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UMD-PP99-037 hep-ph9810442 Gaugino Mass without Singlets
October 21, 1998
Gaugino Mass without Singlets
hep-ph/9810442 v2 22 Oct 1998
CERN-TH/98-337 LBNL-42419 UCB-PTH-98/50 UMD-PP99-037 hep-ph/9810442
Gian F. Giudicey, Markus A. Lutyz, Hitoshi Murayama , and Riccardo Rattazziy yTheory Division, CERN Geneva, Switzerland z Department of Physics, University of Maryland College Park, Maryland 20742, USA Department of Physics, University of California Berkeley, California 94720, USA
This work was supported in part by the U.S. Department of Energy under Contracts DE-AC0376SF00098, in part by the National Science Foundation under grants PHY-95-14797 and PHY-9802551, and by the Alfred P. Sloan Foundation.
1 Introduction
Supersymmetry (SUSY) is arguably the most attractive mechanism to stabilize the hierarchy between the fundamental scale (e.g. the Planck scale M 1018 GeV) and the electroweak scale (MW 100 GeV). However, superpartners of the standardmodel particles have not been observed up to energies of order MW , so SUSY must be broken at or above the weak scale. The phenomenology of SUSY depends crucially on the mechanism of SUSY breaking and the way that SUSY breaking is communicated to the observable sector. Communication of SUSY-breaking e ects by supergravity (SUGRA) interactions is in some ways the most attractive scenario. In models of this type, SUSY is broken in a hidden sector and gravitational-strength interactions communicate SUSY breaking to the observable sector. The main advantage of this scenario lies in its theoretical appeal: the key ingredients are either present of necessity (e.g. SUGRA) or very wellmotivated (e.g. hidden sectors are generically present in string theories). The main disadvantage of this scenario is that at present there is no convincing explanation for the degeneracy of squark masses required to avoid large avor-changing neutral current e ects. In the context of string theory and SUGRA models with singlets, there are also cosmological problems related to the existence of uncharged elds with almost at potentials and interactions suppressed by powers of the Planck scale. In order to explain the origin of the SUSY breaking scale (and hence the weak scale) the most attractive scenario is that SUSY is broken dynamically 1, 2, 3]. In recent years, it has been found that this occurs in many asymptotically-free supersymmetric gauge theories. In these models, dimensional transmutation generates the hierarchy between the SUSY breaking scale SUSY and the Planck scale, and the SUSY-breaking masses are of order 2 =M . The most important challenge of SUSY constructing phenomenologically viable models of dynamical SUSY breaking in the hidden sector is generating su ciently large gaugino masses 3, 4]. In models without gauge singlets in the hidden sector, the gaugino mass is conventionally believed to be extremely suppressed, at most of order 3 =M 2 ' 1 keV. There have been a variSUSY ety of solutions discussed in the literature 5, 6, 7], all of which involve gauge singlets with SUSY-breaking VEV's, and require more or less complicated model-building. It is not at all clear whether any of these solutions can work in the context of string theory, where one singlet eld, the dilaton, couples to all gauge kinetic terms. Obtaining realistic gaugino masses in string theory therefore appears to require a large F component for the dilaton (in addition to the usual dilaton stabilization problem),
Gaugino Mass without Singlets
hep-ph/9810442 v2 22 Oct 1998
CERN-TH/98-337 LBNL-42419 UCB-PTH-98/50 UMD-PP99-037 hep-ph/9810442
Gian F. Giudicey, Markus A. Lutyz, Hitoshi Murayama , and Riccardo Rattazziy yTheory Division, CERN Geneva, Switzerland z Department of Physics, University of Maryland College Park, Maryland 20742, USA Department of Physics, University of California Berkeley, California 94720, USA
This work was supported in part by the U.S. Department of Energy under Contracts DE-AC0376SF00098, in part by the National Science Foundation under grants PHY-95-14797 and PHY-9802551, and by the Alfred P. Sloan Foundation.
1 Introduction
Supersymmetry (SUSY) is arguably the most attractive mechanism to stabilize the hierarchy between the fundamental scale (e.g. the Planck scale M 1018 GeV) and the electroweak scale (MW 100 GeV). However, superpartners of the standardmodel particles have not been observed up to energies of order MW , so SUSY must be broken at or above the weak scale. The phenomenology of SUSY depends crucially on the mechanism of SUSY breaking and the way that SUSY breaking is communicated to the observable sector. Communication of SUSY-breaking e ects by supergravity (SUGRA) interactions is in some ways the most attractive scenario. In models of this type, SUSY is broken in a hidden sector and gravitational-strength interactions communicate SUSY breaking to the observable sector. The main advantage of this scenario lies in its theoretical appeal: the key ingredients are either present of necessity (e.g. SUGRA) or very wellmotivated (e.g. hidden sectors are generically present in string theories). The main disadvantage of this scenario is that at present there is no convincing explanation for the degeneracy of squark masses required to avoid large avor-changing neutral current e ects. In the context of string theory and SUGRA models with singlets, there are also cosmological problems related to the existence of uncharged elds with almost at potentials and interactions suppressed by powers of the Planck scale. In order to explain the origin of the SUSY breaking scale (and hence the weak scale) the most attractive scenario is that SUSY is broken dynamically 1, 2, 3]. In recent years, it has been found that this occurs in many asymptotically-free supersymmetric gauge theories. In these models, dimensional transmutation generates the hierarchy between the SUSY breaking scale SUSY and the Planck scale, and the SUSY-breaking masses are of order 2 =M . The most important challenge of SUSY constructing phenomenologically viable models of dynamical SUSY breaking in the hidden sector is generating su ciently large gaugino masses 3, 4]. In models without gauge singlets in the hidden sector, the gaugino mass is conventionally believed to be extremely suppressed, at most of order 3 =M 2 ' 1 keV. There have been a variSUSY ety of solutions discussed in the literature 5, 6, 7], all of which involve gauge singlets with SUSY-breaking VEV's, and require more or less complicated model-building. It is not at all clear whether any of these solutions can work in the context of string theory, where one singlet eld, the dilaton, couples to all gauge kinetic terms. Obtaining realistic gaugino masses in string theory therefore appears to require a large F component for the dilaton (in addition to the usual dilaton stabilization problem),
正常检验结果范围
Bas#嗜碱性粒细胞计数：0-0.1(10A 9/L),Bas%嗜碱性粒细胞百分比：0-1(%),Eos#嗜酸性粒细胞计数：0.02-0.5(10A 9/L),Eos%嗜酸性粒细胞百分比：0.5-5(%),HCT红细胞压积：40.0-54.0(%),HGB血红蛋白：【男】120-160(g/l),【女】110-150(g/l)Lym#淋巴细胞计数：0.8-4(1CA 9/L),Lym%淋巴细胞百分比：20-40(%),MCH平均红细胞血红蛋白含量:27.0-34.0(pg)MCHC平均红细胞血红蛋白浓度：320-360(g/l),MCV平均红细胞体积：80.0-100.0(fL),Mon#单核细胞计数：0.12-1.2(10A 9/L),Mon%单核细胞百分比：3-12(%),MPV平均血小板体积： 6.5-12.0(fL),Neu#中性粒细胞计数：2-7(10A 9/L),Neu%中性粒细胞百分比：50-70(%),PCT血小板压积：0.108-0.282(%)PDW血小板分布宽度：9.0-17.0(),PLT血小板计数：100-300(10A 9/L),RBC红细胞计数：【男】4-5.5(10A 12/L),【女】3.5-5.0(10A 12/L) RDW-CV红细胞分布宽度变异系数：11.0-16.0(%,RDW-SD红细胞分布宽度标准差：35.0-56.0（fL）,WBC 白细胞计数：4-10（10A 9/L）白细胞分为中性粒细胞、嗜酸性粒细胞、嗜碱性粒细胞、帀巴细胞、单核细胞5类中性粒细胞| T①感染（化脓性球菌：金黄色葡萄球菌、溶血性链球菌、肺炎链球菌）N（10-13um）②出血（急性大出血后1-2小时）、③中毒（代谢性、化学性、生物性）、④损伤（外伤、手术、烧伤、心梗）、⑤肿瘤（白血病、骨髓增生性疾病及恶性肿瘤）J①感染（G-杆菌：伤寒、副伤寒，病毒，原虫：疟疾、黑热病）；②血液系统疾病；③物理、化学因素损伤：X线、r射线、放射性核素，苯铅汞、氯霉素、磺胺类药、抗肿瘤药、抗糖尿病药及抗甲状腺药;④单核-吞噬系统功能亢进；⑤自身免疫性疾病中性粒细胞核象变化核左移（不分叶粒细胞＞5%）:常见于感染，急性化脓性感染、急性失血、急性中毒、急性溶血反应，白血病和类白血病等。
OPN20-05S3P3中文资料
Non-Isolated Converter High Efficiency to 91% 1.5VDC to 3.3VDC Outputs On/Off Control Function Adjustable Output Voltage Small SIP Package StyleModel Number Input Range Output Voltage Output Amps EfficiencyOPN20-03S2P5 3.0-3.6VDC 2.5VDC 6A 86% OPN20-03S2P1 3.0-3.6VDC 2.1VDC 6A 84% OPN20-03S1P8 3.0-3.6VDC 1.8VDC 6A 82% OPN20-03S1P5 3.0-3.6VDC 1.5VDC 6A 80% OPN20-05S3P3 4.5-5.5VDC 3.3VDC 6A 89% OPN20-05S2P5 4.5-5.5VDC 2.5VDC 6A 87% OPN20-05S2P1 4.5-5.5VDC 2.1VDC 6A 85% OPN20-05S1P8 4.5-5.5VDC 1.8VDC 6A 84% OPN20-05S1P5 4.5-5.5VDC 1.5VDC 6A82% Unit measures 2.5”L x 0.55”W x 0.26”HINPUT SPECIFICATIONSInput Voltage, Nominal 3.3VDC(Note 2) 5VDC Input Voltage Ranges 3.0 - 3.6VDC 4.5-5.5 VDC Maximum Input Current 6A (Note 4) On/Off Control(Ref to -Input pin) Open or 0V<VR<1V=ON 3.3Vin 2.4V<Vr<6V=OFF 5Vin3.2V<Vr<6V Input Reflected Ripple625mA rmsOUTPUT SPECIFICATIONSVoltage and Current See Selection Chart Preset Accuracy +/- 2.7% max.Rise Time 80% FL and Nom Vin 8mS, typ.Min LoadNone Load Regulation (0% - FL) +/- 0.5%Line Regulation+/- 0.5%Temperature Coefficient +/-0.02%/DegC Ripple/Noise (Pk-Pk, typ), 20Mhz BW 100mV Overvoltage Protection Clamp, 130-150% *Short Circuit ProtectionContinuous, self-recovering Transient Response Recovery Time (See Fig 1)Load step change 100%-0% or 0%-100% 1A/10uS Nominal Input Peak Deviation 80mVSettling Time 200uSec Max External Load Capacitance 10,000uF O/P Current Limit (Note 1) Latching Voltage Adjust (See Fig 2)+/-10%GENERAL SPECIFICATIONSInput-Output Isolation None In/Out Capacitance 1000 pFEfficiency (Note 5) See Selection Chart Switching Frequency 500Khz, typ.Dimensions (See Fig 3.) 2.5” x 0.55” x 0.26” (63.5 x 14.0 x 6.6mm) Weight 0.3oz (8.5g) MTBF (Note 3)2.064x10-6th HrsENVIRONMENTAL SPECIFICATIONSOper. Temp. Range (See Fig 4) -40 to +85 DegC(FL) Storage Temperature Range -55 to +105 DegC * Thermal ShockMil Std 810D Over Temp Protection +125DegC MTBF 1,000,000 HrsMil Std 217, 25C Shock/VibrationTo MIL-STD 810CEMC SPECIFICATIONSConducted Emissions EN55022, Level A Radiated Emissions EN55022, Level AConducted ImmunityEN61000-4-6, Criteria 2NOTES1. Starting the Product into a Short Circuit Mode will damage the device.2. In order to meet all specifications for the3.3Vin models, an external capacitor is needed on the input. The capacitor is SANYO OS-CON,SA-Series, 68uF/10V.3. BELLCORE TR-NWT-000332. Case 1: 50% Stress, Temperature at 40DegC. (Ground fixed and controlled environment)4. Maximum value at nominal input voltage and full load.5. Minimum value at nominal input voltage and full load.* These are stress ratings. Exposure of the devices to any of these conditionsmay adversely affect long term reliability. Proper operation under conditions other than the standard operating conditions is neither warranteed nor implied.All specifications are typical at nominal input, full load, and 25DegC unless otherwise notedAstrodyne products are not authorized or warranteed for use as critical components in life support systems, equipment used in hazardous environments, nuclear controls systems, or other mission-critical applications.Typical Transient Response to Step Load Change from 0% to 100% of lo, max at Room Temperature and 5V Input (Waveform Averaged to Eliminate Ripple Component.)MECHANICAL DIMENSIONS AND CURVE(-H) ModelPin#Define1 +OUTPUT2 +OUTPUT3 Sense (option) or no pin4 +OUTPUT5 GND6 GND7 +INPUT8 +INPUT9 Power OK (option) or no pin 10 TRIM11REMOTE ON-OFFDimensions are Inches (mm)Pin pitch tolerance ± 0.014 (0.35)。
How to Order
5 to 40mA
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switch 3-wire type
D-Y59A
28 VDC or less
40mA or less
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24 VDC Relay, PLC IC circuit, Relay, PLC
Refer to applicable auto switch list — Page 182.
PLC: Programmable Logic Controller
20 76
93 117 135 66 37 10 10 10
Hale Waihona Puke 275169 10 19 9 36 10.5 8.5 83
25 82.5 98.5 117.5 135 66.5 37.5 12 13 16
32
51 68.5 10 19 9 42 11.5 9 93
Bore size
HA
J
K
L
MM ML NN OA OB OL
25, 50, 75, 100, 125, 150, 175, 200, 250, 300, 350, 400
12/16
20/25/32/40/50/63
1.5MPa
1.0MPa
0.12MPa
0.1MPa
–10°C to 60°C (With no condensation)
50 to 400mm/s
Bore size
WA
30st or Over 30st and Over 100st and Over 200st and less up to 100st up to 200st up to 300st
Over 300st
12 20 40 110 200 –
Mainframe Parts Impulse-12和Impulse-20的用户手册说明书
Mainframe PartsImpulse-12:99-1060-1 (Domestic) -1X (Export)Front panel metal only: 80-1666Back panel metal only: 80-1667Power Supply: 50-21Power Entry Module: 90-1177AC Cord: 30-49Bargraph/Clock/Timer assy: 99-1050Clock/Timer Lens: 80-1121Bargraph Lexan: 80-1622 (x2)10-LED Display: 12-59Cue/talkback speaker: 23-2FRAMEImpulse console assy: 99-1040-x #Lower Chassis assy: 90-1662-x #4.5" x 2.25" user panel: 80-1663-1(standard)4.5" x 6" user panel: 80-1663-2 (standard)3" x 6" user panel: 80-1663-31.5" x 6" user panel: 80-1663-4Screws, 4-40 x 1/4” hex: 38-894-40 washers: 38-10Manual: 75-42Service CD-ROM: 99-4804Connector Kit: 76-899 (Impulse-12)Connector Kit: 76-900 (Impulse-20)Tool Kit: 76-901Shipping crate:88-156 (Impulse-12)88-157 (Impulse-20)90-1660-x #"Coffee Guard":80-1675-x #Copystands:99-1067-x #WIRINGFlex cable, 18-cond: 19-58Flex cable, 18-cond: 19-59Flex cable, 18-cond: 19-60Flex cable, 6-cond: 19-61Timer cable: 90-1170Cue speaker cable: 90-1162Bargraph meter cable: 90-1163DC power cable: 90-1169*Complete assembly, with meters, cue speaker, clock/timer and all wiring for either frame size.# -1 is Impulse-12, -2 is Impulse-20Internal Board SettingsOutput PCA: 95-1045-32x3 connectors (x10): 14-4832x4 connector: 14-485DIP switch: 26-208Trimpot, 2k (x7): 24-165Trimpot, 1k: 24-16710 uF e-cap (x23): 60-127Parlex Cables 19-5817"RLS/Timer, 18 conductor (left end)19-5911"Monitor/Meter, 18 conductor (right end)19-604"Dual Channel, 18 conductor 19-614"Talkback, 6 conductor95-106032-pin Motherboard Interconnect PCA 95-10614-pin Motherboard Interconnect PCADual Input PCA: 95-1049-1A/B Input switch (white): 25-853Pgm switches (white): 25-853Offline switch (orange): 25-856Cue switch (yellow): 25-855Fader assembly: 95-1044Fader knob (white): 32-719-1Mounting screws: 38-91On switch w/buttoncap: 25-858-1 *Off switch w/buttoncap: 25-859-1 *ON buttoncap: 25-871-1 *OFF buttoncap: 25-872-1 *Lamp assy. (lamp & housing): 12-95Bare lamp: 12-101(Use 99-1041 for analog input, 99-1042-1 for AES or S/PDIF digital inputs or 99-1042-2 for EIAJ optical input)1112ON OFF ONOFF Alternate Knob ColorsBlack: 32-710-1Red: 32-712-1Y ellow: 32-714-1Green: 32-715-1Blue: 32-716-1Gray: 32-720-1Orange: 32-721-1*no suffix for blank buttoncap, -CU for custom engraving.Two lines per buttoncap, 4 1/2 characters max. per line.Dual T elco PCA: 95-1049-2AutoFeed switch (red): 25-854A/B Input switch (white): 25-853Pgm switches (white): 25-853Offline switch (orange): 25-856Cue switch (yellow): 25-855Upgrade kit: 76-906Telco FPGA: 21-194-4DSP FPGA: 21-210-4Extraction Tool: 70-130Install Doc: 71-1132Fader assembly: 95-1044Fader knob (white): 32-719-1Mounting screws: 38-91On switch w/buttoncap: 25-858-1 *Off switch w/buttoncap: 25-859-1 *ON buttoncap: 25-871-1 *OFF buttoncap: 25-872-1 *Lamp assy. (lamp & housing): 12-95Bare lamp: 12-101*no suffix for blank buttoncap, -CU for custom engraving.Two lines per buttoncap, 4 1/2 characters max. per line.CueAutoFeedPgm-1Pgm-2Pgm-3Off-LineCueTelcoTelco 2Telco 1ON OFF ON OFF Alternate Knob ColorsBlack: 32-710-1Red: 32-712-1Y ellow: 32-714-1Green: 32-715-1Blue: 32-716-1Gray: 32-720-1Orange: 32-721-1Monitor ControlsMonitor/Meter switchboard: 95-1046-2 Array Select Switch (white) (x14): 25-853Cue pot assy: 90-1165Pot only: 24-98knob: 90-327-1cap: 33-127Mic w/cable: 90-1171Mic element only: 23-1Grill: 80-917H/P pot assy: 90-1166Pot only: 24-100Knob: 32-159Skirt: 32-137Cap: 32-160CR Monitor pot assy: 90-1167Pot only: 24-100Knob: 32-159Skirt: 32-137Cap: 32-160Studio Monitor pot assy: 90-1164Pot only: 24-100Knob: 32-159Skirt: 32-137Cap: 32-160H/P jack assy: 90-1168Jack only: 17-22Talkback Switch assy: 95-969-2Switch: 25-860Lamp assy. (lamp & housing): 12-95Bare lamp: 12-101Timer & RLS ControlsTimer/RLS PCA: 95-1046-1Switch (white) (x19): 25-853AutoReset Hold Start StopTimerRemote Line SelectorMic Preamp PCA95-1045-1 Mic Preamp CardInputs 1 &2Outputs PCA: 95-1045-12x3 connector (x6): 14-483Preamp IC: 22-11Op amps: 22-13Trimpots: 24-170DIP switch: 26-2447 uF e-cap (x12): 60-10822 uF e-cap (x8): 60-125TALK BACKCOUGHONOFFMic Remote Panel 99-949-1 & 99-949-299-949-1 Panel: 80-157799-949-2 Panel: 80-1576 (shown)Switch guard (x2): 80-1502Switch w/white engraved button: 25-860-1Switch: 25-860Switch w/orange engraved button: 25-874-1Switch: 25-874Switch w/red engraved button: 25-858-1Switch: 25-858Switch w/yellow engraved button: 25-859-1Switch: 25-85999-949-1: Cabinet mount 99-949-2: Turret mountPCA: 95-949PCB Connector: 15-5833-pin Header: 14-20Header jumper: 14-69Installation guide: 74-134Connector kit: 76-737Documentation: 71-949Connector Housing: 15-524Terminal pins (x10): 15-8Cabinet Grommet: PRE-3759PR&E #Description or Use12-95On, Off, Talkback lamp & housing12-101On, Off, Talkback lamp only24-98Cue Pot24-100CR and Studio Monitor, Headphone Pot 25-853Pgm and A/B select switch25-854Autofeed switch25-855Cue switch25-856Off/Line switch25-858Module On switch25-859Module Off switch25-860Talkback switch25-870White button cap25-871Red button cap25-872Yellow button cap95-1044Input & Telco channel fadersPR&E #Description or Use Qty. 76-899Inpulse-12 Connector Kit—14-4823-pin AMP housing3 14-4846-pin AMP housing58 14-4868-pin AMP housing2 14-50024-pin AMP housing12 15-938-1Receptacle contacts54976-900Impulse-20 Connector Kit—14-4823-pin AMP housing3 14-4846-pin AMP housing74 14-4868-pin AMP housing2 14-50024-pin AMP housing20 15-938-1Receptacle contacts770 76-901AirWave Tool Kit 50-5AA Lithium battery2 70-126Crimp Tool1 70-129Contact Removal Tool1 90-151Clock Magnet Tool1 Connector and Tool Kit ComponentsAirWave Digital Assemblies & ModulesPR&E #Description or Use PR&E #Description or Use23-1Electret microphone23-2Cue speaker50-21Power Supply80-1121Clock/Timer bezel80-1663-4 1.5" x 6" Blank Panel 80-1663-33" x 6" Blank Panel80-1663-2 4.5" x 6" Blank Panel 80-1663-1 2.25" x 4.5" Blank Panel 95-1044Fader assy.95-1045-1Microphone preamp PCA 95-1045-3Output Amplifier PCA95-1046-1Remote Line Selector/Timer switchboard95-1046-2Monitor/Meter Select switchboard 95-1049-1Dual Input Control PCA95-1049-2Dual Telco Control PCA99-1041Analog Input Config Card99-1042-1AES Input Config Card99-1042-2Optical Input Config Card99-1045-2RLS Selector PCA99-1047Right DSP Card99-1048-1Left DSP Card99-1048-2Middle DSP Card (Impulse-20 only) 99-1050Bargraph Meter assy.99-1067-1Copy Stand for Impulse-1299-1067-2Copy Stand for Impulse-20Impulse Replacement Parts Parts Summary。
MP020-5
ELECTRICAL CHARACTERISTICS
VCC = 15V, TA = 25°C, unless otherwise noted.
Parameter Symbol Condition Min Supply Voltage Management (VCC Pin) VCC ON threshold VCCH VCC OFF threshold VCCL VCC operating voltage Quiescent current Iq At no load condition, Vcc=20V Operating current IOP Internal MOSFET (Drain Pin) Break-Down Voltage VBRDSS Supply current from Drain pin Icharge Leakage current from Drain pin Ileak VDS=500Vdc ID=10mA, Tj=20 degree On-State MP020-5 Ron resistance Minimum switching frequency fmin At no load condition Internal Current Sense Current Limit MP020-5 ILimit Leading edge blanking tLEB Feedback input (FB Pin) FB pin input current IFB VFB=4V Feedback threshold VFB DCM detect threshold VDCM FB open-circuit threshold VFBopen FB OVP threshold VFBovp OVP sample delay tOVP Output Cable Compensation (CP Pin) Cable compensation voltage VCP fS=70kHz Thermal Shutdown Thermal shutdown threshold Thermal shutdown recovery threshold Typ 17
GRP-520产品快速启动指南说明书
GRP-520 Quick Start v1.00 2013/03/20GRP-520Quick StartPackage ChecklistThe package includes the following items:●One GRP-520 hardware module●One Quick Start●One companion CD●One RS-232 cable (CA-0910)●One 2G/3G antenna (ANT-421-02)●Screw DriverRelated Documents and Software UtilitiesDocuments●User Manual: GRP-520_User_Manual.pdf●Quick Start: GRP-520_QuickStart.pdf●CD:\napdos\GRP-520\Manual●/pub/cd/usbcd/napdos/GRP-520/manualGRP-520 Dimensions (Unit: mm)Appearance and Pin AssignmentsLED indicatorsA.PWR(Green)：Power LED to indicate whether the external power is input or not. Thedescription is as follows:B.OS(Red)：OS LED indicates if the OS is normal or fail.C.FW(Red)：This LED indicates the status of VxServer firmware (Serial port to 3G).D.3G (Red)：The LED indicates the status of 3G module.InstallationIf users want to start GRP-520 normally, it needs to follow these steps to install the GRP-520 below:A.Install the antennaB.Plug in the normal SIM card (Before apply the SIM card, confirm it is OK by mobilephone.)C.Plug the Ethernet cable if you need it.D.If you want to use the Micro SD card, please insert it into the slot.E.Turn the rotary switch to 0 (normal mode). The COM1 will be the console in position 1(debug mode), and the default username is “root”, default password is “root”.F.Connect the DC.+VS and DC.GND to the power supply.G.It is needed to wait about 20 ~ 30 seconds for OS booting. After finishing the process,GRP-520 would be in normal operation mode and the OS LED would blank as heart beatper 1 sec.H.It is needed to wait about 30 ~ 60 seconds to search the 3G/2G base and register to the ISP.After finishing the process, the 3G LED would blank per 1 sec.Web Utility1. LoginDefault username = “admin”, and default password = “admin”Default IP = “192.168.255.1”Default Mask = “255.255.0.0”Default Gateway = “192.168.0.1”After login, the screenshot is showed as below:2. EthernetThis page provides the basic settings of Ethernet:(1)Mode:．“Static”: set as static IP．”DHCP”: set IP via DHCP protocol.(2)IP Address: IP of Ethernet.(3)Mask: the Mask of the gateway.(4)Gateway: IP of the gateway.3. 3G ConfigureThis page provides basic settings of 3G network.(1)PIN Code: PIN Code are 4 character number provided by SIM Card provider(2)Phone Number: usually fill it as “*99***1#” or “*99#”. The number is depended on SIMCard provider(3)APN: Access Point Name, please ask your SIM Card provider.(4)User Name: the username for dial-up. Please ask your SIM Card provider.(5)Password: the password for dial-up. Please ask your SIM Card provider.(6)Auto-Dialing: Enable this function to dial-up to 3G network after power on.4. RoutingThis page provides routing rule configuration.(1)IP: IP address.(2)Mask: the mask will effect how many IP this rule manages.”24” = 255 IPs, “28” = 16 IPs, “32” = 1 IPs.(3)Target: the target interface of the rule.(4)For example:The Rule 0: This rule will push the socket packages from the address 192.168.27.0 ~ 192.168.27.255 forward to “ppp0” (3G network).The Rule 0: This rule will push the socket packages from the address 192.168.0.0 ~ 192.168.0.15 forward to “ppp0” (3G network).5. Port Mapping (Port Forward)This page provides Port Mapping rule configuration.(1)Type: the protocol type. There are “TCP” and “UDP”(2)From: the interface that the socket comes from.”ppp0” is 3G interface.(3)Port: the port that the socket comes from.(4)Target IP: the IP that the socket goes forward.(5)Target Port: the Port of the “Target IP”.(6)For example:The Rule 0: This rule will bind the socket from the “ppp0”and Port=”10080”with 192.168.0.10:80.The Rule 1: This rule will bind the socket from the “ppp0”and Port=”10021”with 192.168.0.10:21.6. PasswordThe user can change the password of the web utility here.(1)Password: new password.(2)Confirm: confirm the password again.7. The advance settings of web utilityPlease refer the user manual of GRP-520.Technical Support1. ICP DAS Service : ******************2. GRP-520 software Website:/GRP-520.html。
MICOM-P520-电动机保护资料
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Parflex Division 53DM 双线结构胶管说明说明书
55LT SAE 100R7
2,000-3,250 psi Size range: 1/8" to 1/2" Temp. Range*: -70°F to +212°F
Superior flexibility in cold
temperature applications.
* Temperature ranges are for standard hydraulic fluids. See Catalog 4660 for more details.
Features
• Light weight 30% - 70% weight reduction
• Abrasion resistant Tough, outer jacket
• Compact O.D. 10% - 30% reduction for easier routing; Lower force to flex
• Clean core tube • Resistant to pin hole leaks • Resistant to erosion • Low length change under pressure • Noise reduction • Low permeation • Wide chemical compatibility • Long lengths
Extremes
Temperature, Flexibility, Abrasion and Length Change
To make work places safer, we have to buy into the philosophy that all accidents are preventable. Components like hoses with higher levels of reliability and durability equal less failures which, in turn, equates to less accidents.
西农 机电一体化实习报告
《机电一体化综合训练》实习报告姓名：学号：专业班级：实验指导教师：李星恕、李卫、郭红利、侯俊才西北农林科技大学机械与电子工程学院2015年7月一、蔬菜移栽机1、蔬菜移栽机研究意义和现状我国是世界蔬菜生产大国，随着农村产业结构的调整和蔬菜产业的发展，国家对高效设施农业的发展越来越重视，对蔬菜生产机械的需求日益迫切。
而蔬菜移栽机械化作业对于提高秧苗移栽质量、提高劳动生产率以及减轻农民劳动强度具有重要意义。
近年来，设施蔬菜生产已经遍布全国各地，蔬菜育苗工作取得重大突破，灌溉和植保技术突飞猛进，但是，蔬菜移栽机械化进展缓慢。
而手工移栽是仅次于收获作业的一项劳动强度非常大的劳动。
实现蔬菜移栽机械化已成为农业生产的迫切需要。
我国旱地栽植机械的研究始于20世纪50年代末60年代初。
20世纪70年代开始研制裸根苗移栽机械，80年代研制成半机械化蔬菜栽植机。
但是，这些机具由于与育苗方式不配套或不能满足蔬菜栽植的农艺要求等原因而没有得到推广应用。
近几年来，随着育苗技术的发展以及劳动力成本的上升，推动了移栽机械的研制开发工作。
目前，国内已经研制开发出钳夹式、链夹式、挠性圆盘式、吊杯式、导苗管式等各型移栽机。
接下来以久保田蔬菜移栽机为例进行介绍。
2、久保田蔬菜移栽机的结构日本株式会社久保田（KUBOTA）是个百年企业，迄今已有120年的历史。
现在，通过水道用铁管、农业机械和环境设施等各种产品，在完善现代供排水系统、提高粮食产量和减轻劳动强度以及人类和环境的和谐共处等方面，为人们的生活和社会的发展做出了广泛的贡献。
久保田将本着“通过提供人类生活的基础产品、技术和服务，为社会的发展和保护地球环境做贡献”的经营理念，进行全球性的事业拓展，以解决“粮食”“水”“环境”这一世界性的课题。
本次实习研究的是久保田蔬菜移栽机，该机器主要由投苗杯、接苗杯、开沟器和镇压轮等机构组成。
该机器设备的机械结构如下图：3、蔬菜移栽机的工作原理该机具主要适合移栽钵体苗，为自走式。
SMC部分产品型号
SMC三杆气缸MGPM40-20 SMC三杆气缸MGPM40-30 SMC三杆气缸MGPM40-40 SMC三杆气缸MGPM40-50 SMC三杆气缸MGPM40-75 SMC三杆气缸MGPM40-100 SMC三杆气缸MGPM50-10 SMC三杆气缸MGPM50-20 SMC三杆气缸MGPM50-30 SMC三杆气缸MGPM50-40 SMC三杆气缸MGPM50-50 SMC三杆气缸MGPM50-75 SMC三杆气缸GPM63-100 SMC三杆气缸MGPM50-100 SMC三杆气缸MGPM63-10 SMC三杆气缸MGPM63-20 SMC三杆气缸MGPM63-30 SMC三杆气缸MGPM63-40 SMC三杆气缸MGPM63-50 SMC三杆气缸MGPM63-75 MGPL12-10 SMC薄型带导杆气缸 MGPL12-2 SMC薄型带导杆气缸 0 MGPL12-30 SMC薄型带导杆气缸 MGL12-40 SMC薄型带导杆气缸 MGPL12-50 SMC薄型带导杆气缸 MGPL12-75 SMC薄型带导杆气缸 MGPL12-100SMC薄型带导杆气缸 MGPL16-10 SMC薄型带导杆气缸 MGPL16-20 SMC薄型带导杆气缸 MGPL16-30 SMC薄型带导杆气缸
63、气爪（平行开闭型）/圆柱形爪体：MHS?3系列 64、气爪（平行开闭型）/中心贯通孔：MHSH3系列 65、气爪（平行开闭型）/圆柱形爪体：MHS4系列 66、气爪（支点开闭型）/标准型：MHC?2系列 67、气爪（支点开闭型）/肘节型：MHT2系列 68、气爪（支点开闭型）/凸轮式180°开闭：MHY2系列 69、气爪（支点开闭型）/齿轮式180°开闭：MHW2系列 70、薄型气爪：MHF2系列 71、抖料气爪：MIW/MIS系列 72、摆动气爪：MRHQ系列 73、微型带导杆气缸：MGJ系列 74、新薄型带导杆气缸：MGP系列 75、薄型带导杆气缸：MGQ系列 76、带导杆气缸/基本型：MGG系列 77、带导杆气缸/小型：MGC系列 78、导台式气缸MGF系列 79、滑台式气缸：CXT系列 80、带摆台气缸：MGT系列 81、倍力气缸：MGZ系列 82、小型气动滑台：MXJ系列 83、小型精密气动滑台：MXP系列 84、小型气动滑台（长行程型）：MXY系列 85、小型气动滑台（直线导轨）：MXH系列 86、气动滑台（十字滚柱导轨）/双缸型：MXS系列 87、气动滑台（循环式直线导轨）/双缸型：MXQ系列 88、小型气动滑台（直线导轨）：MXU系列 89、超薄型气动滑台（十字滚柱导轨）：MXF系列 90、精确气动滑台（循环式直线导轨）：MXW系列 91、高精度气缸：MTS系列 92、止动气缸/安装高度固定型：RSQ系列 93、止动气缸/安装高度可调型：RSG系列 94、重载型止动气缸：RSH/RS1H系列
大气中二氧化硫的测定方法4
大气中的二氧化硫化学学院2010级高原1231410047大气中的二氧化硫（一）概述：二氧化硫已经成为大气中的主要污染物，严重危害生态环境和人类健康。
因此，建立灵敏、准确的二氧化硫测定方法具有重要意义。
美国环境保护机构采用Scaringgelli等改进的Vest—Gaeke方法作为测定大气中二氧化硫浓度的标准方法，下面列举一些快速、灵敏、选择性好、操作简单的分析方法。
（二）状态：常温下为无色有刺激性气味的有毒气体，密度比空气大，易液化，易溶于水（约为1:40）密度2.551g/L，（气体，标准状况下）熔点：-72.4℃（200.75K）沸点：-10℃（263K）溶解度：22 g/100mL(0℃) 15 g/100mL(10℃)11 g/100mL(20℃) 9.4 g/100mL(25 ℃)8 g/100mL(30℃) 6.5 g/100mL(40 ℃)5 g/100mL(50℃) 4 g/100mL(60℃)3.5 g/100mL(70 ℃) 3.4 g/100mL(80 ℃)3.5 g/100mL(90 ℃) 3.7 g/100mL(100℃)（三）毒性：1. 急性毒性：LD50：无资料LC50：6600mg/m3，1小时(大鼠吸入)2. 亚急性和慢性毒性：刺激性：家兔经眼：6ppm/4小时/32 天，轻度刺激。
（四）危害1. 健康危害：易被湿润的粘膜表面吸收生成亚硫酸、硫酸。
对眼及呼吸道粘膜有强烈的刺激作用。
大量吸入可引起肺水肿、喉水肿、声带痉挛而致窒息。
急性中毒：轻度中毒时，发生流泪、畏光、咳嗽，咽、喉灼痛等；严重中毒可在数小时内发生肺水肿；极高浓度吸入可引起反射性声门痉挛而致窒息。
皮肤或眼接触发生炎症或灼伤。
慢性影响：长期低浓度接触，可有头痛、头昏、乏力等全身症状以及慢性鼻炎、咽喉炎、支气管炎、嗅觉及味觉减退等。
少数工人有牙齿酸蚀症。
2. 环境危害：对大气可造成严重污染。
3. 燃爆危险：本品不燃，有毒，具强刺激性。
海洋数据下载网站
海洋数据下载网站常用的海洋遥感信息及渔业应用网站[1]. 美国海湾影像公司：[2]. Roffers 海洋渔情预报服务公/[3]. 美国轨道影像公司：[4]. 美国SST在线公司：[5]. 美国科学渔业系统公司：[6]. 法国CATSAT公司：[7]. Jennifer Clarks GulfStream Analysis Charts /gulfstrm/[8]. 美国环境预报中心/sst/[9]. 美国Stennis空间中心海军实验室：/altimetry/index.html[10]. 美国NASA的叶绿素信息查询：/cgi/browse.pl?prm=Chl[11]. 美国渔业预报公司[12]. 日本鱼情信息服务中心http://www.jafic.or.jp[13]. 日本气象厅http://www.data.kishou.go.jp/marine/ocean/daily/daily.html[14]./`realtime/global-real-time_vel/[15]. http://www.restec.or.jp/restec_l.html[16]. /realtime/Jtrack/NOAA.html[17]. /IPO.HTM[18]. http://www.eorc.nasda.go.jp/cgi-bin/trmm/tminrt.cgi?code=tst_jp&lang=j[19]. http://www.eorc.nasda.go.jp/cgi-bin/trmm/vrsnrt.cgi?code=virs_jp&lang=j[20].http://ww.restec.or.jp/jpn/data/data.html[21]. /company/index.html[22]. 北海http://www.fishexp.pref.hokkaido.jp/marineinfo/noaa/index.htm[23]. 道东48小时合成http://www.fishexp.pref.hokkaido.jp/marineinfo/noaa/4/indexf.asp[24]. 北海道东南海域(岩手县): http://www.sui.pref.iwate.jp/~sui/index.htm[25]. 岩手县水产技术http://www.suigi.pref.iwate.jp/i/[26]. 茨城县水产试验场http://host.agri.pref.ibaraki.jp/~suishi/http://host.agri.pref.ibaraki.jp/~gyomusen/index.htm/realtime/Jtrack/NOAA.html[27]. 千叶县http://homepage2//cb-sjtcenter/http://homepage2//cb-sjtcenter/suionnzu.htm[28]. 静冈县渔业局.biglobe.ne.jp/~jfg/.biglobe.ne.jp/~jfg/tuki/inde_gl.htm[29]. 三重县科学技术振兴部http://www.mpstpc.pref.mie.jp/SUI/index.htmhttp://www.mpstpc.pref.mie.jp/SUI/kaikyo/movie/movie.htmhttp://www.mpstpc.pref.mie.jp/SUI/i/[30]. 三重县渔业无线局http://wwwl.ocn.ne.jp/~jfh333/index.htmlhttp://wwwl.ocn.ne.jp/~jfh333/office/kyoku/link777.htmhttp://wwwl.ocn.ne.jp/~jfh333/office/zenkoku/noaa.html[31]. 爱媛县水产试验场http://www2.ocn.ne.jp/~gyokai/ipage.html[32]. 福冈县水产海洋技术部http://www.sea-net.pref.fukuoka.jphttp://www.sea-net.pref.fukuoka.jp/eisei/eisei_jpn.htmhttp://www.sea-net.pref.fukuoka.jp/eisei/eisei_kyu.htm[33]. 宫崎县水产试验场http://www.suisi.miyazaki.miyazaki.jp/http://www.suisi.miyazaki.miyazaki.jp/noaa/images[34]. 鹿儿岛县水产试验场http://chukakunet.pref.kagoshima.jp/http://chukakunet.pref.kagoshima.jp/suishi/http://www.data.kishou.go.jp/marine/ocean/daily/daily.html[35]. 东京都水产试验场http://www.fish.metro.tokyo.jp[36]. 和歌山水产试验场http://www.fish.metro.tokyo.jp/uminotenkizu/index.html[37]. 叶绿素数据下载：ftp:///MODISA/L3SMI/Quicklook/2005/[38]. 美国国家海洋大气局卫星信息系统//NOAASIS//NOAASIS/ml/[39]. 美国NOAA国家环境卫星数据信息服务署/[40]. 美国NOAA卫星运行办公室/[41]. 美国NOAA卫星数据处理和分发办公室/[42]. 美国NOAA国家海洋资料中心//General/satellite.html/[43]. 美国NOAA国家气候资料中心/oa/ncdc.html[44]. 美国NOAA国家地质资料中心//html/redirect.html[45]. 美国NOAA国家浮标资料中心/[46]. 美国NOAA太平洋海洋环境实验室[47]. 关于TOGA-TAO的更多信息，可/tao/elnino/toga-insitu.html /tao/index.shtml/关于厄尔尼诺（El Niño）现象研究，可/research.html/general/enso_faq//ftproot/ssd/html/elnino.htm/toga-tao/realtime.html美国宇航局JPL实验室物理海洋学数据现有档案分发中心（PO.DAAC/JPL）的网站//info/whatsnew.html#102/关于TOPEX/Poseidon 高度计数据产品，可看/topex/www/ssa.html//cdrom/mgdr-b/Document/HTML//topex/www/ql_archive.html/关于GEOSAT/ALT高度计数据产品，可看/order/order_geosat.html/关于QuikSCAT/SeaWinds散射计数据，可看/order/order_qscat.html/关于NSCAT散射计数据产品，可看/order/order_nscat.html/关于DMSP/SSM/I专用传感器微波成像仪数据资料，可看:2031/DATASET_DOCS/ssmi_wentz.html/美国宇航局JPL实验室为TOPEX/Poseidon 和Jason-1 高度计服务设置的主页是/science/science.html/mission/topex.html/mission/jason-1.html/#hawaiicoastWatchsatellitedataresources/美国宇航局为EOS-AM(TERRA)和EOS-PM(AQUA)设置的主页是/ /美国宇航局戈达德空间飞行中心（GSFC）的网站地址/关于SeaWiFS的主页，可看/关于MODIS的主页，可看//////news/index.php/关于MODIS的资料产品，可看/data/dataset/MODIS/03_Ocean/index.html/美国宇航局戈达德空间飞行中心（GSFC）还提供了与MODIS有关算法的网站地址的专门网/cgi-bin/texis/search/search/?query=ALGORITHM&submit=Submit&scope=0例如， MODIS海表面温度算法的一个网站地/data/atbd/atbd_mod25.pdf可以由此网页查出。
200多个科研软件下载链接（百度网盘）
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ARMATURA EP20 All Weather Outdoor Multi-Tech Smart
Manuals+— User Manuals Simplified.ARMATURA EP20 All Weather Outdoor Multi-Tech Smart Reader User GuideHome » ARMATURA » ARMATURA EP20 All Weather Outdoor Multi-Tech Smart Reader User GuideContents1 ARMATURA EP20 All Weather Outdoor Multi-Tech SmartReader2 ARMATURA EP20 All Weather Outdoor Multi-Tech SmartReader3 Product Overview4 Install The Reader On The Wall5 Reader Connection6 FCC7 Documents / Resources8 Related PostsARMATURA EP20 All Weather Outdoor Multi-Tech Smart ReaderExplorer Series – EP20C/CK/CQ/CKQ Reader (1pc)Quick Start Guide (1pc) and Mounting Template (1pc)Mounting Plate (1pc)Screwdriver (1pc)grub screw/Countersunk KA3.6 x 1.57 inches (40mm) self-tapping screws (4pcs) and Anchors (4pcs) – for mounting directly to a wall (no junction box)Torx screw TM3 x0.24 inches (6mm) (1pc) – for fixing the reader to the mounting plateRecommended Parts(not supplied)cable 5-10 conductor (Wiegand)4 conductor Twisted Pair Over-All Shield and UL approved, Belden 3107A or equivalent (OSDP)Certified LPS DC power supplyMetal or plastic junction boxdrill with various bits for mounting hardware Mounting hardwareThe EP20CKQ reader is one of the most compact multi-frequency RFID readers available that supports over 100 RFID card types and both NFC and Bluetooth Low Energy credentials. Installs on Single-Gang. European-standard gang box and Asian standard boxes to fit all kings of installation environmentsParts IncludedMake sure your box contains everything listed. If any pieces are missing, contact your dealer. Please save the original box and packing matenals if you ever need to ship your device.Explorer Series – EP20C/CK/CQ/CKQ Reader (1pc)Quick Start Guide (1pc) and Mounting Template (1pc)Mounting Plate (1pc)Screwdriver (1pc)grub screw/Countersunk KA3.6 x 1.57 inches (40mm) self-tapping screws (4pcs) and Anchors (4pcs) – for mounting directly to a wall (no junction box)Torx screw TM3 x0.24 inches (6mm) (1pc) – for fixing the reader to the mounting plateRecommended Parts(not supplied)cable 5-10 conductor (Wiegand)4 conductor Twisted Pair Over-All Shield and UL approved, Belden 3107A or equivalent (OSDP)Certified LPS DC power supplyMetal or plastic junction boxdrill with various bits for mounting hardware Mounting hardwareProduct Overview1. LED Indicator2. QR Code Scanner3. Touch Button4. Mounting Hole5. Card Resoing Area6. Tamper SwitchInstall The Reader On The Wall1. Attach the mountain remote sent me wall by inches from the ground (adjustable) and oral holes according tothe mounting paper2. Secure the mounting plate on the wall with the wall mounting screws.3. After passing the wires through the wiring hole and connected and then attach the device to the mountingplate from top to bottom.4. Fasten the device to the mounting plate with a security screwNote: The installation method of the EP20C series is the same Only the EP20CKQ is used as an example, and will not be repeated here againReader ConnectionThe EP20CKQ series can communicate with the control panel via either RS-485 (OSDP) or Wiegand. Connection via WiegandConnection via RS-485 (OSDP)Frequency Bands And Maximum Output PowerARMATURA EP20 All Weather Outdoor Multi-Tech Smart Reader [pdf] User GuideEP20 All Weather Outdoor Multi-Tech Smart Reader, EP20, All Weather Outdoor Multi-Tech Smart Reader, Weather Outdoor Multi-Tech Smart Reader, Outdoor Multi-Tech Smart Reader, Multi-Tech Smart Reader, Tech Smart Reader, Smart Reader, ReaderManuals+,。
Midea缆械表面混合式用户指南指针说明书
1.版面尺寸2.材质标注3.物料编码4.颜色标注5.客户型号6.产品名称7.重量标注8.电压功率34General mixing guideThe following mixing guide is a suggestion for selecting mixing speeds for 6-speedmixers. Begin on speed 1 and increase to desired speed depending on the recipe consistencyUse a large mixing bowl so that the ingredients spread out for easier mixing.Butter and margarine should be at room temperature.Add 200g flour +200sugar+200butter+4pcs egg at a time and at max speed setting, mixing thoroughly after each addition.Chips and nuts should be stirred by hand.1Bowl 2Whisk 3Right hook4Left hook (with flange)5Right beater6Left beater (with flange)7Turbo switch (Eject button)8Rotary switch9Unit mixer10Unlock button 11StandSpeed12345Turbo 5TurboFoodDry ingredients, muffins ,or quick breads.Cream butter and suger Most packaged cake mixers Frosting and mashed potatos Egg whites Heavy loading Egg whitesMost cookie dough • Cookie dough mixing guide• • •34Panduan mengadun yang amPanduan mengadun seperti berikut adalah cadangan pemilihan kelajuan mengadun untuk perkakas yang hadir dengan 6-kelajuan. Bermula dengan kelajuan 1 dan ditambahkan kepada kelajuan yang dikehendaki bergantung kepada konsistensi resipi.1Mangkuk 2Pemukul telur3Pemuku berbentuk cangkuk kanan4Pemuku berbentuk cangkuk kiri (dengan bebibir)5Pemukul kanan6Pemukul kiri (dengan bebibir)7Suis Turbo(butang pelepas)8Suis Putar9Unit Pengadun10Butang buka kunci 11PenopangLetakkan mangkuk di atas kedudukan yang ditetapkan pada tapak.Letakkan badan di atas kedudukan yangditetapkan pada tapak.Kelajuan12345Turbo 5TurboMakanan Bahan-bahan kering, muffin, atau roti cepat saji.Memukul mentega dan gulaKebanyakan campuran kek dalam bungkusan Sediakan aising dan kentang lenyek Putih telur Muatan beratPutih telurKebanyakan doh biskut • Gunakan mangkuk mengadun yang besar bagi memudahkan pengadunan bahan-bahan.• Mentega dan marjerin hendaklah berada pada suhu bilik.• Tambahkan 200g tepung + 200g gula + 200g mentega + 4 biji telur setiap kali dan adun pada kelajuan maksimum, adun hingga sekata selepas setiap penambahan.• Cip atau kacang hendaklah diadun dengan tangan.Panduan mengadun doh biskutkekal pada kedudukan “0” dan/atau “E” untuk menanggalkan semua bahagian pasangan.。
IPS-M-PI-190 Material and equipment standard for line pipe
IPS-M-PI-190
MATERIAL AND EQUIPMENT STANDARD FOR LINE PIPE
IPS-M-PI-190
0. INTRODUCTION This Standard gives technical specifications and general requirements for the purchase of steel line pipe for use in Oil, Gas and Petrochemical Industries under non-sour as well as sour conditions and is based on API Spec. 5L, forty-first edition, April 1,1995 and shall be read in conjunction with that document. It covers the supplementary specifications for seamless line pipe, longitudinal submerged arc welded line pipe and electric welded line pipe in three following Parts: Part I: Introduction and general information related to this Standard including references, some definitions, abbreviations, some terms and conditions of purchasing and guidance for the use of this Standard. Amendments/supplements to API Spec. 5L covering specifications for line pipes used in oil, gas and petrochemical services under non-sour conditions. Amendments/supplements to Part II of this Standard to enhance the quality of the line pipes as to make it suitable for use in oil, gas and petrochemical services under sour conditions.
MATERIAL AND EQUIPMENT STANDARD FOR LINE PIPE
IPS-M-PI-190
0. INTRODUCTION This Standard gives technical specifications and general requirements for the purchase of steel line pipe for use in Oil, Gas and Petrochemical Industries under non-sour as well as sour conditions and is based on API Spec. 5L, forty-first edition, April 1,1995 and shall be read in conjunction with that document. It covers the supplementary specifications for seamless line pipe, longitudinal submerged arc welded line pipe and electric welded line pipe in three following Parts: Part I: Introduction and general information related to this Standard including references, some definitions, abbreviations, some terms and conditions of purchasing and guidance for the use of this Standard. Amendments/supplements to API Spec. 5L covering specifications for line pipes used in oil, gas and petrochemical services under non-sour conditions. Amendments/supplements to Part II of this Standard to enhance the quality of the line pipes as to make it suitable for use in oil, gas and petrochemical services under sour conditions.
CAPA2054产品安全数据表说明书
Material Safety Data Sheets contain country specific regulatory information. Therefore, the MSDS’s provided are for use only by customers of Solvay Chemicals, Inc. in North America. If you are located in a country other than Canada, Mexico or the United States, please contact the Solvay Group company in your country for MSDS information applicable to your location.
5. Fire Fighting Measures
5.1 Flash point: 527°F (275°C) [Cleveland Open Cup/ASTM D92]
5.2 Auto ignition Temperature: No data
MSDS No. CAPA2054 1106 Revised 11 21 06 Copyright 2006, Solvay Chemicals, Inc. All Rights Reserved. 1.800.765.8292
CAPA® 2054,2055,2085,2125,2125A,2204J,2205,2205W and 2304
CAPA® 2054, 2055, 2085, 2125, 2125A, 2204J 2205, 2205W and 2304
Material Safety Data Sheet