D17 1058-1997 材料与涂层5%NACI的盐雾试验和评级方法
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新编号 旧编号 名称 2010 2012 2013 2015 2016 2020 2022 2023 2115 2125 3001 3002 3004 4001 4004 4006 4006 4007 4010 4011 4012 4041 10001 10002 10004 10009 10010 10011 11001 11002 11004 11005 11010 11021 11021 12002 12006 12007 12008 12010 13001 13003 13004 13005 1013 手摇抽气机 1007 真空泵 1008 两用气筒 1018 皮唧 1017 抽气盘 1019 仪器车 1014 水准器 2444 充磁器 1016 透明盛液筒 2278 碘的升华与凝华演示器 1101 物理支架 1102 方座支架 1110 升降台 1202 学生电源 1202 数控式初中学生电源 1201 直流低压电源 1209 教学电源 1203 蓄电池 2374 电池盒 1206 感应圈 1205 直流高压电源 1208 实验电源 1 演示米尺 2 木直尺 4 塑料尺 7 布卷尺 5 游标卡尺 6 螺旋测微器 103 物理天平（500g） 104 学生天平 (200g,0.02g) 106 托盘天平(200g，0.2 g) 105 托盘天平(500g，0.5g) 110 5000g电子台秤 2106 50 g×10金属钩码 2106 200g×4金属钩码 205 机械停钟 203 电磁打点计时器 201 数字计时器 202 简式计时器 206 电子节拍器 6071 红液温度计，0—100°C 6075 水银温度计，200°C 302 演示温度计 301 热敏温度计
DVD刻录盘环码(MID)识别
16X
UME01
UmeDisc(香港)
8X
UTJG01001
Unitec Japan
1X
UTJR001001
Unitec Japan
?X
VANGUARD
精鋒
4X
VANGUARD01
精鋒
8X
VDSPMSAB 01
Interaxia AG(瑞士)
4X
VIVASTAR
VIVASTAR
錸德
2X
RITEKW04
錸德
4X
RITEKW06
錸德
6X
SONY000000U9
SONY
1X
TDK401saku=3
TDK
1X
TDK501saku]3
TDK
1X
TDK502sakuM3
TDK
2X
TDK601saku
TDK
4X
DVD+R
AML 001
UmeDisc(香港)
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AML 002
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CMC MAG.E01
中環
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CMC MAG.F01
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CMC MAG.M01
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16X
CMC MAG.R01
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2.4X
DATATRAK001
Euro Digital Disc Manufacturing GmbH
2.4X
DT-D02 02
Euro Digital Disc Manufacturing GmbH
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4X
INFODISC R20
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?X
ASTM_D_1056 2007_SpongeRubber
2. Referenced Documents 2.1 ASTM Standards: 3 D 395 Test Methods for Rubber Property—Compression Set D 412 Test Methods for Vulcanized Rubber and Thermoplastic Elastomers—Tension D 471 Test Method for Rubber Property—Effect of Liquids D 573 Test Method for Rubber—Deterioration in an Air Oven D 575 Test Methods for Rubber Properties in Compression D 624 Test Method for Tear Strength of Conventional Vulcanized Rubber and Thermoplastic Elastomers D 832 Practice for Rubber Conditioning For Low Temperature Testing D 883 Terminology Relating to Plastics D 1171 Test Method for Rubber Deterioration—Surface Ozone Cracking Outdoors or Chamber (Triangular Specimens) D 3182 Practice for Rubber—Materials, Equipment, and Procedures for Mixing Standard Compounds and Preparing Standard Vulcanized Sheets D 3183 Practice for Rubber—Preparation of Product Pieces for Test Purposes from Products 2.2 ISO Standard:4 ISO 6916-1 Flexible Cellular Polymeric Materials: Sponge and Expanded Cellular Rubber Products—Specification Part 1 Sheet
Richtek技术公司产品说明书：RT8055高效同步步下电源转换器
RT8055®©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Featuresz High Efficiency : Up to 95%z Low R DS(ON) Internal Switches : 100m Ωz Programmable Frequency : 300kHz to 2MHz z No Schottky Diode Requiredz0.8V Reference Voltage Allows for Low Output Voltagez Forced Continuous Mode Operation z 100% Duty Cycle Operation z Input Over Voltage ProtectionzRoHS Compliant and Halogen FreeApplicationsz Portable Instrumentsz Battery-Powered Equipment z Notebook Computersz Distributed Power Systems z IP Phonesz Digital Cameras z3G/3.5G Data CardGeneral DescriptionThe RT8055 is a high efficiency synchronous, step-down DC/DC converter. Its input voltage range is from 2.6V to 5.5V and provides an adjustable regulated output voltage from 0.8V to 5V while delivering up to 3A of output current.The internal synchronous low on-resistance power switches increase efficiency and eliminate the need for an exter nal Schottky diode. The switching frequency is set by an external resistor. The 100% duty cycle provides low dropout operation extending battery life in portable systems. Current mode operation with external compensation allows the transient response to be optimized over a wide range of loads and output capacitors.The RT8055 is operated in forced continuous PWM Mode which minimizes ripple voltage and reduces the noise and RF interference.The RT8055 is available in the WDFN-10L 3x3 and SOP-8 (Exposed Pad) packages.Ordering InformationPin Configurations(TOP VIEW)WDFN-10L 3x33A, 2MHz, Synchronous Step-Down ConverterNote :Richtek products are :` RoHS compliant and compatible with the current require-ments of IPC/JEDEC J-STD-020.` Suitable for use in SnPb or Pb-free soldering processes.COMP FB VDD PVDDPVDDSHDN/RTGND LX PGNDCOMP FB PVDDVDD SOP-8 (Exposed Pad)G : Green (Halogen Free and Pb Free)Z : ECO (Ecological Element with Halogen Free and Pb free)RT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Typical Application CircuitTable 1. Recommended Component SelectionV OUT Marking InformationJN= : Product Code YMDNN : Date CodeRT8055GQWRT8055GSPRT8055GSP : Product NumberYMDNN : Date CodeJN : Product Code YMDNN : Date CodeRT8055ZQWRT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Function Block DiagramRT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Absolute Maximum Ratings (Note 1)zSupply Input Voltage, VDD, PVDD ----------------------------------------------------------------------------−0.3V to 6.5Vz LX Pin Switch Voltage --------------------------------------------------------------------------------------------−0.3V to (PVDD + 0.3V)<10ns ----------------------------------------------------------------------------------------------------------------−5V to 8.5V z Other I/O Pin Voltages -------------------------------------------------------------------------------------------−0.3V to 6.5V z LX Pin Switch Current --------------------------------------------------------------------------------------------4A z Power Dissipation, P D @ T A = 25°CWDFN-10L 3x3-----------------------------------------------------------------------------------------------------1.667W SOP-8 (Exposed Pad)-------------------------------------------------------------------------------------------1.333W z Package Thermal Resistance (Note 2)WDFN-10L 3x3, θJA -----------------------------------------------------------------------------------------------60°C/W WDFN-10L 3x3, θJC -----------------------------------------------------------------------------------------------7.8°C/W SOP-8 (Exposed Pad), θJA -------------------------------------------------------------------------------------75°C/W SOP-8 (Exposed Pad), θJC -------------------------------------------------------------------------------------15°C/W z Junction T emperature ---------------------------------------------------------------------------------------------150°C z Lead Temperature (Soldering, 10 sec.)-----------------------------------------------------------------------260°C z Storage T emperature Range ------------------------------------------------------------------------------------−65°C to 150°C z ESD Susceptibility (Note 3)HBM (Human Body Model)--------------------------------------------------------------------------------------2kVElectrical Characteristics(V DD = 3.3V, T A= 25°C, unless otherwise specified)Recommended Operating Conditions (Note 4)z Supply Input Voltage ----------------------------------------------------------------------------------------------2.6V to 5.5V z Junction T emperature Range ------------------------------------------------------------------------------------ −40°C to 125°C zAmbient T emperature Range ------------------------------------------------------------------------------------ −40°C to 85°CRT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Note 1. Stresses beyond those listed “Absolute Maximum Ratings ” may cause permanent damage to the device. These arestress ratings only, and functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specifications is not implied. Exposure to absolute maximum rating conditions may affect device reliability.Note 2. θJA is measured at T A = 25°C on a high effective thermal conductivity four-layer test board per JEDEC 51-7. θJC ismeasured at the exposed pad of the package.Note 3. Devices are ESD sensitive. Handling precaution is recommended.Note 4. The device is not guaranteed to function outside its operating conditions.Note 5. Guaranteed by design.RT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Typical Operating CharacteristicsOutput Voltage vs. Input Voltage3.303.313.323.333.343.353.363.53.73.94.14.34.54.74.95.15.35.5Input Voltage (V)O u t p u t V o l t a g e (V)Output Voltage vs. Output Current3.263.273.283.293.303.313.323.333.343.353.363.373.380.00.30.60.91.21.51.82.12.42.73.0Output Current (A)O u t p u t V o l t a g e (V)Efficiency vs. Output Current01020304050607080901000.00.30.60.91.21.51.82.12.42.73.0Output Current (A)E f f i c i e n c y (%)Switching Frequency vs. Temperature1.51.61.71.81.92.02.1-50-25255075100125Temperature (°C)S w i t c h i n g F r e q u e n c y (M H z )Switching Frequency vs. Input Voltage1.51.61.71.81.92.02.13.53.73.94.14.34.54.74.95.15.35.5Input Voltage (V)S w i t c h i n g F r e q u e n c y (M H z )V IN UVLO vs. Temperature2.002.052.102.152.202.252.302.352.402.452.50-50-25255075100125Temperature (°C)V I N U V L O (V )RT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Output RippleTime (500ns/Div)V IN = 5V, V OUT = 3.3V I OUT = 0AV LX (5V/Div)V OUT (5mV/Div)Output Ripple Time (500ns/Div)V IN = 5V, V OUT = 3.3V I OUT = 3A V LX (5V/Div)V OUT(5mV/Div)Reference Voltage vs. Temperature0.7600.7680.7760.7840.7920.8000.8080.8160.8240.8320.840-50-25255075100125Temperature (°C)R e f e r e n c e V o l t a g e (V )Output Current Limit vs. Temperature2.02.53.03.54.04.55.05.56.0-50-25255075100125Temperature (°C)O u t p u t C u r r e n t L i m i t (A)Output Current Limit vs. Input Voltage2.02.53.03.54.04.55.05.56.03.53.73.94.14.34.54.74.95.15.35.5Input Voltage (V)O u t p u t C u r r e n t L i m i t (A)Output Voltage vs. Temperature3.203.223.243.263.283.303.323.343.363.383.40-50-25255075100125Temperature (°C)O u t p u t V o l t a g e (V)RT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Power On from V INTime (1ms/Div)V IN = 5V, V OUT = 3.3V I OUT = 0AV LX (5V/Div)V IN (2V/Div)V OUT (1V/Div)Load Transient ResponseTime (100μs/Div)I OUT (1A/Div)V OUT(200mV/Div)V IN = 5V, V OUT = 3.3V I OUT = 0A to 2ALoad Transient ResponseTime (100μs/Div)I OUT (1A/Div)V OUT(200mV/Div)V IN = 5V, V OUT = 3.3V I OUT = 0A to 3AUVP ShutdownTime (10μs/Div)V LX (5V/Div)V OUT (1V/Div)V IN = 5V, V OUT = 3.3VRT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Application InformationThe basic RT8055 application circuit is shown in TypicalApplication Circuit. External component selection is determined by the maximum load current and begins with the selection of the inductor value and operating frequency followed by C IN and C OUT .Output Voltage SettingThe output voltage is set by an external resistive divider according to the following equation :Figure 1. Setting the Output Voltage⎟⎠⎞⎜⎝⎛+×=R2R11V V REF OUT Soft-StartThe RT8055 contains an internal soft-start clamp that gradually raises the clamp on the COMP pin.Operating FrequencySelection of the operating frequency is a tradeoff between efficiency and component size. High frequency operation allows the use of smaller inductor and capacitor values.Operation at lower frequency improves efficiency by reducing internal gate charge and switching losses but requires larger inductance and/or capacitance to maintain low output ripple voltage.The operating frequency of the RT8055 is determined by an external resistor that is connected between the SHDN/RT pin and GND. The value of the resistor sets the ramp current that is used to charge and discharge an internal timing capacitor within the oscillator. The RT resistor value can be determined by examining the frequency vs. R RT curve. Although frequencies as high as 2MHz are possible,the minimum on-time of the RT8055 imposes a minimum limit on the operating duty cycle. The minimum on-time is typically 110ns. Therefore, the minimum duty cycle is equal to 100 x 110ns x f (Hz).Figure 2100% Duty Cycle OperationWhen the input supply voltage decreases toward the outputvoltage, the duty cycle increases toward the maximum on-time. Further reduction of the supply voltage forces the main switch to remain on for more than one cycle eventually reaching 100% duty cycle.The output voltage will then be determined by the input voltage minus the voltage drop across the internal P-MOSFET and the inductor.Low Supply OperationThe RT8055 is designed to operate down to an input supply voltage of 2.6V. One important consideration at low input supply voltages is that the R DS(ON) of the P-Channel and N-Channel power switches increases. The user should calculate the power dissipation when the RT8055 is used at 100% duty cycle with low input voltages to ensure that thermal limits are not exceeded.Slope Compensation and Inductor Peak Current Slope compensation provides stability in constant frequency architectures by preventing sub-harmonic oscillations at duty cycles greater than 50%. It is accomplished internally by adding a compensating ramp to the inductor current signal. Normally, the maximum inductor peak current is reduced when slope compensation is added. In the RT8055, however, separated inductor current signals are used to monitor over current condition.0.00.51.01.52.02.53.002004006008001000R OSC (K )S w i t c h i n g F r e q u e n c y (M H z )(k Ω)where V REF equals to 0.8V typical.The resistive divider allows the FB pin to sense a fraction of the output voltage as shown in Figure 1.RT8055©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.This formula has a maximum at V IN = 2V OUT , where I RMS = I OUT /2. This simple worst-case condition is commonly used for design because even significant deviations do not offer much relief. Choose a capacitor rated at a higher temperature than required.Several capacitors may also be paralleled to meet size or height requirements in the design.The selection of C OUT is determined by the effective series resistance (ESR) that is required to minimize voltage ripple and load step transients, as well as the amount of bulk capacitance that is necessary to ensure that the control loop is stable. Loop stability can be checked by viewing the load transient response as described in a later section.The output ripple, ΔV OUT , is determined by :1V V V V I I OUTININ OUT OUT(MAX)RMS −=⎦⎤⎢⎣⎡+Δ≤ΔOUT L OUT 8fC 1ESR I V This keeps the maximum output current relatively constant regardless of duty cycle.Short Circuit ProtectionWhen the output is shorted to ground, the inductor current decays very slowly during a single switching cycle. A current runaway detector is used to monitor inductor current. As current increasing beyond the control of current loop, switching cycles will be skipped to prevent current runaway from occurring.Inductor SelectionThe inductor value and operating frequency determine the ripple current according to a specific input and output voltage. The ripple current ΔI L increases with higher V IN and decreases with higher inductance.OUT OUT L IN V V I =1f L V ⎡⎤⎡⎤Δ×−⎢⎥⎢⎥×⎣⎦⎣⎦OUT OUT L(MAX)IN(MAX)V V L =1f I V ⎡⎤⎡⎤×−⎢⎥⎢×Δ⎣⎦⎣⎦Having a lower ripple current reduces not only the ESR losses in the output capacitors but also the output voltage ripple. However, it requires a large inductor to achieve this goal.For the ripple current selection, the val ue of ΔI L = 0.4(I MAX )will be a reasonable starting point. The large st ripple current occurs at the highest V IN . To guarantee that the ripple current stays below the specified maximum, the inductor value should be chosen according to the following equation :The inductor's current rating (caused a 40°C temperature rising from 25°C ambient) should be greater than the maximum load current and its saturation current should be greater than the short circuit peak current limit.C IN and C OUT SelectionThe input capacitance, C IN , is needed to filter the trapezoidal current at the source of the top MOSFET . To prevent large ripple voltage, a low ESR input capacitor sized for the maximum RMS current should be used. RMS current is given by :The output ripple is highest at maximum input voltagesince ΔI L increases with input voltage. Multiple capacitors placed in parallel may be needed to meet the ESR and RMS current handling requirements. Dry tantalum, special polymer, aluminum electrolytic and ceramic capacitors are all available in surface mount packages. Special polymer capacitors offer very low ESR but have lower capacitance density than other types. Tantalum capacitors have the highest capacitance density but it is important to only use types that have been surge tested for use in switching power supplies. Aluminum electrolytic capacitors have significantly higher ESR but can be used in cost-sensitive applications provided that consideration is given to ripple current ratings and long term reliability. Ceramic capacitors have excellent low ESR characteristics but can have a high voltage coefficient and audible piezoelectric effects.The high Q of ceramic capacitors with trace inductance can also lead to significant ringing.Using Ceramic Input and Output CapacitorsHigher values, lower cost ceramic capacitors are now becoming available in smaller case sizes. Their high ripple current, high voltage rating and low ESR make them ideal for switching regulator applications. However, care must be taken when these capacitors are used at the input and output. When a ceramic capacitor is used at the inputDS8055-05 November 2012©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.and the power is supplied by a wall adapter through long wires, a load step at the output can induce ringing at the input, V DD . At best, this ringing can couple to the output and be mistaken as loop instability. At worst, a sudden inrush of current through the long wires can potentially cause a voltage spike at V IN large enough to damage the part.Thermal ConsiderationsFor continuous operation, do not exceed absolute maximum junction temperature. The maximum power dissipation depends on the thermal resistance of the IC package, PCB layout, rate of surrounding airflow, and difference between junction and ambient temperature. The maximum power dissipation can be calculated by the following formula :P D(MAX) = (T J(MAX) − T A ) / θJAwhere T J(MAX) is the maximum junction temperature, T A is the ambient temperature, and θJA is the junction to ambient thermal resistance.For recommended operating condition specifications, the maximum junction temperature is 125°C. The junction to ambient thermal resistance, θJA , is layout dependent. For SOP-8 (Exposed Pad) packages, the thermal resistance,θJA , is 75°C/W on a standard JEDEC 51-7 four-layer thermal test board. For WDFN-10L 3x3 packages, the thermal resistance, θJA , is 70°C/W on a standard JEDEC 51-7 four-layer thermal test board. The maximum power dissipation at T A = 25°C can be calculated by the following formulas :P D(MAX) = (125°C − 25°C) / (75°C/W) = 1.333W for SOP-8 (Exposed Pad) packageP D(MAX) = (125°C − 25°C) / (70°C/W) = 1.429W for WDFN-10L 3x3 packageThe maximum power dissipation depends on the operating ambient temperature for fixed T J(MAX) and thermal resistance, θJA . The derating curves in Figure 3 allow the designer to see the effect of rising ambient temperature on the maximum power dissipation.Figure 3. Derating Curve of Maximum Power Dissipation Layout ConsiderationsFollow the PCB layout guidelines for optimal performance of RT8055.`A ground plane is recommended. If a ground plane layer is not used, the signal and power grounds should be segregated with all small-signal components returning to the GND pin at one point that is then connected to the PGND pin close to the IC. The exposed pad should be connected to GND.`Connect the terminal of the input capacitor(s), C IN , as close as possible to the PVDD pin. This capacitor provides the AC current into the internal power MOSFETs.`LX node is with high frequency voltage swing and should be kept within small area. Keep all sensitive small-signal nodes away from the LX node to prevent stray capacitive noise pick-up.`Flood all unused areas on all layers with copper.Flooding with copper will reduce the temperature rise of powercomponents.You can connect the copper areas to any DC net (PVDD,VDD, VOUT , PGND, GND, or any other DC rail in your system).`Connect the FB pin directly to the feedback resistors.The resistor divider must be connected between V OUT and GND.0.00.10.20.30.40.50.60.70.80.91.01.11.21.31.41.50255075100125Ambient Temperature (°C)M a x i m u m P o w e r D i s s i p a t i o n (W )©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.Table 3. Capacitors for C and C Recommended component selection for Typical ApplicationFigure 4. PCB Layout GuideFand GND as closer as possibleLX should befrom this tracenear RT8055Connect the FB pin directly to feedback resistors. TheDS8055-05 November 2012©Copyright 2012 Richtek Technology Corporation. All rights reserved. is a registered trademark of Richtek Technology Corporation.W-Type 10L DFN 3x3 PackageRichtek Technology Corporation5F, No. 20, Taiyuen Street, Chupei City Hsinchu, Taiwan, R.O.C.Tel: (8863)5526789Richtek products are sold by description only. Richtek reserves the right to change the circuitry and/or specifications without notice at any time. Customers shouldobtain the latest relevant information and data sheets before placing orders and should verify that such information is current and complete. Richtek cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Richtek product. Information furnished by Richtek is believed to be accurate and reliable. However, no responsibility is assumed by Richtek or its subsidiaries for its use; nor for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of Richtek or its subsidiaries.HM(Bottom of Package)8-Lead SOP (Exposed Pad) Plastic Package。
富山电脑缝纫机hp-005款电控资料
富山HP-005伺服控制器安装维护手册本手册仅提供给技术支持、售后、维修使用。
文中所涉及的内容，是按最新版本软件编写。
如有和控制箱本身说明不符的地方，一律以控制箱本身的说明为准，在实际的维护过程中，可能会碰到文中没有提到的内容，请及时向公司有关部分反馈，尽可能的在下一版本中，将新发现的问题一一列出。
文中所提供的资料仅供参考，具体以实物的规格书为准！(仅供内部使用参考)目录0、主要技术数据： (4)1、安全注意事项： (5)1.1 使用范围： (5)1.2 工作环境： (5)1.3 安装： (5)1.4 保养维修的规定: (5)1.5危险提示 (6)1.6 其它安全规定: (6)2. 安装与调整： (6)2.1 电机的安装： (6)2.2 针位信号器及手轮的安装： (7)2.3 控制箱的安装： (7)2.4 停针位的调整： (8)3. 接线与接地： (8)3.1 电源线的接法： (8)3.2、控制器接线端子图： (9)4、操作面板的使用： (10)4.1、操作面板按键定义： (10)4.2、操作面板参数设定： (11)4.3、操作面板的组合操作及显示 (15)5、主控制箱面板操作说明书 (16)5.1、主控制箱面板的布局如下示意图， (16)5.2、待机状态： (16)5.3、缝纫模式及各段针数设置： (17)5.4 前固缝方式及针数设置： (18)5.5 后固缝方式及针数设置： (18)5.6 工艺参数设置： (19)6、针迹补偿调整方法 (20)6.1 调整前的准备 (20)6.2 调整步骤 (20)7、常用参数的修改示例 (21)7.0 参数修改状态的进入方法 (21)7.1 如何修改自由缝最高速度 (21)7.2 如何修改慢启动速度 (22)7.3 如何关掉上电找停针位 (22)7.4 如何修改剪线速度 (22)7.5 如何恢复出厂参数 (22)7.6 如何修改工艺参数密码 (22)7.7 如何修改底线总数 (22)8、控制箱硬件检测方法 (23)8.1 维护参数表 (23)8.2、历史故障查询功能 (25)8.3、控制箱外围部件检测 (25)1、电机码盘的检测 (25)2、手动倒缝开关的检测 (25)3、立式脚踏的检测 (25)4、脚踏的检测 (25)9、故障分析 (26)9.1、故障代码表内故障的解决办法 (26)9.2、电磁铁故障分析 (28)1、剪线电磁铁故障的分析 (28)2、扫（挑）线电磁铁故障的分析 (28)3、倒缝电磁铁故障的分析 (28)4、手动倒缝故障的分析 (28)5、抬压脚电磁铁故障的分析 (28)9.3、部分故障问答 (29)10、出厂及维护时使用的特殊操作 (29)10.1 密码清除 (29)10.2 主控箱软件版本查询 (30)10.3 存储器数据复位 (30)10.4 机头工作时间清除 (30)10.5、厂家出厂参数的修改 (30)10.6、出厂机型参数的修改 (31)10. ７、特殊机型参数的修改 (31)11. 七段数码管显示值与实际数值对照表 (32)0、主要技术数据：供电电压范围：AC220V ±15% 供电电源频率：50Hz/60Hz 整机最大功率：700W电机额定功率：550W 电机额定转速：4500rpm 电机额定转矩：1.0Nm 电机最大转矩：3.0Nm感谢您选用本公司工业平缝机伺服控制器。
Rtec-Instruments MFT-5000 多功能摩擦学和力学测试仪与集成3D轮廓仪说明书
Multi Function TribometerTribology and Mechanical Tester withIntegrated 3D ProfilometerMultiple ASTM, DIN, ISO Standards CompliantMFT-50003D Imaging Mechanical Tests Industry Standard PlatformHigh precision multiple Z stages tomove load cell, profilometer, etc., each independently in Z axis.Tribometer ConfigurationInterchangeable load cell across a wide range from mN to 12,000N Interchangeable test modules to perform several tests on the same platform (rotary, reciprocating,block on ring, fretting, scratch, etc.). The modules are mounted using fast-exchange with automatic recog-nition on top of the xy stage.Closed-loop multi-channel tempera-ture and humidity controller. For -120 to 1200°C temperature control.Enclosure to reduce acousticinterference and fumes. Acts as an additional safety guard during test.In-line universal 3D Profilometer to image test area automatically with nm resolution. The Lambda pro-filometer has four imaging modes on same head (confocal + interfer-ometer + dark field + bright field).The 130 x 270mm high precision XY stage moves test modules between test and image positions. The stage can also be used for slow speed reciprocating tests, scratch test, custom motion test, etc.Advanced high speed, low noise, fast feedback, high data acquisi-tion rate controllers up to 200 kHz, and up to 64 channel expandable capabilities.Upper Z StageForce SensorInterchangeable Test ModulesOn top of XY StageTemperature,Humidity ControllerEnvironmental IsolationIn-line ProfilometerXY StageData Acquisition,Motion ControllerA B C DEFG HHDGCF BAETribology And Mechanical Tester With Integrated Profilometer 05Open Platform U channel design, high Zaccess provides large working area.Tribology And Mechanical TesterWith Integrated 3D Profilometer04Steep SlopesPatented In-line Profilometer With Automatic Stitching Technology Optimized for Tribology Testing(US 20180024035 A1)Auto Stitch Entire SamplesRough, Dark, Smooth SurfacesImage with LiquidsUniversal profilometer capable of imaging wear tracks with steep slopesHigh precision XY stage that allows to scan and stitch entire wear track automatically.The universal profilometer can scan any mate-rial (transparent, dark, corroded, flat, curved).Confocal microscopy can image samples under liquid media.Sub nm 3D Image of Wear Mark Progression During TestTest Results100 Cycle120 Cycle300 Cycle400 CycleTribology And Mechanical Tester With Integrated Profilometer 070 Minutes10 Minutes20 Minutes30 Minutes40 Minutes50 Minutes60 Minutes70 Minutes80 Minutes90 Minutes100 Minutes110 Minutes120 Minutes 130 Minutes 140 Minutes 150 MinutesA Tribometer ThatComprehensively Characterizes Surface Change vs Time Interferometer Bright Field Dark Field 06Rtec instruments Universal Tribometer + In-line ImagingWide Range Of Sensors With Patented TechnologyThe tester can mount various interchange force sensors easily. Each sensor has an automatic recognition feature, calibration file to maintain optimized performance on testing parameters.• Low Floor Noise• Highest Resolution • Fast Exchange • Automatic Recognition Based on the application, a sensor from various types of load cells can be selected.• Capacitive Load Cells - Highest resolution load cells with negligible thermal drift.• Piezo Load Cells - Sensors to measure data at highest frequency.• Strain Gauge Load Cells - Sensors with widest load range - mN to 12,000N.Choice Depends On ApplicationCapacitive Sensor Strain Gauge Sensor Piezo SensorTorque Sensors / 1D, 2D, 6D Sensors / In-line Dynamic Torque Sensors Patent # 1017938GB2Other TypesTribology And Mechanical Tester With Integrated Profilometer09The tester comes with several environmental chambers op-tions. The chambers are typically mounted on top of room temperature drives. Using interchangeable chambers, a wide range of -120 to 1200°C, controlled humidity, and vacuum up to 10-7 torr are achievable. Some setups also allow the MFT-5000 to heat both upper and lower sample separately to simulate real life situations.The advanced control system allows temperature measure-ment at multiple points simultaneously. All the chambers are closed-loop controlled, and the requested conditions are con-trolled using the software automatically. The PID for different ranges of chambers are automatically loaded once an options is mounted.Environmental Chambers-120°C to 1200°C Tribo-Corrosion,Vacuum,High Pressure,and More• Automatic Recognition • Ease of Use • Same Software • Future Field Add-ons •Cost EffectiveMFT-5000 runs tests across a wide range of forces and applications using its modular concept. Various interchangeable modules can be added on the same platform based on the intended application. The modular na-ture of this tester allows it to test coatings, bulk materials, lubricants, real components, etc.Modular Drives With Fast ExchangeThe test modules are quickly swapped. The testing modules, load cells, and lower test drives come with a fast exchange mechanism that allows the user to easily change test configurations.The software and hardware automatically recognize the test module and runs each test with ease.Modular DesignFor MaximumVersatilitySturdy Design• Lubricant Recirculation • High Speed Containers• Temperature Control • All Regimes • Automatic Stribeck• Up to 12,000 N Force • Real Components• Low FrictionMeasurement at High Loads • Ultra High Torque Motors• Certified Reference Calibration Oil, SamplesThe Universal Tribometer is ideally suited for Industrial Tribology involving lubricants, additives, oils, metal working fluids, and many more. The sturdy design includes various lubricant dispensing systems, speeds rang-ing from 0.001 RPM to 30,000 RPM, and temperature control. This allows the MFT-5000 to precisely develop, characterise, and quality control. Few of the common tribology tests and features are described below.The High Frequency Reciprocating module HFRR is used for evaluating diesel fuel lubricity. The ball slides against a disk with a 1mm stroke at a frequency of 50 Hz. ASTM D6079, D7688, CEC F-06-A-96, ISO 12156-1, IP450, BS-EC590HFRRThe standard test determines extreme pressure, friction wear properties of greases, solid bonded films, gear/hydraulic fluids, and lubricant oils. All tests are done in oscillation mode under controlled environmental conditions. ASTM G119, G174, G133, G203, G204, G206, D5706, D5707, D6425,D7217, D7420, D7594, D7421, DIN 51834 and more.Linear Oscillating/Fast Reciprocating Test, SRV TestThe block on ring module istypically used to evaluate friction, wear of materials or lubricant/grease where a ring/bearing/shaft is rotated under axialload. ASTM G77, D2509, D2714, D2782, D2981, D3704 and more.Block on Ring, Timken EP4 ball wear module is used to mea-sure wear-preventing properties of lubricants and greases in sliding and rolling applications; 4 Ball EP is to measure lubricant extreme pres-sure properties. The test involves rotating one ball on three station-ary balls at controlled environmen-tal conditions. ASTM D-2266,D-4172,D-5183D-2596, D-2783 and DIN 51350, IP 239,300.4 Ball Wear, 4 Ball EP, KRL Shear TestTapping Torque, Twist CompressionTapping torque module characterizes friction, wear, torque, etc., during form-ing and machining. The test involves tapping/drilling using taps of various standard sizes on materials of choice. Twist compression is designed to measure friction and adhesion in metal forming. Test involves slowly rotating a ring on top of material of choice.Piston Ring/Cylinder LinerThis test evaluates friction and wear parameters of piston ring and cylinder liner mate-rial in presence of engine oils. ASTM G181, G206 etc.Thrust WasherThis test assess friction and wear parameters of self-lubricated materials in thrust washers, ASTM D3702 etc.Pin, Ball on DiskThe module measures fric-tion during sliding using pin/ball on disk setup. ASTM G99, G132, DIN 50324 and more.Stribeck CurveStribeck curve displays the evolution of the coefficient of friction as a function of load, velocity and viscosity, users can change the load and velocity to automatically plot Stribeck Curves with ease in all modulesOil, Lubricant Tests, and More• Multiple ASTM, DIN, ISO •Stribeck CurvesIndustrial TribologyHFRRCryogenicBlock on RingRotary Torque Tapping TorquePiston Ring Cylinder Liner Bearings 4 BallBrake Testing Timken, Ok, Grease Tribo CorrosionSRV Low COF, Superlubricity Variable Rolling SlidingReciprocating Scratch Test High TemperatureCutting Tools Fretting 1200°C Hot HardnessScratch, Hot Hardness, Adhesion• ASTM• ISO• DIN Compliant The tribometer measures and monitors forces and displacement in all axis. The multi-axis force measurement allows it to run several standard mechanical tests such as hardness, 3-4 point bending, tensile, compres-sion, fatigue, torsion, fretting, etc., tests with ease. All these tests can be done using any of the environmental chambers.Mechanical Tests - Hot Hardness, 3-4 Point BendingThe scratch test requires applying a load on the sample that needs to be tested with a spherical or custom tip. During the process of applying the load the sample is moved at a constant velocity and several parameters such as Friction (Fx), Down force (Fz), Coefficient of friction (COF), dis-placement (Z), acoustic emission (AE), temperature, etc., are measuredin-situ.Scratch Module Spherical Indents Vicker’s IndentWear Mark Hydrogels - Contact AreaChange vs ForceThe scratch test quantifies adhesion and scratch hardness of coatings. With the advent of new deposition methods and technologies, thinner coatings are finding their way in every aspect of our life. Coatings are present on LCD displays, phones, cutting tools, gems, glass, automobiles, medical devices, etc. The quantitative coating adhesion scratch test is a simple practical test that has been around for a long time. But reliable, reproducible, and comprehensive tests require precise control of the test system configuration and its testing parameters.Coatings Adhesion, Scratch, and Mar ResistanceScratch nm to mmThick CoatingsHigh Temperature• Hard Coatings• Polymer Coatings• Paints• Soft Coatings• Optical Lenses• Decorative Coatings• Real Components• 2D Materials•Thermal Spray CoatingsCoatings and MaterialsFrettingUnmatched PerformancePrecision At BestThe tribometer uses decoupled capacitive load cells to measure friction at a COF 0.001 level even at high down forces (1N, 10N etc.). The unique design, controlled en-vironmental condition, and high resolution sensors measure friction for 2D materials, and superlubricity with ease.SuperlubricityIn-situ Confocal Raman SpectroscopyTouch Screen, Display, and GlassContact Area vs ForceIn-line confocal Raman spectrosco-py can be added to the tribometer. The confocal mode allows to image the chemical property of locations within the wear mark with high resolutions. The XY stage allows stitching of the Raman maps across the entire wear track. The test can be performed in air, inert gas, or in a vacuum chamber.The tribometer uses a 6D sensor and closed-loop XY stage to cre-ate customized motions, such as butterfly, circular, and zig-zag that simulate any kind of profile. The test is used to simulate finger mo-tion on touch screens accurately to quantify perception.The surface adhesion module can be added to the tribometer to ana-lyze real time contact area vs force using and imaging system that is placed under the sample. This cal-culates surface adhesion and alsoobserves the interface in real time.Ball on disk setup for nano tribology agglomerated particles on a coating.Vacuum chamber with in-line Raman and profiler Raman spectrometer data on a wear mark.A test showing hydrogel against a coated glass slide. Real time contact area analysis vs force.Nano Tribology• 2D Materials • Polymers • Soft Coatings • Paints • Lens• Optical Coatings • DisplaysThe nano tribometer modules allows for a comprehensive friction, wear, adhesion, etc. characterization over nano to micro scale. Ultra sensitive capacitive load cells, combined with low floor noise, and a robust design provide quantita-tive tribology characterization of interfaces, thin films, 2D materials, superlubricity, and much more. The tests can be done in air, vacuum chamber, or in a controlled inert gas atmosphere. The wear mark can be easily imaged using in-line profilometer and Raman spectrometer to characterise roughness, wear and chemical property across the track au-tomatically.Ultra Low Friction,nm to Micron Films, CoatingsSoftwareThe tester comes with a powerful operation, statistical and image analysis software. All software is Win-dows based and is very easy to learn and operate. The software runs the tool in advanced mode for ex-perienced users, or simple mode for new users or operators. The data can be saved in proprietary format or in ASCII format.XY Stage• Floor standing- Micro, Macro • Bench top- Nano, Micro • Data Acquisition 200 kHz• Range: 130x270mm• Motion resolution: 0.1µm • Maximum speed: 50mm/sMultiple Z StagesComputer ConsoleFacilities RequirementEnvironmental Chambers (Optional)Various Imaging ModulesAdditional SensorsVarious Mechanical HeadsLower DrivesRotary DriveFast Reciprocating DriveLong StrokeFast ReciprocatingFretting DriveBlock On Ring Drive• Max speed: 10mm/s, 500um/s• Motion resolution: 0.25um, 10nm• Latest Windows OS • LCD monitor• Power Requirements:110 VAC/ 240 VAC /480VAC• -120°C up to 1200°C • 5 to 90% RH • Vacuum • Liquid • Inert gas • Corrosion • Salt Spray •High Pressure• White light interferometer • 3D Confocal microscope • Variable Focus• Raman spectrometer • High mag. microscope •Atomic force microscope• Potentiostats • Acoustic emission • Electrical resistance •pH probes• Tribometer • Indentation • Scratch •MechanicalAll drives are in addition to drives mentioned in platform specification• Range 360°• Max speed up to 30000 RPM • Min speed 0.001 RPM (low speed drive)• Speed up to 80Hz• Stroke 0.1mm to 30mm• Speed 35Hz• Stroke 40mm at 40Hz• Speed up to 500Hz • Stroke 5 µm to 4mm • Range 360°• Speed up to 7000 RPMPlatform SpecificationSurface InspectionTest ModulesWide ApplicationsThe versatility of tester allows the tribometer to play an important role for several applications. It canbe used for thin or thick films, lubricants, materials, soft materials, hydrogels, bio materials, smooth or rough surfaces, flat or rough surfaces, transparent or opaque surfaces, nano or macro scale, coating or bulk materials, and more.High Temperature• Hot hardness Tester (up to 1200°C)• High Temperature Tribology (up to 1200°C)Lubricants, Grease• Block on Ring, Timken OK • 4-Ball EP and Wear • HFRR• Twist Compression • SRV• Tapping Torque, Cutting, Drilling •Piston Ring Cylinder LinerMechanical• Hot Hardness • 3, 4 Point Bending • AdhesionCryogenic• Low temperature Tribology (from -120°C)Corrosion Testing• Tribo Corrosion • Salt SprayFriction Wear• Rotary Pin on Disk Tribometer, Ball on Disk • Reciprocating• Brake Materials Tribology • Fretting• Low Friction, Nano Tribology •Bio TribologyCoatings• Scratch Test, Adhesion, Hardness • 2D Materials, Low Friction Coatings • Fretting• Pin on Disk, Ball on Disk • Reciprocating• Fracture Toughness• High Temperature Tribology up to 1200°C •Scratch and Mar ResistanceIndustrial• Brake Materials Screening • Optical lens• Cutting Tools, Hard Coatings • Piston Ring Cylinder Liner • High Pressure Chamber • Aerospace Tribology • Textile • Bearings•Additive ManufacturingHigh Pressure• CompressorAbout usRtec-Instruments develops and manufactures advanced imaging and surface mechanical property measurement solutions for research and industrial applications. Based in Silicon Valley, we are the leading provider of testing instrumentation such as tribometer, optical profilometer, 3D scratch tester and micro/nano hardness tester.We share a philosophy that embraces collaboration and partnership with customers, leaders in academia and industry, to ensure that our prod u cts answer real needs with innovative solutions.2020 Rtec Instruments Product Catalogue. All rights reserved.All specifications are typical and subject to change without notice.Rtec Instruments, US1810 Oakland Road, Ste B San Jose, CA, 95131, USA Phone: +1 408 708 9226Rtec Instruments, SA Rue Galilée 6,1400 Yverdon-les-Bains, Switzerland Phone: +41 24 552 0260Rtec Instruments, CNRoom 1002-2, Building 1, #69 Olympic St Jianye District, Nanjing, China, 210019Phone:+862583210072,+86180****2749。
59170可移动压紧工具，高级压紧工具，不可释放，不可调整，固定在工具中，MIL规格 TE产品规格（
59170Portable Crimp Tools, Premium Crimp Tooling, Not Releasable, Not Adjustable,Fixed In Tool, MIL Spec / TE Product Specification (114-)08/31/2020 04:08PM | Page 1 For support call+1 800 522 6752Application Tooling>Portable Crimp ToolsCertification:Upon Request for FeeSpecification Type:MIL Spec, TE Product Specification (114-)Die Sets Type:Fixed In ToolRatchet Configuration:Not Releasable, Not AdjustableTool Grade:Premium Crimp ToolingFeaturesOtherCrimp Form-Wire Barrel Type Closed Barrel - Confined CrescentTool Grade Premium Crimp ToolingRatchet Configuration Not Releasable, Not AdjustableDie Sets Type Fixed In ToolSpecification Type MIL Spec, TE Product Specification (114-)Certification Upon Request for FeePower Type Battery, ManualTool Type T Head Hand ToolProduct ComplianceFor compliance documentation, visit the product page on >EU RoHS Directive 2011/65/EU Out of ScopeEU ELV Directive 2000/53/EC Out of ScopeChina RoHS 2 Directive MIIT Order No 32, 2016Not reviewed for China RoHS complianceEU REACH Regulation (EC) No. 1907/2006Current ECHA Candidate List: JUN 2020(209)Candidate List Declared Against: JUN 2016(169)Does not contain REACH SVHCHalogen Content Not Yet Reviewed for halogen content59170 ACTIVEAMPTE Internal #:59170Portable Crimp Tools, Premium Crimp Tooling, Not Releasable,Not Adjustable, Fixed In Tool, MIL Spec / TE Product Specification(114-)View on >08/31/2020 04:08PM | Page 2For support call+1 800 522 6752Halogen Content Not Yet Reviewed for halogen content Solder Process CapabilityNot applicable for solder process capabilityProduct Compliance DisclaimerThis information is provided based on reasonable inquiry of our suppliers and represents our current actual knowledge based on the information they provided. This information is subject to change. The part numbers that TE has identified as EU RoHS compliant have a maximum concentration of 0.1% by weight in homogenous materials for lead, hexavalent chromium, mercury, PBB, PBDE, DBP, BBP, DEHP, DIBP, and 0.01% for cadmium, or qualify for an exemption to these limits as defined in the Annexes of Directive 2011/65/EU (RoHS2). Finished electrical and electronic equipment products will be CE marked as required by Directive 2011/65/EU. Components may not be CE marked.Additionally, the part numbers that TE has identified as EU ELV compliant have a maximum concentration of 0.1% by weight in homogenous materials for lead, hexavalent chromium, and mercury, and 0.01% for cadmium, or qualify for an exemption to these limits as defined in the Annexes of Directive 2000/53/EC (ELV). Regarding the REACH Regulations, TE’s information on SVHC in articles for this part number is still based on the European Chemical Agency (ECHA) ‘Guidance on requirements for substances in articles’(Version: 2, April 2011), applying the 0.1% weight on weight concentration threshold at the finished product level. TE is aware of the European Court of Justice ruling of September 10th, 2015 also known as O5A (Once An Article Always An Article) stating that, in case of ‘complex object’, the threshold for a SVHC must be applied to both the product as a whole and simultaneously to each of the articles forming part of its composition. TE has evaluated this ruling based on the new ECHA “Guidance on requirements for substances in articles” (June 2017, version 4.0) and will be updating its statements accordingly.TE Model / Part #342102-122-16 F.E.P.G. RING TONGUE NO.TE Model / Part #8-34148-1PG R 22-16 COMM 22-18 MIL 8TE Model / Part #34140PG R 22-16 COMM 22-18 MIL 2TE Model / Part #342104-122-16 F.E.P.G.RING TONGUE'0BA'TE Model / Part #32944PG R 22-16 COMM 22-18 MIL 4TE Model / Part #32952PG R 22-16 COMM 22-18 MIL 10TE Model / Part #8-34162-1TERMINAL,PG R 16-14 1/4TE Model / Part #342117-122-16 F.E.P.G. SPADE 4BA STUDTE Model / Part #34164TERMINAL,PG R 16-14 3/8TE Model / Part #342105-122-16 F.E.P.G. RING TONGUE NO.TE Model / Part #CAT-P592-R472PIDG RADIATION REST/150 C RINGS /SPADESTE Model / Part #CAT-P592-R472A PIDG RING TONGUE TERMINALSCompatible Parts08/31/2020 04:08PM | Page 3For support call+1 800 522 6752TE Model / Part #1616028-2B138XAH=RELAYTE Model / Part #2-5329452-2BNC JACK KITTE Model / Part #063567-000D-146-60-0TE Model / Part #160887-000D-106-6025TE Model / Part #000989-000D-106-6021TE Model / Part #69272-1SAHT SPARE WIRE CAP .036-.138TE Model / Part #3-1616058-3A770N=RELAYTE Model / Part #DTS24W11-35SA RECP ASSYTE Model / Part #45730SADAHT PO INSUL STRATOTHERMTE Model / Part #1901600-2CCII, STRATOTHERM, 18-16, SHRTTE Model / Part #34163TERMINAL,PG R 16-14 5/16TE Model / Part #342101-122-16 F.E.P.G.RING TONGUE NO.6TE Model / Part #8-34150-1PG R 22-16 COMM 22-18 MIL 1/4TE Model / Part #328308SPARE WIRE CAP,BLU, 16-14 AWGTE Model / Part #328307SPARE WIRE CAP,RED 22-18 AWGTE Model / Part #34152PG R 22-16 COMM 22-18 MIL 3/8TE Model / Part #32950PG R 22-16 COMM 22-18 MIL 6TE Model / Part #2-34161-2TERMINAL,PG R 16-14 10Customers Also BoughtDocumentsProduct DrawingsProduct DrawingsT-HD HT, SH PIDG 22-14EnglishDatasheets & Catalog PagesCERTI-CRIMPII-Premium-August-1-1773864-7EnglishCrimp Term Whitepaper-Use the Right Tool 1-1773953-1EnglishCRIMPING WHERE FORM MEETS FUNCTIONEnglishBottoming DiesEnglishInstruction SheetsInstruction Sheet (U.S.)EnglishInstruction Sheet (U.S.)English08/31/2020 04:08PM | Page 4 For support call+1 800 522 6752。
20万以上大型科研设备清单
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HCI3102007-2-12007-2-1 *253869.12日立公司51600682002-9-12002-10-1214792011-6-12011-8-1 *235500Brookhaven Instrumen12213聂朝胤聂朝胤YDL 12213陈志谦陈志谦* 12213何洪** 12213李庆** 12213李庆李庆* 1D213孙玉川孙玉川* 12213孙玉川孙玉川YDL 12213王勇王勇* 12213孙玉川孙玉川* 12213孙玉川孙玉川YDL 12213孙玉川孙玉川YDL 11213杨琰杨琰YDL 11213李廷勇李廷勇YDL 12213彭远义彭远义YDL 12213陈亚兰陈亚兰* 12213魏学良魏学良* 12213王鲜忠王鲜忠* 12213何小令加工组* 12213王雪峰病毒组* 12213周彦病毒组* 12213凌丽俐脐橙组* 12213孙志高加工组* 12213黄学根加工组* 12213冯锦英资源组* 12213赵其阳质检中心* 12213凌利丽脐橙组* 12213易时来高产组* 12213黄学根加工组* 12213黄学根加工组* 12213何小令加工组* 12213凌丽俐脐橙组* 12213郑永强高产组* 12213易时来高产组* 11213刘昌华罗玲* 12213马学兵马学兵* 12213彭云贵彭云贵* 12213彭云贵彭云贵* 12213袁若** 12213黄承志黄承志* 12213黄承志黄承志* 12213周光明周光明YDL 12213柴雅琴柴雅琴* 12213黄玉明黄玉明* 12213黄玉明** 12213黄玉明黄玉明*12213黄玉明黄玉明* 12213郑鹄志郑鹄志* 12213郑鹄志郑鹄志* 12213陈福南郑鹄志* 12213黄玉明** 12213黄玉明黄玉明* 11213黄玉明黄玉明* 12213黄玉明黄玉明YDL 1D213黄承志黄承志*1D213黄承志黄承志YDL 12213孔玲** 12213黄承志黄承志YDL 12213黄承志黄承志* 12213黄承志黄承志* 12213黄承志黄承志* 12213黄承志** 12213黄承志黄承志* 12213黄承志黄承志* 12213黄承志黄承志* 12213黄承志黄承志YDL 12213黄承志黄承志* 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12213熊祖洪熊祖洪* 12213熊祖洪** 12213熊祖洪熊祖洪YDL 12213刘光远刘光远YDL 12213阮昆良** 12213** 12213刘强刘强* 12213袁红** 11213袁宏袁宏YDL 1D213袁宏刘强YDL 1D213刘强刘强YDL 11213袁宏袁宏YDL 11213袁宏袁宏YDL 12213凤四海** 11213杨瑜杨瑜* 11213刘强刘强YDL 11213刘强刘强YDL 12213张继芬张继芬YDL 12213张继芬张继芬* 12213付克锋付克锋* 12213陈宗英陈宗英* 12213张保顺张保顺* 11213何桥何桥* 11213何桥何桥* 1D213刘世尧刘世尧* 1D213刘世尧刘世尧* 1D213刘世尧刘世尧* 1D213刘世尧刘世尧* 11213苏承刚苏承刚YDL 12213眭顺照眭顺照YDL 1D213邓新平邓新平* 15213吴仕源吴仕源YDL 12213王进军王进军YDL 12213豆威豆威*12213黄建国黄建国* 11213王定勇王定勇YDL 12213王定勇王定勇* 12213王定勇王定勇* 11213林锋林锋* 1D213魏朝富** 12213杨剑虹杨剑虹* 1D213李航李航*2007-10-31745108金属材料磨损试验机2003-4-30745103万能试验机2005-4-30743104金相显微镜2005-4-30743408紫外可见近红外分光光度计2008-9-25071316研磨机744623色谱质谱联用仪2011-12-31 其中含水电2008-12-17744199其他电化学分析仪器2004-12-31744499其他光学式分析仪器2004-12-31744199其他电化学分析仪器2008-12-17744629其他色谱仪2008-12-17744629其他色谱仪2010-6-28744619其他质谱仪2008-4-30743404光谱分析仪2008-12-26其中含配套744900其他分析仪器2007-7-31743101生物显微镜2001-12-28743199其他显微镜2012-4-28744900其他分析仪器2010-4-9389000其他饮料加工机械2007-8-14744900其他分析仪器2007-8-14746401试验用离心机2008-12-31743499其他物理光学仪器2010-12-2375203灭菌器2006-12-31462202物理、化学处理设备2007-8-13741129其他温度仪表2006-12-31744621气相色谱仪2008-8-31744900其他分析仪器2009-12-31744401光电比色分析仪器2006-12-31744621气相色谱仪2006-12-31744621气相色谱仪2008-8-31746900其他实验仪器及装置2009-12-31761104活体叶绿素仪2010-7-28744900其他分析仪器2010-12-30743101生物显微镜1997-9-1764115数学用化学分析及化工仪器2007-6-30744629其他色谱仪2004-12-31743416旋光仪2005-12-22744629其他色谱仪2001-6-18744199其他电化学分析仪器2011-11-30746900其他实验仪器及装置2011-11-30743602扫描电子显微镜2008-4-30744629其他色谱仪2005-12-26744199其他电化学分析仪器2004-9-30744623色谱质谱联用仪2001-12-31744199其他电化学分析仪器2010-9-292011.03.07744199其他电化学分析仪器2002-12-31743199其他显微镜2000-12-31743412荧光分光光度计2000-6-30744609其他波谱仪2005-12-14744629其他色谱仪2006-12-27744199其他电化学分析仪器2011-12-13743410原子吸收分光光度计2009-11-12744629其他色谱仪2007-5-31743601透射电子显微镜2008-12-9744499其他光学式分析仪器2005-7-31743199其他显微镜2010-6-24全名：转盘744624离子色谱仪2006-4-30744499其他光学式分析仪器2004-12-20744199其他电化学分析仪器2005-6-30744900其他分析仪器2006-10-31743404光谱分析仪2004-12-20744629其他色谱仪743404光谱分析仪2011-11-30 全名：傅显2011-11-30全名：纳米767200生理仪器2010-6-24743412荧光分光光度计2007-11-30743408紫外可见近红外分光光度计2002-12-31744499其他光学式分析仪器2010-10-15744900其他分析仪器2010-10-15744900其他分析仪器2010-10-15744900其他分析仪器2007-1-31744900其他分析仪器2010-10-15744900其他分析仪器2010-10-15741900其他自动化仪表2001-9-11744900其他分析仪器2009-4-22744199其他电化学分析仪器2010-10-15744900其他分析仪器2008-6-17743199其他显微镜2007-6-30744629其他色谱仪2008-3-24744900其他分析仪器2003-11-19744629其他色谱仪2008-11-18744900其他分析仪器2011-12-28743199其他显微镜2011-12-23764116教学用生理仪器2010-2-28743199其他显微镜2010-2-28761199其他农林牧渔专用仪器2007-6-30746499其他生物、医学样品制备设备2010-2-28761199其他农林牧渔专用仪器2007-6-30743103体视显微镜2007-6-30743103体视显微镜2011-12-28743199其他显微镜2011-12-28743103体视显微镜2011-6-30744629其他色谱仪2011-6-30744900其他分析仪器2005-1-31744900其他分析仪器2005-4-30744900其他分析仪器2009-12-31744900其他分析仪器2012-2-24744629其他色谱仪2011-12-31744900其他分析仪器2006-12-27743410原子吸收分光光度计1987-12-1746401试验用离心机2012-2-29761199其他农林牧渔专用仪器2011-2-23744900其他分析仪器2007-11-30744900其他分析仪器2011-12-28743103体视显微镜2009-6-29743101生物显微镜2002-5-23744302热化学分析仪器2009-5-14743101生物显微镜2006-11-30743101生物显微镜2007-11-30744623色谱质谱联用仪2001-9-11744900其他分析仪器2004-11-2744900其他分析仪器2007-6-30744629其他色谱仪2012-4-25744900其他分析仪器2011-4-21743101生物显微镜462202物理、化学处理设备2009-6-18 其中含四台2007-12-26464302专用照相机2012-4-30746401试验用离心机2002-12-26746499其他生物、医学样品制备设备2005-1-27345900其他植物保护机械2011-4-21746301干燥箱761199其他农林牧渔专用仪器2001-12-282009年1月加2009-3-18744619其他质谱仪2009-1-31744900其他分析仪器2009-1-31744629其他色谱仪2009-1-31744629其他色谱仪2010-6-23744499其他光学式分析仪器入库时间备注国标分类号国标分类名2009-11-30756301通用示波器2010-11-30756201频谱分析仪2007-9-30756201频谱分析仪2005-12-22751103高频信号发生器2004-12-21743501光导纤维测试仪器1988-3-1744501ｘ射线衍射仪2010-11-30全名：超高743199其他显微镜2008-6-30746900其他实验仪器及装置2007-7-30742609其他测磁仪器2007-4-30711701台式机2005-10-31172100真空镀膜机2004-12-20719000其他电子计算机及其外围设备2003-10-31743404光谱分析仪2006-12-29764119教学用技术基础课仪器2011-9-30机箱70000+701299其他电视发射机2011-8-31全名：单室172900其他真空应用设备2006-6-30764106教学用电磁学实验仪器2009-9-30全名：高精757399其他电视机用测量仪器2007-5-31743404光谱分析仪2006-6-30162000冷库制冷设备2009-12-22全名：太阳743404光谱分析仪2008-2-29767200生理仪器2006-12-31767200生理仪器2007-3-31767200生理仪器2010-9-25744601核磁共振波谱仪2005-1-31767200生理仪器2009-11-23767200生理仪器2007-12-29767200生理仪器2007-12-29767200生理仪器767200生理仪器2009-11-23 全名：64导767200生理仪器2009-11-23 全名：64导2002-12-13767200生理仪器2011-12-31767100心理仪器2009-11-23767100心理仪器2009-11-23全名Eyelin767200生理仪器744629其他色谱仪2009-10-29 其中含惠普2011-11-28746301干燥箱2012-4-28744900其他分析仪器2010-7-14744629其他色谱仪2008-1-31746401试验用离心机2011-10-31757199其他通讯、导航测试仪器2011-10-31744499其他光学式分析仪器2011-12-31744629其他色谱仪2011-12-31744623色谱质谱联用仪2011-12-31744629其他色谱仪2011-12-31743410原子吸收分光光度计2010-3-26744900其他分析仪器2010-6-30744900其他分析仪器2007-6-30744629其他色谱仪2008-5-30743103体视显微镜2007-10-31744900其他分析仪器2012-4-30743199其他显微镜2004-6-30744629其他色谱仪2010-3-25454202尿液分析系统2012-3-23其中含水电744703水质污染分析装置2003-12-26744629其他色谱仪2010-8-26其中含联想744609其他波谱仪2007-12-24743404光谱分析仪2002-11-22743410原子吸收分光光度计2012-4-30741303自动平衡显示仪薄膜材料实验室材料学院材料学基础实验室材料学院陈志谦材料学基础实验室材料学院纳米材料实验室材料学院纳米材料实验室材料学院岩溶环境实验室地理学院岩溶环境实验室地理学院岩溶环境实验室地理学院岩溶环境实验室地理学院岩溶环境实验室地理学院岩溶环境实验室地理学院自然地理实验室地理学院谢世友139********自然地理实验室地理学院分子生物学与生物技术实验室动物科技学院牧草生产工艺与草地工程实验室动物科技学院牧草与草食家畜重点室动物科技学院李云135********牧草与草食家畜重点室动物科技学院柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所柑桔研究所应用化学研究所化学化工学院李念兵138********应用化学研究所化学化工学院应用化学研究所化学化工学院应用化学研究所化学化工学院电化学实验室化学化工学院发光与实时分析教育部重点实验室化学化工学院黄承志139********发光与实时分析教育部重点实验室化学化工学院分析测试中心化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院分析科学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院环境化学研究所化学化工学院基础化学实验教学示范中心化学化工学院蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室杨光伟139********蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室蚕学与系统生物学研究所办公室家蚕基因组生物学国家重点实验室油菜研究室农生院重庆市作物品质改良重点实验室农生院何光华重庆市作物品质改良重点实验室农生院重庆市作物品质改良重点实验室农生院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院分子发育生物学实验室生命科学学院甘薯中心生命科学学院甘薯中心生命科学学院三峡库区重点实验室生命科学学院三峡库区重点实验室生命科学学院三峡库区重点实验室生命科学学院三峡库区重点实验室生命科学学院三峡库区重点实验室生命科学学院三峡库区重点实验室生命科学学院生命科学实验教学中心生命科学学院水产所生命科学学院水产所生命科学学院水产所生命科学学院水产所生命科学学院水产所生命科学学院水产所生命科学学院水产所生命科学学院现代医药研究所生命科学学院罗克明159********生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心生物技术中心办公室生物技术中心茶学实验室食品科技学院食品加工及贮藏实验室食品科技学院食品加工及贮藏实验室食品科技学院食品加工及贮藏实验室食品科技学院食品加工及贮藏实验室食品科技学院食品科学系食品科技学院阚建全138********领用单位名所在学院科研副院长联系方式光电技术研究所物理学院光电技术研究所物理学院光电技术研究所物理学院光电技术研究所物理学院光电技术研究所物理学院近代物理实验室物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院现代物理研究所物理学院信号与信息处理研究所物理学院吴正茂130********心理学实验教学中心心理学院虚拟现实实验室心理学院眼动实验室心理学院陈旭136********眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院眼动实验室心理学院分子药理学实验室药学院分子药理学实验室药学院药物分析实验室药学院药物评价中心药学院黄承志139********药用资源药学院果树研究室园艺园林学院果树研究室园艺园林学院南方山地园艺学教育部重点实验室园艺园林学院南方山地园艺学教育部重点实验室园艺园林学院南方山地园艺学教育部重点实验室园艺园林学院南方山地园艺学教育部重点实验室园艺园林学院蔬菜研究室园艺园林学院园艺园林花卉实验室园艺园林学院周志钦昆虫实验室植物保护学院昆虫学重点实验室植物保护学院刘怀139********昆虫学重点实验室植物保护学院昆虫学重点实验室植物保护学院。
B15_4102-12-2001-OR_(镀锌镍)
车辆标准目录1范围 (2)2与工艺有关的零件–使用的禁止和限制 (2)3工艺的描述 (3)3.1脱脂和除垢 (3)3.2电解镀锌（代号ZNI） (3)3.3脱气（代号D） (3)3.4钝化（代号3或6） (4)3.5表面精饰层（代号P，I，R或L） (4)4代号 (5)5覆盖层的特性和要求 (6)5.1覆盖层的组成 (6)5.2锌镍电镀层的厚度 (6)5.3颜色和外观 (6)5.4附着强度和耐热冲击性能 (6)5.5耐盐雾性能（D17 1058） (7)5.6磨擦系数 (7)6电镀厂家对镀锌工艺的控制 (7)附件1 PSA集团批准的镀锌、钝化、表面精饰产品和供货商一览表—PSA集团对工业生产线上施加覆盖层的零件试验后批准 (9)附件2 PSA集团批准的镀锌、钝化、表面精饰产品和供货商一览表—PSA集团对中试装置生产线上施加覆盖层的零件试验后批准（注） (10)7标准演变和引用文件 (11)7.1标准演变 (11)7.2引用文件 (11)7.3等效于 (11)7.4等同于 (11)7.5关键词 (11)1 范围本标准：• 规定了采用称为“大桶”或“散装”的工艺镀成的，用于钢制零件防腐保护的，以锌为基础的电镀覆盖层的性质：必须是采用无氰碱性槽的含镍12%～15%的锌电镀层，不允许是任何其它的锌电镀层。
注1：对于同样零件的防腐保护，也可以采用层状镀锌（标准B15 3310和标准B15 3312）。
• 对于这些电镀覆盖层，规定了在图纸上或标准文件中应标注的代号。
• 具体规定了这些覆盖层应当满足的要求。
• 在附件中列出了经PSA集团批准、供货商和制作覆盖层分包商应当使用的产品的商业代号。
注2：本标准的要求应当可以达到1999年2月制定的“PSA集团腐蚀目标”，特别是在以下几方面：• 耐脱落时间＞6年。
• 车身下面无红锈＞3年。
• 发动机罩下面和开关件无红锈＞5年。
注3：用锌镍镀成的镀层应当能够允许用以三价铬为基础的钝化代替以六价铬为基础的钝化（符合有关报废车辆的欧洲指令的要求：参阅3.4条的注1），同时，与纯锌镀层相比，能改进在车辆上的耐腐蚀性。
电镀锌层与镀后表面处理
PSA 标致－雪铁龙集团车辆标准目录1. 主题内容 (1)2. 文件上的表示方法 (2)3. 覆盖层的功能（镀后表面处理与镀锌层） (2)3.1. 精饰 (2)3.2. 沉积 (3)4. 表示符号 (4)5. 应用范围 (5)6. 操作程序 (6)7. 表面预处理 (6)8. 锌层 (7)8.1. 厚度与表示符号 (7)8.2. 螺钉类零件 (8)8.3. 镀层的检验 (8)9. 去氢处理（用字母D标记，见§4） (8)9.1. 概述 (8)9.2. 应用 (9)10. 镀后表面处理 (10)10.1. 选择与表示符号 (10)10.2. 镀后表面处理类型及要求 (10)11. 储存 (12)12. 标准演变和引用文件 ............................................................................................. 错误!未定义书签。
12.1. 标准演变 ........................................................................................................... 错误!未定义书签。
12.2. 引用文件 (13)12.3. 等效于 (13)12.4. 等同于 (13)12.5. 关键词 (13)1.主题内容本标准规定了在铁基材料上，在水溶性电解液中，用电解法获得的单层或多层镀锌层，以及除锌—镍合金以外的纯锌及锌合金（钴—铁）镀层（见备注）。
为保证耐蚀性能要求，保护零件外观，本标准规定了锌层厚度、电解槽型式以及多种不同的镀后表面处理工艺。
注：此处锌镍镀层是指在专用酸槽内得到的镀层（含10%到15%镍），这种镀层仅能用于大型零件或铸铁件。
重要事项：当采用油漆镀后表面处理时，本标准仅给出了镀锌层的厚度，此时，本标准应该与“金属机械零件油漆层”标准B15 5220同时使用。
仪器设备分类编码表1
030422数字阻抗电桥标准装置
020403声学海流剖面仪
030115环规检定装置
030213活塞式压力基准
030329计量罐容量检定装置
030423变压比电桥检定装置
020404声学计程仪
030116旋光度标准装置
030214微压基准
030330落锤式冲击力标准装置
030206(13.8033-273.16)K基准装置
030322塑料洛氏硬度国家基准
030416直流高阻计检定装置
020306光偏振态分析仪
030109量块工作基准
03020712M93k-2473k+B227温度基准
030323液体密度基准装置
030417耐电压测试仪及静电电压表检定装置
020307光纤多参数测量仪
030200热学计量仪器
030316肖氏硬度副基准装置
030410数字多用表检定装置
020300光电测量仪器
030103激光小角度测量仪基准装置
030201(273.15-1234.93)K温度基准装置
030317高频振动基准装置
030411数字功率表标准装置
020301光放大器
030104点面粗糙度基准装置
030204锌、锡、水三相点装置
030320低频水平向振动副基准装置.
030414磁通量具标准装置
020304光时域反射仪
030107圆锥量规锥度国家基准装置
030205(273.15-692.677)KM□:作
030321冲击加速度基准装置
030415强磁场标准装置
020305光频域测量仪
030108齿轮渐开线标准装置
API 7K 第5版中文版
7.7质量控制要求...................................................................15
8.2 质量控制人员资格...............................................................16
8.3测试设备.......................................................................16
5设计验证..........................................................................8
5.1总则............................................................................8
7焊接要求.........................................................................15
7.1总则...........................................................................15
9.7 活塞泥浆泵零部件...............................................................31
9.8绞车零部件.....................................................................55
朔德335845自然吸气4.25英寸6气匠柴油引擎筛选说明书
APPLICATION: Combines: 6600 After 156500; 6602 After 1500; 7700 After 8000;Tractors: 4230, 4040;QTY ITEM # DESCRIPTION LETTERED ITEMSINCLUDED IN KIT1 951418 Underhaul Kit U1 954422 In-Frame Kit I1 955422 Out-of-Frame Kit O1 956422 Major Kit M 1 956423 Major Kit (Hi-Comp / Hypereutectic Pistons) M6 6 6 6 6 1 1 151526 151524 151527 151519 151115 151486 151521 Sleeve & Piston Assembly Sleeve & Piston Asb (Hi-Comp / Hypereutectic Pistons) Piston Assembly (Late Hi-Ring Design)Liner AssemblyLiner O-Ring Package.002 Liner ShimBlock Repair Insert, Lower Liner Pilot Bore (2 Grooves)MM O I6 151528 Piston Ring Set (1-1/8K 1-3/32 1-3/16)6 6 6 6 6 251167 251168 251169 251171 251172 STD Rod Bearing .002 Rod Bearing.010 Rod Bearing.020 Rod Bearing.030 Rod BearingM M O I U1 1 1 1 1 251222 251223 251224 251225 251226 STD Main Bearing Set w/Thrust Washers .002 Main Bearing Set w/Thrust Washers.010 Main Bearing Set w/Thrust Washers.020 Main Bearing Set w/Thrust Washers.030 Main Bearing Set w/Thrust WashersM M O I U1 1 251521 251522 STD Thrust Washer Set .007 Thrust Washer Set1 1 1 6 12 351537 351345 351527 351161 301114 Head Gasket Set (1) Valve Cover Gasket (2)Manifold Gasket SetIntake Valve Seal (Viton O-Ring)Positive Valve Seal, Optional (Not in Gasket Sets) (3)I1 1 1 1 1 351538 351539 351312 351348 351569 Overhaul Gasket Set wo/Seals Block Gasket Set (4)Pan Gasket Set: Tractors (Incls 4 Gaskets & 5 O-Rings) (5) Pan Gasket: CombinesLower Pan-Clutch Hsg Gasket: Tractors w/SRT or QRT (6) M M O I IUU1 1 1 351152 351153 751179 Front Crank Seal Kit Rear Crank Seal Kit "Seal Housing Gasket - 351342" Rear Seal Housing Bolt Kit (Self Locking Bolts & W ashers)M M M M O O6 6 6 4 1 251518 251519 251244 251259 751182 Pin Bushing (Boreable) Pin Bushing (Honeable) Pin Bushing (.010 Oversize OD) Cam Bearing Rear Cam Plug M M M MMM12 1 1 751163 751263 751183 Rod Bolt Head Bolt KitEx Manifold Bolt Kit (8 Bolts & Washers)M M O I U(1)STD Thin Head Gasket - 351534 / Optional Thick Gasket (Piston Protrusion .009-.017") - 351575 (2)Special Cover Screw - 751256APPLICATION: Combines: 6600 After 156500; 6602 After 1500; 7700 After 8000;Tractors: 4230, 4040;QTY ITEM # DESCRIPTION LETTERED ITEMSINCLUDED IN KIT1 959513 Camshaft Kit C1 959313 Basic Valve Kit B1 959113 Valve Train Kit, Thru #532429 V1 959146 Valve Train Kit, After #532429 V1 551191Camshaft (7) (8) C 1 551186 Cam Thrust Plate (4 Bolt / .187" Thick)1 551278 Cam Gear Bolt, Late or Replacement Cam (1/2 x 2.000") (9)12 551181 Tappet C6 451216 STD Exhaust Valve (10) V V B6 451217 STD Intake Valve (11) V V B12 401141 Service Repair Valve Guide (.502" OD / 3.062" OAL) (12)12 451115 Valve Spring V V B6 451187 Exhaust Rotator V V6 451411 Intake Retainer, Thru #5324296 451187 Intake Rotator, After #532429 V12 451198 Valve Wear Cap24 451164 Keeper (Half) V V B6 451412 STD Exhaust Seat (1.500x1.750x.250) ".010 OS - 451414"6 451413 STD Intake Seat (1.687x1.937x.250) ".010 OS - 451415"6 451257 Rocker Arm, LH6 451258 Rocker Arm, RH1 451264 Rocker Arm Shaft (13) (14)1 551279 Cam Timing Gear1 551182 Crank Timing Gear, Early Design Crank (.750" Wide)1 551158 Crank Timing Gear, Late Design Crank (.910" Wide)1 551281 Injection Pump Drive Gear12 551277 Push Rod1 651216 Oil Pump: Combines1 651218 Oil Pump Drive Gear/Shaft 1 651215 Oil Pump Gear Set1 651221 Oil Pump Intake Screen: Tractors1 651217 Oil Cooler1 751123 Crankshaft (6 Bolt Flange)1 751265 Crank Update Parts Kit (2 Keys, 2 Plugs, Dowel Pin, Gear)1 751151 Damper Pulley: Tractors1 751266 Damper Pulley: Combines6 751255 Connecting Rod "Cap Alignment Sleeve - 751262"1 851365 Fuel Pump2 851211 Thermostat: Tractors (180 Degree) (15)2 851174 Thermostat: Combines (180 Degree)1 851255 Water Pump: Tractors "Overhaul Kit w/Impeller - 851256"1 851254 Water Pump: Combine "Overhaul Kit w/Impeller - 851257"1 851248 Block Heater (Press Fit Design)1 851249 Block Heater (Threaded Plug Design)(7)Cam Key - 551173 (8).193" Gear Spacer - 551198 (9)Cam Gear Washer - 551194(10)Oversizes: .003 - 451394 / .015 - 451395 / .030 - 451396 (11)Oversizes: .003 - 451397 / .015 - 451398 / .030 - 451399。
mtt 1055-2008 煤矿用机载锚杆钻机通用技术条件
mtt 1055-2008 煤矿用机载锚杆钻机通用技术条件摘要：一、引言二、标准概述三、技术要求1.主要参数2.钻机结构3.钻杆及配件4.操作与维护四、试验方法五、检验规则六、标志、包装与运输正文：一、引言随着我国煤矿行业的快速发展，煤矿用机载锚杆钻机的应用越来越广泛。
为了规范这一设备的技术要求，确保其安全可靠，我国制定了相应的技术标准。
本文将对MT 1055-2008《煤矿用机载锚杆钻机通用技术条件》这一标准进行详细解读。
二、标准概述MT 1055-2008是我国煤矿用机载锚杆钻机的通用技术条件标准，适用于煤矿井下、露天煤矿及地下矿山的锚杆钻机。
本标准规定了煤矿用机载锚杆钻机的术语和定义、型号与基本参数、技术要求、试验方法、检验规则、标志、包装与运输等。
三、技术要求1.主要参数煤矿用机载锚杆钻机的主要参数包括：额定转矩、额定钻孔直径、最大钻孔深度、最大钻孔倾角等。
这些参数应符合标准规定的要求。
2.钻机结构钻机结构应具有足够的强度和刚度，确保其在井下恶劣环境中稳定工作。
主要部件包括：主机、操作台、履带行走装置、液压系统、电气系统等。
3.钻杆及配件钻杆及配件应具有良好的抗弯、抗扭和抗冲击性能。
钻杆的连接方式有螺纹连接和快速接头连接，应保证连接牢固、拆卸方便。
4.操作与维护煤矿用机载锚杆钻机的操作应简单便捷，易于掌握。
操作人员应经过专业培训，熟悉设备的结构、性能和工作原理。
设备的维护保养应定期进行，确保设备的正常运行。
四、试验方法本标准规定了煤矿用机载锚杆钻机的试验方法和步骤，包括：结构强度试验、性能试验、安全保护装置试验等。
五、检验规则设备出厂前应进行逐台检验，检验项目包括：外观检查、结构检查、性能检查、安全保护装置检查等。
设备应符合本标准的要求，才能出厂。
六、标志、包装与运输设备的标志应包括：产品名称、型号、规格、生产厂家、生产日期等。
包装应符合运输要求，确保设备在运输过程中不受损坏。
设备应有明确的运输注意事项，防止在运输过程中发生意外。
橡胶和热塑性弹性体性能检测标准号对照表
DIN53516-1987D44 1119-1997
橡胶胶料硫化特性的测定（T10、T90、ML GB/T16584-1996 、MH） 碳黑分散度试验 硫化橡胶与金属粘附性及对金属腐蚀作用 GB/T14834-1993 的测定 橡胶燃烧性能测定 GB/T13488-1992
KS M6518-1996
TS2-10-03
HESD 3200-1982
KS M6518-1996
TS2-10-03
HESD 3200-1982
试验项目与试验标准号对照表（橡胶材料部分）
序号 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 试验项目 中国标准 ISO标准 ISO814 日本标准 美国标准 ASTMD429-2003 德国标准 法国神龙标准 韩国大宇标准 KS M6518-1996 TRW企业标准 艾默生企业标准 TS2-10-03 TS2-10-03 std 50417-2002 VDA675 235-1992 VDA675 225-(缺）
std 50420
VDA675 241-1992 VDA675 242-1992
硫化橡胶老化性能的测定（拉伸应力松驰 GB/T9871-1988 试验） 硫化橡胶拉伸永久变形 O型圈的试样法 橡胶特性的测试方法 液体浸没时间的 长度变化 橡胶特性的测试方法 特定应力下的延 伸 橡胶中溶剂抽出物的测定 弹性织物拉伸的试验方法（拉伸试验机的 恒速拉伸试验 橡胶化学制品的试验方法：溶解性 臭氧浓度的测定 试验酸性预处理后燃烧残余测定 装饰件和材料在给定的气候循环下的老化 试验 弹性体混合物耐电化学试验 盐雾试验 腐蚀蠕变试验方法 GB/T10125-1997 GB/T3516-1994
油液清洁取样器
PSD-250油液取样器产品型号：PSD-250产品简介：PSD-250油液取样器是由西安普研检测工程有限公司按照普洛帝全球分析仪器事业部技术要求设计并制造，该款油液取样器由超硬铝合金（LC）特种材料制造，表面经过镀锌防绣处理，耐油、防水、防侵蚀，美观耐用。
符合QCT 29105.3-1992专用汽车液压系统液压油固体污染度测试方法取样、GBT17489-1998液压颗粒度污染分析从工作系统管路中提取液样、DLT571-2007电厂抗燃油验收、运行监督及维护管理导则等相关标准引入国际设备润滑管理理念，推出本款油液取样成套工具，为精准油品分析测试提供安全的环境，在抽取油液的样品时要防止尘土、杂质、水气的人为污染，以及前次抽样时的残留油液混入取样中。
本款油液取样工具包含一支负压型油液取样器枪、NAS1638 0级软管、250毫升油液NAS1638 0级清洁瓶。
可广泛用于液压元器件、液压系统、液压站、油缸、齿轮箱、变速箱、变压器、汽轮机组、反应釜、马达、发动机、泵、阀、轮毂、能器、过滤器、冷却器、加热器、油管、管接头、油箱、压力计、流量计、密封装置等等的油样抽样及手动取样。
技术参数：材质：LC超硬铝合金容积：250ml压力：2kpa执行标准：BGT17489软管&清洁瓶：NAS1638 0级数量可定制操作方法：1、先将油枪顶端的圆螺母拧松一圈，再将软管穿过螺母后拧紧固定油枪接头及软管。
软管应伸出油枪接头下端20cm,以免油枪接头和油枪内部进油污染。
2、250ml油液清洁瓶拧到油枪接头上即可进行抽油作业。
一般情况下，软管伸入深度约50mm,这样可以避免吸进沉积物。
3、将油枪手柄推到底，同时把油枪手柄往回拉，油瓶内就会形成真空，使油顺着软管流入油瓶。
250ml清洁瓶反复抽拉15次左右可抽满250ml取样瓶。
4、把油抽至油瓶上200ml标记处即可，不要使油瓶抽满油。
5、从油枪接头上拧下油液清洁样品瓶，装上内盖，注意避免混入尘土，外界杂质。
【CN209590049U】一种氨基酸检验分析装置【专利】
(19)中华人民共和国国家知识产权局(12)实用新型专利(10)授权公告号 (45)授权公告日 (21)申请号 201920212459.6(22)申请日 2019.02.19(73)专利权人 王华地址 161613 黑龙江省齐齐哈尔市克山县克山镇天泽社区(72)发明人 王华 (74)专利代理机构 哈尔滨龙科专利代理有限公司 23206代理人 高媛(51)Int.Cl.G01N 33/68(2006.01)G01N 1/28(2006.01)G01N 1/38(2006.01)(54)实用新型名称一种氨基酸检验分析装置(57)摘要一种氨基酸检验分析装置，属于食品检验氨基酸设备技术领域，包括固定底板、固定插板、固定滑板、活动下板、活动上板、活动摇把、转动装置，其特征在于：所述固定底板上顶端表面左边缘中间处固定连接有固定插板，所述固定底板上顶端表面右边缘中间处固定连接有固定滑板，所述固定插板与所述固定滑板之间内侧顶端表面下方处插装有活动下板，所述固定插板与所述固定滑板之间内侧顶端表面上方处插装有活动上板，所述活动上板上顶端表面中间处插装有活动摇把，所述活动上板内部横排平均分布插装有若干个转动装置，工作人员可以同时进行多种食品的氨基酸提取，并且工作人员可以同时使用不同高度的量杯进行提取。
权利要求书1页 说明书2页 附图4页CN 209590049 U 2019.11.05C N 209590049U权 利 要 求 书1/1页CN 209590049 U1.一种氨基酸检验分析装置，包括固定底板（1）、固定插板（2）、固定滑板（3）、活动下板（4）、活动上板（5）、活动摇把（6）、转动装置（7），其特征在于：所述固定底板（1）上顶端表面左边缘中间处固定连接有固定插板（2），所述固定底板（1）上顶端表面右边缘中间处固定连接有固定滑板（3），所述固定插板（2）与所述固定滑板（3）之间内侧顶端表面下方处插装有活动下板（4），所述固定插板（2）与所述固定滑板（3）之间内侧顶端表面上方处插装有活动上板（5），所述活动上板（5）上顶端表面中间处插装有活动摇把（6），所述活动上板（5）内部横排平均分布插装有若干个转动装置（7）。
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标致汽车公司，雪铁龙汽车公司PSA集团汽车技术与设计部1/18试验方法新建：OR 01—09—1979更改内容：B 26—09—1997 已装入IDEM系统。
A 01—06—1985 重新编辑并更改附录3。
OR 01—09—1979 标准的建立。
引用文件：PSA文件：标准D27 1571其他：外部文件：NFA91-020 (12/1963), NFE03-004 (12/1981), NFX41-022 (08/1975)1.0 主题内容和适用范围本试验方法旨在规定试验原理、试剂和设备性能以及为保证盐雾试验的良好重复性而必须遵守的操作规程。
不论盐雾试验箱体积为多大，其盐雾密度、溶液浓度及其PH值等条件均应与本试验方法相符。
在填写试验报告中的试验结果时应注明试样本身的性质。
由于该试验是确定试样镀层的耐盐雾腐蚀性能，因此应将试样的镀层与铁相对比，从而区分出阴极镀层和阳极镀层。
对于阴极镀层，此试验即为一次腐蚀试验，对于阴极镀层，则是一次孔隙检验试验。
在任何情况下均不能将此试验作为镀层耐盐雾性能的研究方法。
试验中检测和研究所用参数必须与每种材料或相关镀层的具体标准相一致。
此试验可用来按既定的技术要求检验材料和涂层的质量。
但是，在试验开始时所测得的耐腐蚀性能并不绝对等同于材料在各种实际环境中的耐腐蚀性能。
同样，在进行了最终的比较试验后也不应对材料在所有使用条件下的耐腐蚀性能妄加评估。
本方法以NF X41-002标准为依据。
2.0 原理在确定的温度和压力条件下，采用规定成分的人工盐雾进行人工加速腐蚀试验。
腐蚀程度可通过试样的失重量，或单位面积的锈斑密度，或试样上斑点部分的总面积，也可以同标准的锈蚀评定照片进行比较等途径来确定。
3.0 试 剂3.1 盐 水浓度百分比为5%±0.5%。
3.1.1 氯 化 钠在无水状态下，氯化钠中的总杂质量不应超过0.2%，所含碘化钠不应超过0.1%， 且不允许含有镍和铜。
3.1.2 水去离子水或蒸馏水中的杂质不应超过0.02%。
水的PH 值应为7±1。
水的电导率须小于0.2ms/m (在使用前6小时内测定)。
3.1.3 配 制把五份氯化钠 (重量) 溶于九十五份蒸馏水中。
通过在35±1℃的温度条件下测量 盐水的比重的方法来检验溶液的浓度。
此项检验应每天进行，浓度为5%的盐水其比重必须在1035kg/m³～1040kg/m³之间。
将溶液的PH 值调节到700502...-+。
在喷雾之前，若有必要应通过过滤或沉淀等方法去除溶液中的悬浮杂质。
3.2 压缩空气空气必须纯净，在35±1℃的温度条件下相对湿度保持在85%～95%之间，然后以压 力为0.1MPa ±20% (即1bar ±0.2bar) 送入喷雾器。
3.2.1 为使空气净化，应使其通过水份净化器。
3.2.2 为使盐水的浓度保持不变，将压缩空气在35℃以上进行润湿，其方法是将饱和器 中的水加热到一适宜温度，使空气通过饱和器并以细小的气泡形式冒出。
水柱高 度与气泡的细微度相比显得并不重要，因细小的气泡几乎在瞬间达到饱和，为保 证纯净度，饱和器中的水每周都应更换。
3.3 盐 雾根据试验过程中集雾器内所收集到雾液的参数来确定盐雾特性。
3.3.1 盐雾沉降率必须达到一定数值，即在至少连续喷雾16小时后，每80cm ²水平集雾器 中的沉降量为2ml ±1ml/小时。
3.3.2 收集到的雾液比重和PH 值一定要达到前面3.1.3节中规定的值。
4.0 试验仪器试验仪器包括：●盐雾箱 (见附录1)●喷雾器●加热系统●盐水供给系统●压缩空气供给系统●集雾器 (收集器)4.1 盐雾箱盐雾箱的结构形式及其尺寸均由制作人和用户根据具体要求自行确定，但必须遵守下述规定：4.1.1 盐雾箱内壁板，内部框架和所有支撑体都必须具有良好的耐盐雾腐蚀性能。
这些部件可用玻璃、橡胶、某些塑料或水泥等具有良好耐蚀性能的材料制成。
4.1.2 盐雾箱须周密设计，以使盐雾能在重力作用下直接沉淀到零件或试样上。
为此应设计出喷雾器和冷凝液排放孔的适宜位置。
4.1.3 盐雾箱夹层、内部框架和所有支撑也须周密设计，以保证在其上流过的液体不再流到零件或试样上，冷凝溶液从盐雾箱底部排出，不可再次使用。
为方便同类盐雾试验箱的设计与制作，附录 1 中给出了推荐的盐雾箱示意图及其主要尺寸。
4.2 喷雾器使用一个或多个压缩空气喷雾器，附录2为此类喷雾器的示例。
为了使盐雾喷洒尽可能均匀，事先需进行试验以便根据喷流中心线及其射程的远近确定破雾板的偏角，这并不是每次盐雾试验都需要进行的，一次就已足够。
盐雾的喷洒情况可根据不同集雾器内收集到的雾液数量来检验。
4.3 加热系统加热系统必须保证盐雾箱内温度维持在35±2℃，为此可使用以下几种方法：4.3.1 进入喷雾箱的空气温度应高于35℃，过热度取决于：●盐雾箱内35℃温度的维持状况，●盐雾箱夹层的热容量和周围温度，●脉冲空气体积，●空气压力，它决定了达到要求的湿度所必须的温度。
当压力值为0.08MPa至0.12MPa (0.8～1.2bar)时，该温度为43℃～47℃。
4.3.2 一般情况下盐雾箱周围的温度要尽可能不变。
因此可以把盐雾箱放置在一恒温房内，或在箱的周围绕以封皮，封皮和箱之间灌上温度适宜的水。
盐雾箱在完全与外部隔绝的条件下可用热气加热，不过此方法势必要靠自动加热的辅助热源来保证盐雾箱被打开后又能很快升温。
事实上使用浸没在盐水槽中的加热器升温不可能满足温度要求。
4.3.3 盐雾箱内的测温装置必须能方便试验人员连续检查，或一日两次周期性检查。
为此，盐雾箱内可放上一个连续记录仪，或使用一个试验人员在箱外就能读出温度的温度计。
读温度时盐雾箱盖必须关闭，以避免开箱时在盐水槽的温度计上出现冷凝，造成读数错误。
4.4 盐水供给系统盛装盐水的容器，其制造材料不应影响溶液的PH值。
因此可以使用玻璃容器、内衬橡胶或塑料的钢制容器。
这些容器中的盐水连续不断地送入盐雾箱的盐水槽中，以保证槽中的液位一直保持在5mm左右，此盐水槽与喷雾器相通。
4.5 压缩空气供给系统供气系统包括：●空压机，压力为0.1MPa±20% (即1bar±0.2bar)。
●压力调节器 (必要时用)。
●压力计。
●空气净化器。
●水饱和器。
4.6 集雾器将装在刻度量筒的带孔塞上的直径为10cm的玻璃漏斗作为收集器，直径为10cm的漏斗，其开口面积为80cm ²。
盐雾箱工作区内至少要放两个集雾器，且集雾器不被其它物品遮蔽，以便收集的是直接落进漏斗的盐雾，而不是从试样或盐雾箱其它部位滴下的液体。
放置集雾器时应使其中的一个尽可能地靠近一喷雾器，而另一个尽可能远离所有喷雾器。
5.0 操作方法5.1试样的制备试验前彻底清洗各个表面或试样，根据其清洗对象的不同属性，清洗方式也可不同，并可制订一些特殊要求。
为了对试样涂层进行具体研究，有些规范规定要对试样进行划叉处理，从而暴露出基体金属，划叉方法在规范中给出，未要求划叉的 (或特殊)规范除外。
试样所有边缘，与试样架接触部分以及试样后表面均需按要求条件用耐腐蚀的覆盖层进行封边保护处理。
5.2试样的放置方法5.2.1 试样在盐雾箱中的位置不能正对着喷雾器的喷射方向，应事先将导流板安置好以避免盐液直接喷洒在试样表面。
5.2.2 试样的试验面应朝上置于盐雾箱中，且与垂直方向倾斜约成20︒，该角度范围应为15︒～30︒之间。
5.2.3 试样的支架应由非金属惰性材料制成，如玻璃、塑料或涂有适当涂层的木材。
若需将试样悬置，则用来悬置的材料不能用金属制成，而应是合成纤维，棉线或其它惰性耐蚀材料。
5.2.4 试样的摆放应保证不互相接触，其试验面应位于盐雾的自由循环区中，只要盐水流淌不到试样或试样支架上，试样或支架可以放在盐雾箱内高于最低水平线的不同水平位置上。
5.3检验连续检查箱内温度或至少每天2次，每隔7小时检查一次。
每天检查压力2次，每隔7小时检查一次。
每天测一次盐雾沉降量。
检查沉降液的浓度和PH值。
5.4试验持续时间试验时间由与材料或涂层有关的文件 (技术要求、标准或图纸)规定。
5.4.1 连续试验在连续试验过程中一般不停止盐雾的喷射，除非在试样检验时。
5.4.2 间断试验5.4.2.1 间断试验方案1第一阶段：从星期一上午至星期五上午连续喷射盐雾96小时。
第二阶段：星期五停止盐雾喷射，直到第二个星期一上午，这期间箱内温度保持在35℃。
以上两个阶段循环往复，直到达到试验样件要求的时间为止。
只有当喷雾时间超过96小时时，才可考虑用间断试验法。
5.4.2.2 间断试验方案2第一阶段：从星期一上午至星期五，连续喷射盐雾96小时。
第二阶段：第一阶段结束后，拿出所有试样进行清洗，然后投入自来水中清除盐垢，接下来用去离子冲洗，再使之自然干燥，不可施加机械作用以免试验材料变形加剧。
以上两个阶段循环往复，直到达到试验样件要求的时间为止。
注：若文件未指明采用间断试验，则最好采用连续试验。
在此情况下，试验报告要记录检查频率。
5.5试样的情况试验结束时或试验过程中，鉴于某些试样的自身属性，为清除其上的盐垢，需进行轻微的清洗或浸入温度低于37℃的自来水中漂洗。
然后立即使其自然干燥，切不能施加机械作用。
必要时有些特殊规范还规定要对试样进行酸洗擦锈，轻微洗刷等二二次清洗。
6.0 试验结果的表达方式在规定的试验持续时间 (见§5.4)结束之后，试样的腐蚀程度可通过试样的失重，或单位面积的锈斑密度，或试样上斑点部分的总面积，或与标准锈蚀评定板进行比较等方法来确定。
按照特定的标注方法来表达试验结果：●阳极和阴极性金属涂层。
●油漆类有机涂层、油灰及其它类似产品。
盐雾试验箱简图B—B剖面图液封槽保温层温度计喷嘴压缩空气供给装置破雾板及其可调倾角盐水输入装置 2个集雾器 (水平面积80cm%²) 空气排放孔水A—A剖面图温度计压缩空气供给装置导流板及其可调倾角喷嘴盐雾喷嘴 (*)详图 A 供气管锥形螺纹螺距按8-13NF E 03-004C—C剖面图B—B剖面图供气管锥形螺纹螺距按8-13NF E 03-004(*) 喷嘴一般用透明，不易老化的塑料制成。
附录3评定方法油漆层、胶和类似产品1.0 结果的表示方法1.1金属板的锈蚀锈蚀程度按欧洲等级0～9评定，见附录3 (3/5、4/5和5/5)。
评级图包括10张标准照片，它们分别是在相同的油漆钢板上经过不同腐蚀时间后制得的。
1.2胶带法测定油漆的脱落用几块尺寸为90×190mm 棱边被包住 (例如：可用PVC塑料带) 的钢板，若零件表面允许时也可用同一方式对零件进行该项试验。