0 ≤ 2.0+0.03+0.04Phosphorus (P)≤0.045+0.005 Sufur (S)≤0.030+0.005 Nitrogen (N)≤0.22±0.01 Aluminium (Al)≤0.30±0.05Chromium (Cr)≥10.5 < 15.0≥15.0 ≤ 20.0±0.15±0.20Molybdenum (Mo)≥2.0 ≤ 5.0±0.10Nickel (Ni)≥ 8.5 < 10.0≥ 10.0 ≤ 15.0±0.10±0.15Nibium (Nb)≤ 1.00±0.05Titanium (Ti)≤ 1.20±0.051) If everal product analyses are carried out for a single cast and if these elements show contents for a single element outs ide the range specified for the ast analysis, this content shall either exceed the permissible maximum content or be below thepermissible minimum content, but not both at the ame time for one cast.Table 3. Mechanical propertles of the steels at ambient temperature in the as dellvered condition specified in table 6 and their resistance to Intercrystalline corrosion (applicable to wall thicknesses up to 50 mm in the case of austenitic steel tubes and up to 5 mm in the case of ferritic steel tubes 1) 2)Steel grade Heat treatment condition 2) MaxlmumHB or HVhardness3)Minimum yield stress or 0.2% proof stress N/㎡ Minimum 1% proof stress N/㎡ Tensile strength 2) N/㎡ Minimumelogationafter fracture 2)(Lo=5do%Resistance to intercrystalline corrosion 4) Symbol Material Longit- udinal Trans- veres in the as delivered conditionafter furtherprocessingby welding without heattreatmentFerritic steelsX6 CrTi 12 X2 CrNi 1911 X2 CrNiN 1810 X6 CrNiTi 1810 X6 CrNiNb 18101.4512 1.4002 1.4006 1.4016 1.4510Annealed 175 180200185 185190 250 250 270 270- - - - -390 to560 400 to 600 450 to 650 450 to 60030 20 20 20 2025 15 15 1515 n.g. n.g. n.g. n.g.g.n.g. n.g. n.g. n.g. g.450 to 600Austenitic steelsX5 CrNi 1810X2 CrNi 1911 X6 CrNiNi 1810 X6CrNiTi 1810 7)X6CrNiTiNb 1810 8) X6CrNiNb 18101.4301 1.4306 1.4311 1.4541 7) 1.4541 8) 1.4550Solution annealed andquenched195 180 270 200 180 205230 215 305 235 215 240500 to 700460 to 680 550 to 760 500 to 730 460 to 680 510 to 74040 40 35 35 35 3535 35 30 30 3030 g. 6) g. g. g. g.g.g. 8) g. g. g. g. g.X5 CrNiMo 17 122X2 CrNiMo 17 132X6 CrNiMoTi 171227)X6CrNiMoTi 171.4401 1.4404 1.4571 7) 1.4571 8) Solution annealedandquenched205190 210 190240 225 245 225510 to 710 490 to 690 500 to 730 490 to40 40 35 3530 30 30 30g. 6) g. g. g.g. 6) g. g. g.122 7)X6CrNiMoNb17 122 8)690 X2CrNiMoN 17133X2CrNiMo 18 143X5CrNiMo 17 1331.44291.44351.4436Solutionannealedandquenched295190205330225240580 to800490 to690510 to710354040303030g.g.g. 5)g.g.g. 5)X2CrNiMoN 17 1351.4439Solutionannealedandquenched285315580 to8003530g.g.1) For greater wall thicknesses, the values shall be specified by agreement.2) The vlues specified do not apply for condition f described in table 6. For this condition, they shall be agreed at the time of ordering, if required.3) Average value from three test pieces at ambient temperature. Only one individual value of the test unit may be less than t his value by a maximum of 30%.4) When tested in accordance with DIN 50 914, G. means existing up to the limit temperatures listed in the last column of table 4.5) Only for wall thicknesses not exceeding 6 mm.6) Not to be used for tubes manufactured by hot working or subjected to further processing. 7) To be used for tubes manufactured by hot working or subjected to further processing.Table 4. Minimum yalues of elevated temperature 0.2% and 1% proof stresses and guldellne values for the limit lemperature in the case of Intercrystalline corroslve stress.Steelgrade Heattreatmentcondition0.2% proof stress at a temperature, in ℃, of 1% proof stress at a temperature, in ℃, ofLimit temperature1) ℃SymbolMaterial number 50 100 150 200 250 300 350 400 450 500 550 50 100 150 200 250 300 350 400 450 500 550 N/㎟N/㎟Ferritic steelsx6CrAl 13 x10Cr 13 1.40021.4006Annealed 240 235 230 225 225 220 210 195 - - - - - - - - - - - - - --Austenitic steelsX5 CrNi 1810 X2 CrNi 1911 X2 CrNiN 1810 X6 CrNiTi 1810 2) X6 CrNiTi1.4301 1.43061.4311 1.4541 2) 1.4541 3) 1.4550Solution annealed andquenched 177 162 245 190 162 191 157 147 205 176 147 177 142 132 175 167 132 167 127 118 157 157 118 157 118 108 145 147 108 147 110 100 136 136 100 136 104 94 130 130 94 130 98 89 125 125 89 125 95 85 121 121 85 121 92 81 119 119 81 119 90 80 118 118 80 118 211 201 280 222 201 226 191 181 240 208 181 211 172 162 210 195 162 196 157 147 187 185 147 186 145 137 175 175 137 177 135 127 167 167 127 167 129 121 161 161 121 161 125 116 156 156 116 156 122 112 152 152 112 152 120 109 149 149 109 149120108 147 147 108147 300 4) 350 400 400 4004001810 3)X6 CrNiNb 1810X5 CrNiMo17 122X2 CrNiMo 17 132X6 CrNiMoTi 17 122 2)X6CrNiMoTi 17 122 3)1.44011.44041.45712)1.45713)1.4580Solutionannealedandquenched1961822021822061771661851661861621521771521771471371671371671371271571271571271181451181451201131401131401151081351081351121031311031311101001291001291089812798127230217234217240211199218199221191181206181206177167196167196167157186157186156145175145175150139169139169144135164135164141130160130160139128158128158137127157127157300 4)400400400400X2CrNiMoN17 133X2CrNiMo 18 143X5CrNiMo 17 1331.44291.44351.4436Solutionannealedandquenched26518219622516617719715216217813714716512713715511812715011312014510811514010311213810011013698108300217230260199211227181191208167177195157167185145156180139150175135144170130141168128139166127137400400300 4)X2CrNiMoN 17 1351.4439Solutionannealedandquenched260225200185175165155150---290255230210200190180175---4001) Up to these temperatures, the material will, within 100000 hours, not have changed so as to show susceptibility tointercrystallinecorrosion.2) Not to be used for tubes manufactured by hot working or subjected to further processing. 3) To be used for tubes manufactured by hot working or subjected to further processing. 4) Only for wall thicknesses not exceeding 6 mm.Table 5. Guldeline data for the heat treatment durlng fabrlcation and further processing of tubes and guldeline data for hot working as part of further processingSteel gradeHeat treatment during fabrication and further processing of tubes Hot working during further processingSymbolMaterial numberRecrysta llzation orsolution nneaingtemperature℃Type of coolingTemperature℃Type of coolingFerritic steelsx6CrTi 12 1.4512 750 to 850 Air, water 1100 to 800Airc6CrAl 13 1.4002 750 to 850 Furnace, air x10Cr 13 1.4008 750 to 850 Furnace, air x6Cr 17 1.4018 750 to 850 Air, water x6CrTi 17 1.4510 750 to 850Air, water Austenitic steelsX5CrNi 1810 X2CrNi 19111.4301 1.43081000 to 1080 1)Quenching in water,air 2)1150 to 750Airx2CrNi 1810 1.4311x6CrNiTi 1810x6CrNiNb 1810x5CrNiMo 17 122 x2CrNiMo 17132 x6CrNiMoTi 17 1221.45411.45501.44011.44041.45711020 to 1100 1)x2CrNiMoN 17 133 1.44291040 to 1120 1)x2CrNiMo 16 143 x5CrNiMo 17 1331.44351.44361020 to 1100 1)x2CrNiMoN 17 135 1.44391040 to 1120 1)1) When heat treatment forms part of further processing of the product, an altempt shall be made to achieve the lower calues of the ange specified for solution annealing. If hot working has been carried out at a temperature of at least 850℃or if the product has been cold worked, te temperature of renewed solution annealling may be 20 K less than the lower limit for solution annealing.2) If the cooling is sufficiently rapid.5.8. Type of condition, appearance of surfact5.8.1. The tubes shall be supplied in one of the conditions listed in table6.The selection of the type of condition is left to the manufacturer's discretion.Table 6. Types of condition of tubesSymbol Type of condition Surface finish Notesc1Hot worked, heat treated 1),descaledMetallically cleanc2Hot worked, heat treated 1), pickledf Mechanically or chemicallydescaled, cold worked,not heat treatedMetallically bright-drawn.much smoother thatn forconditions c1 and c2Cold working without subsequent heattreatment modifies the properties dependingon the degree of working; this applies inparticular to austenitic steel tubes.g Cold worked, heat treated,not descaledScaledSuitable only for components which will bedescaled or worked.h Clod worked, heat treated andpickledMetallically bright-pickled,smoother than forcondition c2m Cold worked and free fromscale, heat treatedMetallically bright-annealed,smoother than for condition h.n1Cold redrawn tubes free from scale(polished-drawn), not heat treatedMetallically polished-drawn,smoother than for condition h or mTubes complying with this condition aresomewhat harder than those of condition h orm and their mechanical properties aremodified. These tubes are especially sultablefor grinding and polishing.n2Cold redrawn (polished-drawn),bright heat treatedMetallically bright-annealed,smoother than for conditionh or mEspecially suitable for grinding and polishing.o Ground Metallically bright-ground; the typeand degree of grinding shall beagreed at the time of ordering.Conditions h, m or n2 are generally usedas starting condition 2).p Polished Metallically bright-ground; the type and degree of grinding shall be agreed at the time of ordering.1) See also subclause 5.2.2) The order shall specify whether griniding or polishing is to be internal or external. or internal and external.5.8.2. The tubes shall have an inside and outside surface consistent with the manufacturing process used.5.8.3. Slight irregularities in the surface resulting from the manufacturing process, such as raised or depressed areas or shallow grooves are permitted, except for condition P(polished), as long as the remaining wall thickness fulfils the requirements specified in subclause 5.10 and the function of the tubes is not impaired.5.8.4. Proper removal of surface defects using appropriate means (e.g. grinding) is permitted as long as the remaining wall thickness fufils the requirements specified in subclause 5.10.5.9. Leak tightnessThe tubes shall remain leaktight when testedes specified in subclause 6.5.5.5.10. Dimensions, masses per unit length and permissible deviationsDIN 2462 Part1 shall apply for the dimensions and masses per unit length of tubes and for permissible deviations.DIN 11850 shall apply for tubes intended for use in the food industry. The order shall follow the pattern of thesample order given in that standard.5.11. Physical propertiesReference is made to volume 10 of the Stahleisen-Sonderberichte (Iron and steel special reports)(see the "Stanoards and other documents referred to clause) for guideline data on the physical properties of the steels conforming to the requirements of this standard.As the symbols or the steel grades differ from those specified in DIN 17 440. December 1972 edition, following the specifications for the chemical composition, and in ccordance with DIN 17 440. July 1985 edition, a compilation of the material numbers, which have not changed, and the previous and new symbols is given below in tabular form. It shall be noted that the symbols used in DIN 17 440. December 1972 edition. may still be used during the period of validity of this standard.Material number Previous symbol from DIN 17 440.December 1972 editionNew symbol1.4002X7CrAl 13X6CrAl 131.4006X10Cr 13X10Cr 131.4016X8Cr 17X6Cr 171.4301X5CrNi 189X5CrNi 18101.4306X2CrNi 189X2CrNi 19111.4311X2CrNiN 1810X2CrNiN 18101.4401X5CrNiMo 1810X5CrNiMo 17 122 1.4404X2CrNiMo 1810X2CrNiMo 17 132 1.4429X2CrNiMoN 1813X2CrNiMoN 17 133 1.4435X2CrNiMo 1812X2CrNiMo 18 1431.4436X5CrNiMo 1812X5CrNiMo 17 1331.4439 1)X3CrNiMoN 17 135X2CrNiMoN 17 1351.4510X8CRtI 17X6CrTi 171.4512 1)X5CrTi 12 1)X6CrTi 121.4541X10CrNiTi 189X6CrNiTi 18101.4550X10CrNiNb 189X6CrNiNb 18101.4571X10CrNiMoTi 1810X6CrNiMoTi 17 122 1) Not included in DIN 17 440. December 1972 edition.JIS Number and Corrensponding Foreign Standards。
EN10216-5(欧盟规范标准)
EN ISO 3651-2,不锈钢耐晶间腐蚀的测定 第2部分：奥氏体、奥氏体和铁素奥氏体(双相)不锈钢 在硫酸介质中的腐蚀试验（ISO 3651-2:1998）
EN ISO 14284,钢和铁 测定化学成分用样品的取样和制备(ISO 14284:1996)
——第三部分：合金细粒钢管
——第四部分：带特定低温性能的非合金和合金钢管
另外一个涉及压力用途管的欧盟标准是：
——EN10217：压力载荷用焊接钢管.交货技术条件
根据CEN/CENELEC的国际惯例，下列国家的国家标准组织执行欧盟标准：奥地利、比利时、塞浦路斯、捷克共和国、丹麦、爱沙尼亚、芬兰、法国、德国、希腊、匈牙利、冰岛、爱尔兰、意大利、拉托维亚、立陶宛、卢森堡公国、马耳他、荷兰、挪威、波兰、葡萄牙、斯洛伐克、斯洛文尼亚、西班牙、瑞典、瑞士和英国。
——奥氏体钢（耐腐蚀或者抗蠕变钢）
——奥氏体-铁素体钢
详情参阅EN 10088-1
5.2
涵盖在EN10216这部分中的管材，钢的定义由如下组成；
——EN 10216-5
还可以加上：
——根据EN 10027-1和CR 10260的钢的名字
或者
——钢号和EN 10027-2一致。
6
采购商在询价和采购定单中必须提供如下信息；
8.2.2
选项4：应该提供对于管材的产品分析报告。
表格5指出了表格2，3，4中所指出的不同牌号的产品分析的允许误差范围。
表格2：奥氏体耐腐蚀钢的化学成分质量百分比（材料分析）a（未完待续）
牌号
C
max
Si
Mn
管道材料等级
地用于其它目的.
(1G03-2)
项目名称:新疆新能3万吨/年多晶硅项 主项名称:全厂 目
管道材料等级
A1B
图号 15069-00H1100-G-300
版次 0 3/99
2016-5-19
用途 见注2
支管连接表
15069-00H1100-G-501
腐蚀裕量
热处理 公称直径
50 - 300 350 - 800
15 - 40
A105
50 - 300
WCB
CL150 RF CL150 RF
VSFA1B01 VSFA1B02
球阀/BALL VALVE
15 - 125
WCB
150 - 200
WCB
CL150 RF
VBFA1B01
3
CL150 RF
VBFA6B01
3
止回阀/CHECK VALVE
15 - 40
A105,LIFT
半管接头/HALF COUPLING
15 - 40
20
CL3000 SW
GB/T14383(I)
8字盲板/SPECTACLE BLIND
15 - 600
20
CL150 WAFER-RF SH/T3425
软管接头/HOSE COUPLING
15 - 40
304
法兰/FLANGE
15 - 40 50 - 600 700 - 800
50 - 300
20 SMLS
350 - 800
Q235B SEAM
MATCH MATCH
BW
GB/T12459(I)
BW
GB/T13401(I)
管帽/CAP
美标阀门材质和中国国标材质对应表
F为Forging（锻件）12为等级
F为Forging（锻件）22为等级
F为Forging（锻件）91为等级
F为Forging（锻件）92为等级
C表示 650℃以下使用的不锈铸钢， F镍含量9%～12%，3表示碳含量≤0.030%
C表示 650℃以下使用的不锈铸钢， F镍含量9%～12%，8表示碳含量≤0.08%
力学性能
抗拉强度485-655MPa 屈服强度≥250MPa 断后伸长率≥22% 断面收缩率≥35%
抗拉强度485-655MPa 屈服强度≥275MPa 断后伸长率≥22% 断面收缩率≥35%
抗拉强度550-725MPa 屈服强度≥345MPa 断后伸长率≥18% 断面收缩率≥45%
抗拉强度550-725MPa 屈服强度≥345MPa 断后伸长率≥18% 断面收缩率≥45%
抗拉强度≥620MPa 屈服强度≥440MPa 断后伸长率≥20% 断面收缩率≥45%
抗拉强度≥485MPa 屈服强度≥205MPa 断后伸长率≥35%
抗拉强度≥485MPa 屈服强度≥205MPa 断后伸长率≥35%
ER308（H06Cr21Ni10）/E308-16（A102）
ER308H（H07Cr21Ni10）/E308H-16
ER308L（H022Cr21Ni10）/E308L-16（A002）
ER316（H06Cr19Ni12Mo2）/E316-16（A202）
ER316（H07Cr19Ni12Mo2）/E316H-16 ER316L（H022Cr19Ni12Mo2）/E316L-16
ER90S-B9/E9015-B9
TIG-R30/R307 TIG-R40/R407 ER90S-B9/E9015-B9
丹佛斯焊接球阀技术资料
JIP球阀（PN16，25，40）
描述
丹佛斯JIP球阀是一种关断阀门，专用于集中 供热与中央空调循环水管网系统。
球阀为钢制，全焊接结构。
阀门的结构设计完美适用于建筑安装，基于 如下特点： • 阀体的结构使其能够承受很大的轴向力，并
在同时保证合适的操作力矩。 • 阀门内部优化低阻力设计。这意味着增大了
065N0282
产品编号 FF PN 25
阀门带有 蜗轮机构
阀门带有 蜗轮法兰
065N0331
065N0332
065N0336
065N0337
065N0341
065N0342
065N0346
065N0347
065N0351
065N0352
065N0356
065N0357
065N0361
065N0362
低阀杆T型手柄
065N0900 065N0905 065N0910 065N0915 065N0920 065N0925
065N0904 065N0908 065N0914
4
VD.KD.D6 .41 © Danfoss 08/2016
DEN-SMT/SI
参数表
球阀
订货
室内安装 双阀，单管 T型手柄（DN15-25） 或L型手柄（DN32-50） JIP-WW 焊接 JIP-II内螺纹 JIP-IW内螺纹/焊接
流通能力，减小了流体阻力，从而降低了水 泵的能耗。 • 杰出的阀座设计与密封材料的选择，实现了 最合理的阀球夹紧度与长期稳定的使用寿命。 • 该型阀门免维护，除了用在主管网上，丹佛 斯同时提供其它功能的阀门，如带压开孔阀、 分支球阀、户内双球阀等。
主要数据 • DN15-600 • kvs=11-26300 m3/h • PN16,25,40 • 温度：0...180°C • 介质：循环水或浓度低于50%乙二醇溶液 • 最低贮存与运输温度：-40°C
中国与国外高温合金铸造高温合金和耐蚀合金牌近似对照
N80A
20
GH4037
GH37
-
-
AMS5829;
SAEHEV6;
-
-
ATGS4;
NC20KTA
ЭП617
2HRC,
2HR202
DTD747B;
N501,N503
21
GH4043
GH43
-
-
-
-
-
-ЭП598
-
-
22
GH4049
GH49
-
-
-
-
NCK15
ATD
ЭП929
HR4;
N115
ATGX
Z12CNKDW20
-
-
26
-
GH20
NCF800B;
NCF2B
Incoloy800
AMS5766,
5871;
X10NiCrAlTi32-20
25NC35-20;
NicralC
-
Incoloy800
27
-
GH32
-
HestelloyX
AMS5536
5754;
SG-NiCr21Fe18Mo
ATGE
中国与国外高温合金牌号近似对照
No.
中国
日本
JIS
美国
德国①
法国
NF
俄罗斯
TOCT
英国②
DS/DTD
GB/T
旧牌号
商业牌号
AMS/SAE
DIN
W-Nr.
L-Nr.
1
GH1015
GH15
-
-
-
-
-
-
[特灵样本]RTWC系列_水冷螺杆式冷水机组(200907)
135
145.2 82
DN150
177.3 66
DN150
47.8 45 DN100 4600 4900 3750 1650 1600
5
热回收机组技术参数表
R-22系列 双机头机组
项目
型号 RTWC 080(D)
RTWC 100(D)
RTWC 120(D)
RTWC 160(D)
RTWC 200(D)
外形尺寸
宽度
高度
型号 RTWC 080(S)
kW RT kcal/h kW
A A
299 85 257,140 65.9 4.54 118 520
W
I
22
kg
40
m3/h kPa
51.4 52 DN100
m3/h kPa
kg kg mm mm mm
62.8 59 DN100 1500 1650 3050 1150 1300
冷冻水污垢系数：0.0176m2℃/kW；冷却水污垢系数：0.044m2℃/kW。
2. 对产品不断研究与改良为特灵公司的一贯政策，因此，上表中各项参数若有变更，恕不另行通知，敬请见谅。
3. 若需其它工况的选型参数，请与当地办事处联系。
RTWC 240(S)
844 240 725,840 278 239,080 186.8 334 805
2380 2580 3600 1100 1550
62 DN100x2
2950 3200 3800 1200 2000
RTWC 200(D)
680 193 584,800 153 4.44 273 612
44
100
117.0 65
DN150
软管规格表
静态 弯曲 半径 Ｓｔａｔ．ｒ
13
20
35
动态 弯曲 半径 Ｄｙｎ．ｒ
包装 Packing
M
35 100M 45 100M 55 100M
波 纹
强度好可以承受重的负载；耐酸，耐切 exterior,stronger machinism loading, 屑液，润滑油，冷却液等；表面有光泽， perfect flexible 耐摩擦；黑色耐紫外线，机械强度高； Functions:insulated,protect cables
RoHS
日
单位／Ｕｎｉｔ：ｍｍ
成
P A 尼 龙
材 质: 进口PA6 尼龙(Polyamide) 温 度:-40℃-125℃,短时达到150℃ 产品认证: 美国UL,欧洲CE, 欧洲环保
ROHS,REACH. 防火等级:94HB。 特 性:柔软有韧性，抗扭曲；机械，
Material:PA (Polyamide) Work Temperature:-40℃ to125℃, 150℃ in short time Color:black Certificates: CE,ROHS,REACH. Characheristics:good luster of
材 质:PA
Material:PA
产品认证: 欧洲CE, 欧洲环保ROHS
Certificate: CE, ROHS
特 性:安装容易，适合于两端线头已固定 Features:easy to stall，suitabel to wire
使用方法:将电线电缆放入管内即可 下表型号数据参考 BG系列
fixed in both terminals How to use:input the cables or wires Datas,please refer to BG series
南京帝伯样本
型号Type
A B C D1 D2 D3 b
LHF-25 LHFT-25 LHF-32 LHFT-32 LHF-40 LHFT-40 LHF-50 LHFT-50 LHF-65 LHFT-65B
90 107 204 25
73
105
14 15
90 107 204 32
83
115
14 15
110 130 250 40
本产品执行标准CB3456-92。 Wax Temperature Auto Regulating Valve(T.R. Valve) is applied for temperature auto-control of lube oil or fresh water or sea water in cooling system of power units in marine or other kinds of ships, and widely used in diesel engines, air compressors, lubricating equipments, steam turbines, generator sets etc. It has the features of working without any external power, reducing labor power, saving energy, pronging machine life and increasing economic benefits. The product executes CB3456-92 standard.
2Байду номын сангаас4
1.5~3
3~5
2~4
4~6
4.3洁具表
物料名称: 洗手盆使用位置:公共卫生间型号:规格: 606x397x159mm颜色:白色品牌:说明：套间的组成部分，提供卫浴整体解决方案，方便选择物料编号：SW-01日期：2011.04物料名称:小便器(直流型)使用位置: 公共卫生间型号:规格:颜色:白色来源:说明：内置式自动感应冲水器，使用更卫生；超级节水，1升用水量，比普通小便器节水67%以上；有效清洁，独特喉面孔设计，充分洁净表面；排污力强，优化的排污管道设计，提高污水置换能力物料编号：SW-02日期：2011.04注：以上材料品牌及型号仅供参考物料名称:双柄混合龙头使用位置: 公共卫生间型号:规格:颜色:金属银色品牌:说明：物料编号：SW-03日期：2011.04物料名称: 感应式烘手机使用位置:公共卫生间型号:规格: 311*214*174mm颜色:银色来源:说明：金属外壳，坚固耐用，不易变色；涡轮式风鼓，大风量，干手快；防强光感应技术，感应准确性好；抛光(CP)及白色烤漆(0P)两种表面处理可供选择物料编号：SW-04日期：2011.04注：以上材料品牌及型号仅供参考物料名称: 卷纸器使用位置：公共卫生间型号:规格:117*38*54mm颜色:银色来源:说明：：简约明快的设计风格,可完美搭配各类风格的浴室化妆间，通过科勒严格的酸性盐雾测试，表面强力耐腐蚀，经久耐用物料编号：SW-05日期：2011.04物料名称: 蹲式便器（后进水冲洗阀门式）/便器冲洗阀使用位置: 公共卫生间型号:规格: 595x440x320mm颜色:白色说明:来源:物料编号：SW-06日期：2011.04注：以上材料品牌及型号仅供参考物料名称:座便器使用位置: 公共卫生间物料名称:座便器型号:规格: L685*W385*H730mm坑距: 300/400 （+0, -30)颜色:白色来源:说明:物料编号：SW-07日期：2011.04物料名称: 成品拖布池使用位置: 公共卫生间型号:规格: 450*335mm颜色:白色来源:说明：设计精巧，高背设计，防止弄脏墙面；带陶瓷柱脚及落水头，安装方便省事物料编号：SW-08日期：2011.04 注：以上材料品牌及型号仅供参考物料名称: 单冷龙头使用位置: 公共卫生间型号:9010规格:颜色:说明:来源:物料编号：SW-09日期：2011.04 注：以上材料品牌及型号仅供参考。
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Flexi-Therm恒温金属浴货号表
产品 描述 货号
Ther-Mix恒温混匀仪
主机，不包含加热模块 V102002
Flexi-Therm恒温孵育器
主机，不包含加热模块 V103002
HM01 0.5ml加热模块
适配于Ther-Mix与Flexi-Therm主机，适用于24x0.5ml样品管 V104001
HM02 1.5ml加热模块
适配于Ther-Mix与Flexi-Therm主机，适用于24x1.5ml样品管 V104002
HM03 2.0ml加热模块
适配于Ther-Mix与Flexi-Therm主机，适用于24x2.0ml样品管 V104003
HM12 2.0ML加热模块
适配于Ther-Mix与Flexi-Therm主机，适用于24x2.0ml核酸纯化柱 V104012
Co-mix多功能混匀仪
主机，不包含混匀模块 V101002
0.2ml/96孔PCR板混匀模块
适配于Co-mix主机，适用于96x0.2ml样品管及96孔PCR板 V101003
0.5ml混匀模块
适配于Co-mix主机，适用于24x0.5ml样品管 V101004
1.5ml/2.0ml混匀模块
适配于Co-mix主机，适用于24x1.5ml样品管及24x2.0ml样品管 V101005
VTS调温式热封仪
主机，不包含微孔板适配器 V902002
VTS酶标板适配器
适配于VTS主机，适用于酶标板，细胞培养板，384孔PCR板等 V902003
VTS 96孔PCR板适配器
适配于VTS主机，适用于96孔PCR板 V902004
VTS深孔板适配器
适配于VTS主机，适用于各种类型深孔板 V902005
MTS小型热封仪
主机，不包含微孔板适配器 V903002
MTS酶标板适配器
适配于MTS主机，适用于酶标板，细胞培养板，384孔PCR板等 V903003
MTS96孔PCR板适配器
适配于MTS主机，适用于96孔PCR板 V903004
MTS深孔板适配器
适配于MTS主机，适用于各种类型深孔板 V903005
70μm铝箔热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901001
20μm铝箔热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901002
38μm铝箔热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901003
85μm铝箔热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901004
75μm透明热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901005
105μm透明热封膜
适用于VTS、MTS，但不仅限于此两款仪器 V901006
Flexi-Therm恒温金属浴
对传统干式恒温与金属浴的突破性创新，配备独创性贴合热盖的加热模块，具有更高的温控精度与温度均一性。
Flexi-Therm恒温金属浴
莱因特电子系统（上海）有限公司成立于2008年，是由英国Integrated Technologies Limited 在中国上海成立的全资综合性子公司。公司主要从事于生物分析仪器、医疗诊
断仪器的生产、研发、销售，为客户提供高品质的产品服务和产品技术解决方案。公司已经通过英国BSI ISO 9001及ISO 13485质量管理体系认证，产品已经获得欧盟CE认证。
我们已与众多世界知名生物分析仪器和医疗器械领域公司形成战略合作伙伴关系，公司的各项高端产品90%以上销往欧美各地。为了拓展公司业务范围，目前我们正在向有关部
门申请SFDA认证。
公司已创立以VITL品牌系列的生命科学分析仪器，以最好的产品品牌，最好的产品质量，最好的产品售后服务满足中国客户和其他地区客户的需求。
公司的产品销售业务不仅在欧美市场，我们更着眼于具有深厚发展潜力的中国市场，未来三年我们的专业团队将会在整个中国内陆地区、台湾地区、日本地区及东南亚市场建
立成熟的营销网络，我们将把VITL系列产品从欧美更广泛的推广到全球范围。
Flexi-Therm恒温金属浴产品特性：
1. 精确温度控制。
2. 提供多种加热模块，一机多用。
3. 界面简单，便于快速操作。
4. 配有上盖加热功能的加热模块，与VITL Ther-Mix共用模块。
5. 加热模块记忆功能，支持将前一次操作程序贮存在所用的加热模块中。
6. 上下盖独立控温。
Flexi-Therm恒温金属浴热盖优势:
有效防止在管盖与管壁形成冷凝水。
提高加热模块温度的均一性，确保最佳反应温度和反应结果，从而提高实验重复性。
热盖与加热模块一体化设计，操作更方便。
热盖与耗材上盖紧密贴合，温度控制更加精确，有效防止爆管。
Flexi-Therm恒温金属浴主要参数:
尺寸(WxDxH) 190mm x 250mm x 80mm (不包含加热模块
)
仪器温度范围 室温 ~ 99.9 oC
热盖温度范围 室温 ~ 105 oC
时间设置范围 1 minute to 72 hours