马尔无线卡尺连接指导书
Omega UWXL系列长距离工业无线传感器传输器与接收器说明书
Transmitters and ReceiversUWXL-24-TC shown smaller than actual size.The UWXL Series industrial wireless transmitters from OMEGA offerunparalleled flexibility for processmeasurement applications. Capable of ranges to 450 m (1500') line ofsight (LOS), the UWXL transmitters are designed for a variety ofapplications, including temperature, infrared temperature, relativehumidity, process transducers withstandard voltage or current outputs, as well as pH. Thermocouplemodels are user-configurable forany of 9 calibrations, while RTD units are compatible with both 0.00385 and 0.00392 curve Pt100 sensors. UWXL transmitters areprogrammable to transmit data atintervals configurable from once every 2 seconds to every 2 minutes. Transmitted data includes theprocess measurement along with the ambient temperature, RF signalstrength and battery condition. Software provided with each modelcan display this information in real time. This free software allows you to use your PC as a multi-channelmeter, recorder or data logger; data can also be exported to a standard U T hermocouple, RTD, Infrared Temperature, RH, pH, Process Voltage/ Current and Input Models U J , K, T, E, R, S, B, and N Thermocouples U 385 and 392 Pt100 RTD Probes U I P68 Rated Enclosure– Dust- and Water-Tight U F ree Software Converts Your PC Into a Multi-Channel Chart Recorder or Data Logger U C ompatible withBoth UWTC-REC and UWTC-REC-NEMA Wireless Receivers U Long Battery LifeProcess Voltage Humidity Therm ocoup le Infrared UWTC-REC4 Models shown smallerI P 68E n c l o s ur eUWXL Seriesspreadsheet file.UWXL transmitters are compatible with a wide variety of OMEGA wireless receivers. UWTC-REC receivers are available with optional analog output, alarms and display, while the UWTC-REC-NEMA receivers add a NEMA ratedenclosure. Receivers can accept up to 48 transmitters. Receivers with analog outputs can also retransmit data through a wired connection, as an analog voltage, current or thermocouple signal, to interface with a controller, PLC or data acquisition interface.D u s t - a n dW a t e r -T i g h tWAccuracy @ 25°C:Types J and K: ±0.5% rdg or ±1.0°C (1.8°F), whichever is greaterTypes T, E, and N: ±0.5% rdg or ±2.0°C (3.6°F), whichever is greater Types R, S, B and C: ±0.5% FS Resolution: 1°C/1°FSensor Connection: Screw terminalsModel UWXL-24-RTDInput: Pt100 RTD; 0.00385 or 0.00392 curve, software selectable Measurement Range:Pt100, 0.00385: -200 to 850°C (-328 to 1562°F)Pt100, 0.00392: -100 to 457°C (-148 to 854°F)Accuracy: ±0.5°C (1.0°F)Resolution: 1°C/1°FSensor Connection: Screw terminalsModel UWXL-24-IR-1Temperature Range: -18 to 538°C (0 to 1000°F)Accuracy: ±2% rdg or 2.2°C (4°F), whichever is greater; @ 22°C (72°F) ambient temperature and emissivity ≥0.95Optical Field of View: 6:1 (distance/spot size)Sensor Head Cable Extension: Up to 15 m (50’) total Repeatability: ±1% rdgSpectral Response: 5 to 14 microns Response Time: 100 ms (0 to 63% of final value)Emissivity: 0.1 to 1.00, adjustableCommon SpecificationsComputer Interface: USBTransmit Sample Rate: Programmable from 2 second to 120 secondRadio Frequency (RF) Transceiver Carrier: ISM 2.4 GHz, direct sequence spread spectrum, (2.450 to 2.490 GHz– 12 RF channels)RF Output Power: 18 dBm (63 mW)Range of RF Link: Up to 450 m (1500') outdoor line of sight; up to 90 m (300') indoor/urbanRF Data Packet Standard : IEEE 802.15.4, open communication architectureSoftware (Included Free): Requires Windows ® 2000, XP or Vista (32 bit) operating systemPower: One 3.6V, Lithium C Cell (included)Battery Life (Typical): 3 years;at 1 sample/minute reading rate @ 25°C Operating Temperature: -10 to 70°C (14 to 158°F)Storage Temperature: -40 to 80°C (-40 to 176°F)Model UWXL-24-TCInput: J, K, T, E, R, S, B, C or N thermocouple, software selectable Measurement Range:J: -100 to 760°C (-148 to 1400°F) K: -100 to 1260°C (-148 to 2300°F) T: -200 to 400°C (-328 to 752°F) E: -200 to 1000°C (-328 to 1832°F) R: 260 to 1760°C (500 to 3200°F) S: 260 to 1760°C (500 to 3200°F) B: 870 to 1820°C (1598 to 3308°F) C: 0 to 2315°C (32 to 4200°F)N: -100 to 1260°C (-148 to 2300°F)Operating Ambient:Sensor Head: 0 to 70°C (32 to158°F) Sensor Head (-HT Model): 0 to 85°C (32 to 185°F)Sensor head with OS100-WC (Water Cooling Jacket): 0 to 200°C (32 to 392°F)Relative Humidity: Less than 95% RH, non-condensing OS100-WC Water Flow Rate: 0.25 GPM, room temperatureThermal Shock: About 30 minute for 25°C (77°F) abrupt ambient temperature changeWarm-Up Period: 3 minutesOS100-AP Air Flow Rate: 1 CFM (0.5 L/s) (1 x 2.5")OS100-LA Laser Sight AccessoryWavelength (Color): 630 to 670 nm (red) Operating Distance (Laser Dot): Up to 9.1 m (30')Max Output Optical Power: Less than 1 mW @ -6°C (22°F) ambient temperatureEuropean Classification: Class 2, EN60825-1/11.2001Max Operating Current: 45 mA @ 3 VdcFDA Classification: Complies with 21 CFR 1040.10, Class II laser product Beam Diameter: 5 mm (0.20") Beam Divergence: <2 mradOperating Ambient: 0 to 50°C (32 to 122°F); <95% RH, non-condensing Power Switch: On/off slide switch on the battery packPower Indicator: Red LEDPower: Battery pack, 3 Vdc (consists of two 1.5 Vdc “AA” lithium batteries, included)Thermocouple and RTD models feature screw terminal connections that allow you to connect a wide range of sensors and probes. Models with intergral probes are available contact factory.Transmitter model UWXL-24-RH-RPI.Temperature transmitter modelsUWXL-TC-24, UWXL-RTD.Humidity/temperaturesensor included.UWXL-IR-1 features a remotely mounted sensor head to measure non-contactinfrared temperature.Infrared sensor headincluded.UWXL-RH features a detachable combination humidity/temperature sensor that can be remotely mounted.Transmitter modelUWXL-IR-1.Model UWXL-24-PCInput: 0 to 1 Vdc, 0 to 5 Vdc, 0 to 10 Vdc, 0 to 20 A, 4 to 20 mAAccuracy: ±0.1% FS @ 25°C Resolution: 12 to 15 bit Connection: M12Process Input model UWXL-24-PC features M12 connectionRemote Antenna Kit UWXL-RAKUWXL-PC Transmitter.UWTC-REC1-NEMA Receiver.UWTC-REC2-D-NEMA Transceiver.Model UWXL-24-RHTemperatureRange: -17 to 49°C (2 to 120°F) Accuracy: ±1°C (±1.8°F) @ 25°C Resolution: 1°C/1°F Relative Humidity Range: 2 to 98% RHAccuracy: ±2.5% RH from 20 to 80% RH; ±3.5% RH <20 and >80% RH @ 25°C (76°F) Resolution: 1% RHAntennaStandCableModel UWXL-24-PHpH Input:Range: 0 to 14 pHAccuracy: ±0.1 pH @ 25°C Resolution: 0.01 pH Response Time: 2 s Input Connection: BNCTemperature Compensation: Automatic, 0 to 100°C (32 to 212°F)RTD Temperature Input:Type: Pt100 Ω RTD, 0.00385 curve Range: 0 to 100°C (32 to 212°F) Accuracy: ±1°C (1.8°F) Resolution: 0.1°Input Connection: Screw terminalsConnect a Wireless Receiver to Your Computer, PLC or Data Logger to Form a Complete Wireless System!WUWTC-REC1.UWTC-REC1 will receive data from up to 48 transmitters and is powered directly by the USB connection on your computer (no analog output provided).UWTC-REC2-D receiver.UWTC-REC2-D will receive data from up to 48 transmitters. This model provides a displayed reading and a retransmitted, hard wired analog output for 1 user selected transmitter in your system. Requires DC power adaptor (included).UWTC-REC4 will receive data from up to 48 transmitters. This model provides a scalable retransmitted, hard wired analog output for 4 user selected transmitters in your system. Requires 12 to 24 Vdcpower supply.UWTC-REC4receiver.UWTC-REC332-channel receiver with ethernet.Thermocouple TransmitterProcess Voltage TransmitterInfrared UWTC-REC1USB receiverLaptop not included.UWTC-REC3 receiver/host with ethernet is compatible with UWTC, UWRTD, UWRH andUWIR transmitters and connects directly to your network or the Internet—no PC.Monitor up to 48 different w ireless transmitters, simultaneous ly on your PC. Display shows proces s reading, signal strength and batter level in real-time.ireless transmitters, simultaneou sly on your PC.Collect and log data for up to 48 different wireless transmitters at th e same time.Record, save or download to a spread sheet up to 32 thousand individu al readings.All models shown smaller than actual size.Wireless process voltage and current input transmitter Wireless humidity/temperature transmitter with remote probe Specify analog output “V1” for 0 to 5 Vdc; “V2” for 0 to 10 Vdc, “MA” for 4 to 20 mA or “TC” for type K thermocouple signal.Comes complete with measurement/charting/data logging software, 3.6V lithium battery and operator’s manual. UWTC-REC2 units also include DC power adaptor.Ordering Examples: UWXL-24-TC, wireless thermocouple transmitter, UWTC-REC1, 48-channel USB receiver, and UWTC-BATT-C, spare battery.UWXL-24-IR-1, wireless infrared temperature transmitter, OS100-MB, sensor head mounting bracket, UWTC-REC4-MA, 48-channel receiver with 4 to 20 mA analog output, and UWTC-BATT-C, spare battery.UWXL-24-RH-RPI, wireless humidity/temperature transmitter, UWXL-24-PC, wireless process input transmitter, UWTC-REC2-D-MA 48-channel receiver with 4 to 20 mA analog output.8-channel wireless receiver with 1-channel analog UWXL temperature models with integral thermocouple or RTD probes are also available. Contact OMEGA for pricing and availability. For the latest features and specifications。
卡尺操作指引
编号：XX-QC-002
版本：A
文件种类
卡 尺 操 作 指 引
生效日期：
仪器操作指引书
页码：Page 1 of 1
1．0目的和范围
为使用者提供正确的计量器具操作和使用保养方法，以确保计量器具的精度、稳定性和延长其使用寿命，保证产品及测量结果的信赖度。
适用于本公司使用的0～150mm、0～200mm ，分度值为0.01mm数显卡尺和分度值为0.02mm带表卡尺。
3．1．3卡尺移动应平稳、静止应可靠，不得有卡住和阻滞现象，应避免快速移动和碰撞，与尺体的配合应无明显的松动。
3．2测量
将待测工件轻夹于测量爪间，直接读取数值（数显卡尺直接读取LCD面数显数值；带表卡尺要先读尺框整数值，再读指示表小数值，两值相加即为被测尺寸）。
3．3注意事项及维护保养
3．3．1避免将卡尺掉在地上或被压于工件及其它物品底下，也不要将其置于易掉落之处，若有掉落损伤应立即交计量室处理。
1．1相关文件和资料
《监视和测量装置的控制程序》
2．0职责
QA部计量室有指导使用者正确操作及保养计量器具方法之职责；
各计量器具使用者负责计量器具的日常检查和维护保养。
3．0程序
3．1使用前的检查
3．1．1卡尺应贴有检定合格标签，并且在有效期以内；
3．1．2卡尺内外测量爪闭合处不可有间隙，检查带表卡尺的指针是否对准刻度盘零位，若有偏差，可松开表圈紧固螺钉，转动表盘调整零位，使之对齐，然后拧紧表圈紧固螺钉；检查数显卡尺的LCD面是否归零，若有偏差，可按归零键调整归零；
3．3．2每日用完后要清洁器具各部位，再将其闭合放回盒内。清洁时请使用浸润了稀释的中性洗涤液的软布，不要使用任何有机溶剂如酒精、丙酮等（可能会造成仪器变形或受到损害）。如数显卡尺长期不使用，应及时取出电池，并涂上防锈油，防止生锈并将其妥善保管。
AY-x5B 系列 MIFARE Classic EV1 CSN 读卡器安装手册说明书
AY-x5B SeriesMIFARE Classic® EV1 CSN ReadersInstallation Manual 11. IntroductionThe AY-x5B is a series of RFID proximity card readers to be installed for use with access control systems.The AY-x5B series reads the card serial number (CSN) from MIFARE Classic® EV1 credentials (4 UID and 7 UID) and transmits its data to the access control system using Wiegand 26-Bit output.Other Wiegand formats and the Clock & Data format are available as factory configurable options.Figure 1: AY-x5B SeriesAY-M5BAY-H5BAY-L5BAY-K5B2. Technical Specifications2.1Electrical Characteristics* Measured using a Rosslare MIFARE Classic EV1 card or equivalent. Range also depends on installation environment, reader voltage, and proximity to metal.2.2 Environmental Characteristics2.3 Physical Characteristics3. InstallationInstallation of an RFID reader adjacent to metallic surfaces might alter the reader’s specifications. To diminish thisinterference, use a plastic spacer when mounting the reader. 3.1Installation KitThe installation kit consists of the following items to be used duringthe installation procedure:Two pan head mounting screws and screw anchors3.2 MountingBefore mounting, you should determine the best location for the reader.To mount the reader:1. Drill two holes for mounting the reader on the wall.2. Insert a screw anchor into each hole.3. Drill a 10-mm (7/16”) hole for the cable. If mounting on metal,place a grommet or electrical tape around the edge of the hole. 4. Remove the screw from the bottom of the unit. 5. Remove the reader's snap-off front cover.6. Insert the unit’s cable wire into the cable hole and wire the unit asdescribed in Section 3.3. A linear type power supply is recommended. 7. Align the two holes of the reader with those drilled in the wall andfirmly attach the reader to the wall with two screws (Figure 2).Figure 2: Inserting Mounting Screws (similar for all models)8. Relocate the front cover onto the reader.9. Secure the front cover with the screw at the bottom of the unit.20706-0960191+003.3 WiringThe AY-x2B is supplied with 5 color-coded wires 25 cm (10 in.) in length.To connect the reader to the controller:1. Select the appropriate connections according to Table 1.Table 1: Wiring2. Connect the wires to the corresponding controller wires and covereach joint with insulating tape. 3. Trim and cover all unused conductors.When using a separate power supply for the reader, this supply and that of the controller must have a common ground3.4 Operation InstructionsOnce the reader is wired to a power supply and to the controller, you should test the reader.To test the reader: 1. Power up the reader.Upon power up, the reader flashes and beeps once during Self-Test. The LED then turns red indicating the readers has entered Standby mode.2. Apply a MIFARE Classic EV1 credential to the reader.The reader flashes and beeps once indicating the card has been read successfully.Declaration of ConformityFCC ID:GCD-AYX25B ▪This device complies with Part 15 of the FCC Rules. Operation issubject to the following two conditions: ▪ This device may not cause harmful interference.▪ This device must accept any interference received, including interference that may cause undesired operation.▪Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with theinstructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmfulinterference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: ▪ Reorient or relocate the receiving antenna.▪ Increase the separation between the equipment and receiver. ▪ Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.▪Consult the dealer or an experienced radio/TV technician for help.Limited WarrantyThe full ROSSLARE Limited Warranty Statement is available in the Quick Links section on the ROSSLARE website at . Rosslare considers any use of this product as agreement to the Warranty Terms even if you do not review them.Contact InformationUnited States and CanadaRosslare Security Products, Inc. Southlake, TX, USAToll Free: +1-866-632-1101 Local: +1-817-305-0006 Fax: +1-817-305-0069 *******************************EuropeRosslare Israel Ltd.22 Ha'Melacha St., P.O.B. 11407 Rosh HaAyin, IsraelTel: +972-3-938-6838 Fax: +972-3-938-6830*******************************Latin AmericaRosslare Latin AmericaBuenos Aires, ArgentinaTel: +54-11-4001-3104*******************************ChinaRosslare Electronics (Shenzhen) Ltd. Shenzhen, ChinaTel: +86-755-8610-6842 Fax: +86-755-8610-6101*******************************Asia Pacific, Middle East, AfricaRosslare Enterprises Ltd. Kowloon Bay, Hong Kong Tel: +852-2795-5630 Fax: +852-2795-1508*********************************IndiaRosslare Electronics India Pvt Ltd. Tel/Fax: +91-20-40147830 Mobile: +91-9975768824 *****************************CERTISO 9001ISO 14001。
Series MMA Mini-Master Flowmeter 安装与操作说明说明书
CALIBRATIONAll flowmeters are calibrated at the factory and normally will remain within their accuracy tolerance for the life of the device. If at any time you wish to recheck its calibration, do so only with instruments or equipment of certified accuracy. Do not attempt to check the Mini-Master® flowmeter with a similar flowmeter as even minor variations in piping and back pressure can cause significant differences between the indicated and actual readings.LOCATIONSelect a location where the flowmeter can be easily read and where the temperature will not exceed 130°F (54°C). The mounting surface and piping to the flowmeter should be free from vibration which could cause fatigue of fittings. Piping must be carefully arranged and installed to avoid placing stress on fittings and/or flowmeter body. For maximum flowmeter life, avoid direct exposure to weathering. Avoid locations or applications with questionable atmospheres or solvents. Damage due to contact with incompatible gases or liquids is not covered by warranty. Compatibility should be carefully determined before placing in service.PIPINGInlet Piping:It is good practice to approach the flowmeter inlet with as few elbows, restrictions and size changes as possible. Inlet piping should be as close to the flowmeter connection size as practical to avoid turbulence which can occur with drastic size changes. The length of inlet piping has little effect on normal pressure fed flowmeters.For vacuum service, the inlet piping should be as short and open as possible to allow operation at or near atmospheric pressure and maintain the accuracy of the device. Note that for vacuum service, any flow control valve used must be installed on the discharge side of the flowmeter.Discharge PipingPiping on the discharge side should be at least as large as the flowmeter connection. For pressure fed flowmeters on air or gas service, the piping should be as short and open as possible. This allows operation at or near atmospheric pressure and assures the accuracy of the device. This is less important on water or liquid flowmeters since the flowing medium is generally incompressible and back pressure will not affect the calibration of the instrument.CAUTION: Meter may rupture if temperature or pressure ratings are exceeded. Read all specifications and instructions carefully before use. Do not remove caution label from flowmeter.PRESSURE FED OR VACUUM WITHOUT VALVE - Both upper and lower openings in front are plugged. (Standard configuration supplied from factory.)PRESSURE FED WITH VALVE - Upper opening is plugged and valve is installed in lower opening.VACUUM OPERATION WITH VALVE - Lower opening is plugged and valve is installed in upper opening.ASSEMBLY INSTRUCTIONSRefer to Figures A and B.1. For Operation without Valve: Flowmeter is factory-configured with the front upperand lower valve plugs assembled for operation without a valve.2. For Operation with Lower Valve: Using the black circular installation tool provided,remove the lower valve plug. Turn the valve plug CLOCKWISE to remove.Knead the bag containing the O-rings and lubricant until the rings are completely coated. Be careful not to overstretch or nick them. Install two O-rings on the valve stem. Apply small amount of remaining lubricant onto the threads of the valve stem. Screw mating plug onto valve stem in clockwise direction up to stop. Using installation tool, thread the valve assembly into body turning COUNTER-CLOCKWISE until snug. Limit torque to 3 in/lb. Snap knob onto hex end of valve stem to complete assembly.3. For Operation with Upper Valve (Vacuum Systems):Remove the top plug from the flowmeter using the black circular installation tool provided. Turn the plug COUNTER-CLOCKWISE to remove. Take care not to lose the float (ball) from the flow tube.Cut off protruding ball stop leaving no more than 1/32˝ stub. This is necessary to allow free passage of the valve assembly.Re-assemble the top plug.Replace the upper valve plug with the valve assembly as in No. 2 above.INSTALLATION AND MOUNTING(Flowmeter must be installed in vertical position)PANEL MOUNTING - Drill two 11/32˝ diameter holes on 3˝ centers on a vertical line. Insert flowmeter from front and push on spring retainer clips from rear, pliers may be necessary.SURFACE MOUNTING - Attach plastic mounting clip to a horizontal surface using #4 Phillips head B-type self-tapping screws provided. See Figure C. Clip will bow downward slightly when properly tightened. Snap flowmeter into clip. Be sure flowmeter is vertical after mounting.CONNECTIONSCAUTION: Select tubing rating higher than supply pressure to flowmeter.25 psi max. Use 1/4˝ ID x 3/8˝ OD plastic tubing. Slip tubing onto connections a minimum of 3/8˝.50 psi max. Use 1/4˝ ID x 3/8˝ OD plastic tubing. Slip tubing onto connections a minimum of 3/8˝. Use pliers to expand spring type tubing clamps and install on both connections.100 psi max. Use suitable 5/16˝ compression union with metal or semi-rigid plastic tubing.OPERATIONOnce all connections are complete, introduce flow as slowly as possible to avoid possible damage due to shock. With liquids, make sure all air has been purged before taking readings.The performance of low range units used in air or gas applications may be affected by static electricity. Excessive static charge may cause the ball float to behave erratically or provide a false reading. To ensure the proper function of the unit, the application should be designed to minimize or dispel static electricity.The standard technique for reading a Variable Area Flowmeter is to locate the highest point of greatest diameter on the float, and then align that with the theoretical center of the scale graduation. In the event that the float is not aligned with a grad, an extrapolation of the float location must be made by the operator as to its location between the two closest grads. The following are some sample floats shown with reference to the proper location to read the float.Variable Area Flowmeters used for gases are typically labeled with the prefix “S” or “N”, which represents “Standard” for English units or “Normal” for metric units. Use of this prefix designates that the flowmeter is calibrated to operate at a specific set of conditions, and deviation from those standard conditions will require correction for the calibration to be valid. In practice, the reading taken from the flowmeter scale must be corrected back to standard conditions to be used with the scale units. The correct location to measure the actual pressure and temperature is at the exit of the flowmeter, except under vacuum applications where they should be measured at the flowmeter inlet. The equation to correct for nonstandard operating conditions is as follows:Q2 = Q1xWhere: Q1 = Actual or Observed Flowmeter ReadingQ2 = Standard Flow Corrected for Pressure and TemperatureP1 = Actual Pressure (14.7 psia + Gage Pressure)P2 = Standard Pressure (14.7 psia, which is 0 psig)T1 = Actual Temperature (460 R + Temp °F)T2 = Standard Temperature (530 R, which is 70°F)Example: A flowmeter with a scale of 10-100 SCFH Air. The float is sitting at the 60grad on the flowmeter scale. Actual Pressure is measured at the exit of the meter as 5psig. Actual Temperature is measured at the exit of the meter as 85°F.Q2 = 60.0 xQ2 = 68.5 SCFH AirMAINTENANCEThe only maintenance normally required is occasional cleaning to assure properoperation and good float visibility.DISASSEMBLY: Use the circular black installation tool to remove valve (when used)and plugs. Fittings on front turned CLOCKWISE to remove and top plug is turnedCOUNTER-CLOCKWISE. Take care to prevent loss of float.CLEANING: The flowmeter body and other parts can be washed in a mild soap andwater solution. A cotton swab or soft bristle brush will help when cleaning flow tube.Avoid solvents and liquid soaps and avoid prolonged immersion.RE-ASSEMBLY: Coat O-rings and valve stem threads with silicone stop cock grease orpetroleum jelly. Check O-rings after assembly to make sure they are properly seated.ADDITIONAL INFORMATIONFor additional flowmeter information, conversion curves, correction factors and otherdetails on the entire line of Dwyer® flowmeters, please request a Dwyer Instruments,Inc. full-line catalog.Figure A Figure B Figure CP1 x T2P2 x T1(14.7 + 5) x 53014.7 x (460 + 85)Printed in U.S.A. 9/19FR# 440474-00 Rev. 9©Copyright 2019 Dwyer Instruments, Inc.。
Merck KGaA LynxS2S 连接器用户指南说明书
Lynx®S2S Connector User GuideThe M logo and Lynx are registered trademarks of Merck KGaA, Darmstadt, Germany. All trademarks of third parties are the propertyof their respective owners. © 2007, 2015 EMD Millipore Corporation. All rights reserved. 00100285PU, Rev. B, 02/2015IntroductionThe Lynx®S2S (sterile to sterile) connector isa single-use, single actuation, gamma andautoclave compatible disposable connector.The Lynx®S2S connector includes a femalecoupling and a male coupling. Once these twocomponents are assembled together, the sterilefluid path is enabled.Lynx®S2S Connector componentsFemale CouplingMale CouplingSterilization Instructions• The Lynx®S2S connector may be sterilizedusing gamma irradiation to a maximumdose of 45 kGy.• T he male and female connectors may beautoclaved at 121 to 130° C for up to 30minutes.• All system components installed on theLynx®S2S connector and the packagingmust be compatible with the chosensterilization method.• DO NOT STEAM-IN-PLACE.Installation Instructions• Do not submerge components in liquids.• Do not pressurize or attempt to flow liquidthrough couplings until actuated.Installing the Female Coupling onto theDisposable Assembly1. Remove coupling from outer packaging.2. Remove from inner packaging.DO NOT PUSH SLIDE INTO COUPLINGBODY. DO NOT REMOVE CONNECTOR CAP.3. Insert hose barb into tubing.Connector4. If required, install a user-supplied tubingfastener (clamp or tie wrap) over tubing tosecure connection.5. Verify that the protective cap is in place bytwisting it clockwise6. Package and sterilize the assembly by eithergamma or autoclave.Installing the Male Coupling onto theDisposable Assembly1. Remove coupling from packaging.DO NOT REMOVE SLEEVE COVER.DO NOT REMOVE CONNECTOR CAP.Cap2.Insert hose barb into tubing.3. If required, install a user-supplied tubingfastener (clamp or tie wrap) over tubing tosecure connection.4. Verify that the protective cap is in place bytwisting it clockwise5. Package and sterilize the assembly by eithergamma or autoclave.Technical AssistanceFor more information, contact the office nearest you or visit the Technical Service page at www. /techservice. Worldwide contact information is available at www. /offices.Standard WarrantyThe applicable warranty for the products listed in this publication may be found at www. /terms (within the “Terms and Conditions of Sale” applicable to your purchase transaction).Actuating the Lynx®S2S ConnectorThe Lynx®S2S Connector is a single use unit. Once the female and male couplings are assembled they cannot be disassembled. No special clean room equipment is required to ensure a sterile connection.NOTEDo not initiate fluid flow to the couplingsuntil male and female couplings are actu-ated. If neccesary, use a tubing clamp tokeep fluid and pressure away from thecouplings until actuation steps are com-plete.1. Remove protective caps from the female andmale couplings by turning the caps counterclockwise. (The protective sleeve coverremains on the male coupling.)2. Insert the male coupling into the femalecoupling aligning the pins on the malecoupling with the holes in the femalecoupling. A “click” will be heard when thecomponents are properly connected.3. Press the thumb tab on the slide, then pushthe slide into the body of the femalecoupling until it stops and a “click” is heard.4. Pull the tab on the sleeve cover to removethe cover.Sleeve5. Push male coupling into body of femalecoupling until it stops and a “click” is heard.6. Push slide completely into body of femalecoupling until it stops and a “click” is heard.7. Push male coupling into female couplinguntil a “click” is heard. If a “click” is notheard the connection is not actuated andleakage or breach of sterility may occur. If a“click” is not heard, push male couplinginto female coupling again until a “click” isheard. If unit is still not actuated, do not use.8. Sterile fluid path is now ready for fluid flow.。
SM-WI-007 游标卡尺操作指导书
2范围：本公司各种游标卡尺(包括电子、带表等游标卡尺)。
3权责：各使用人员管理好自已使用的测量工具。
4作业内容：
4.1使用前:
4.1.1松开尺框上紧固螺钉;
4.1.2目视检查卡尺身内外爪是否有弯曲变否顺畅,若无法顺畅,全程滑动应先上润滑油或申请维修;
4.1.4检查卡尺身是否有脏污及锈斑,若有应先行清除干净;
4.1.5归零;
4.2使用:
5.2.1测量被物品测点,检测时应保持卡尺尺身与被测物垂直,每一测量点应至少测量两次。
5.2.2在卡尺测量爪靠近产品测量部位时,应轻轻地接触被测量部位.
5.2.3在测量时,尽量擦干产品表面的油污(不得将油污浸入电子、带表卡尺内部);
4.5.1报告主管或仪校员;
格仪器对巳量测产品进行复查并记录检查结果于报表上.
修订摘要
申请单位
修订内容摘要
制订
审核
批准
5.2.2使用后移动尺身归零,再调至约1mm位置,锁紧固定螺丝.
5.注意事项:
5.1保持卡尺测量面齿条和其它转动部分的清洁,润滑;
5.2尺移动框应平稳,应避免快速移动向尾、碰撞,禁止将卡尺跌落；
5.3禁止将卡尺放在磁性物体上;
5.4每次测量须归零,非仪校人员严禁拆卸表盘和指针.
4.5.5当即另用合5.5当卡尺出现异常:
德国马尔卡尺
我们根据经验给大家介绍下德国马尔卡尺相关内容~希望可以帮助到你们~ 产品名称：德国马尔卡尺产品型号：马尔产品别称：马尔卡尺德国马尔卡尺所属分类：德国马尔量具产品简介：德国马尔卡尺带刻线读数游标卡尺特性：游标和主卡尺刻度面消光镀铬，读数清晰主尺和尺框由不锈钢淬硬制造卡尺移动不会损伤到刻度面刀口测量爪进行内尺寸测量台阶测量功能深度针螺钉锁紧或自锁装置标准配置：包装盒和螺纹对照表德国马尔卡尺Mahr带陶瓷面数显卡尺16EWR特性：1：功能：ON/OFF重置（将显示置零）mm/inch零点锁定/解锁DATA（通过数据线传输数据）自动-ON/OFF2：带有绝对零点测量系统，可立刻进行测量3：出色的防护功能，防灰尘、冷却液和润滑油等，防护等级达到IP674: 滑动防尘板。
5：MarConnect数据传输，可供选择USB，OPTO RS232C或Digimatic6: 电池寿命可达3年7: 最大的测量移动速度2.5m/s8: 高对比度LCD显示屏，8.5mm的字符高度。
9: 经过研磨的导轨面，移动平滑,顺畅。
尺框和主尺由不锈钢淬硬制成10: 外尺寸测量爪镶有陶瓷，内量爪用于内尺寸测量11: 带有台阶测量功能，锁紧螺钉12: 标准配置：包装盒、电池、操作说明书应用：多用途的测量仪器1: 外尺寸测量2: 内尺寸测量3: 深度测量4: 台阶测量马尔数显卡尺的详细介绍马尔数显卡尺(16EX带数据输出)订货号量程分辩率4102400 0-150mm 0.01mm4112403 0-150mm 0.01mm4102402 0-200mm 0.01mm4102360 0-300mm 0.01mm4102824 0-150mm 0.01mm(带陶瓷量面)德国马尔卡尺带刻线读数游标卡尺特性：游标和主卡尺刻度面消光镀铬，读数清晰主尺和尺框由不锈钢淬硬制造卡尺移动不会损伤到刻度面刀口测量爪进行内尺寸测量台阶测量功能深度针螺钉锁紧或自锁装置标准配置：包装盒和螺纹对照表南京茂肯机电设备有限公司（）是马尔长期合作伙伴。
马尔测长仪使用说明ULM Manual_Chinese
组件说明：1.导轨 2.测量头座 3．手柄 4．测力钩 － 用于正测力方向 5．夹持螺栓 － 用于非测量状态时夹紧测量轴 6．固定旋钮 － 用于锁定外壳盖板 7．切换旋钮 － 用于慢速与快速位移之间的切换（切换为慢速时，测力速移动 9．测量轴 10．测力钩 － 用于负测力方向 11．转接头（长） 12．紧固螺帽 13．夹持螺栓 － 用于将测量头座锁紧在导轨上 14．夹持手柄 － 用于固定导轨位置 15．测力的加载装置 16．测力砝码
1．2 测量尾座结构说明
组件说明：1. 导轨 2．调整螺钉 － 用于调整测头的同轴度 3．尾座销子 4．尾座主轴 5．夹持螺栓 － 用于将尾座主轴锁紧 6．尾座轴承 7．夹持螺栓 － 用于将尾座锁紧在导轨上 8．夹持手柄 1．3 测量尾座结构说明
3．测量功能步骤说明
3.1 量块的测量（在自由测量功能中）
3.1.1 将球形测帽装接上头尾座 3.1.2 将倾斜工作台安装到工作台上并将右侧的螺丝锁紧 3.1.3 根据被测件的大小，调整好头尾座之间的测量范围 3.1.4 在测头校准界面中做如下设定，其中选择对零基准为 0.0003mm 是指在直接测量时， 需要做的形变补偿
图示说明： 1. 自由测量功能 ―― 常用于测量一般的内外尺寸， 如量块或环规 （不需要参考任何标准） 2．小孔测量功能 ―― 用电感测头测量小孔 3．光面环规与塞规测量功能 4．内/外圆柱螺纹与内/外锥螺纹测量功能 5．内/外光面锥体测量功能 6．内/外径千分尺测量功能 7．卡规测量功能 8．表类测量功能 9． 齿轮测量功能
2.2.3 操作步骤窗口介绍
图示说明： 1． 单独的程序步骤列表 2． 当前测量的测量面与测量角度位置显示 3． 当前测量步骤图示 4． 显示工作台必须移动 5． Z 轴的移动量 6． 测针的校正值 7． 测针的校正日期
卡尺操作指导书
为确保安全、正确操作卡尺，使测量数据准确，为质量控制提供有力的数据而制定本指引。
2.0适用范围：适用于卡尺操作及保养。
3.0操作步骤：3.1基本握法：以右手四指握住尺身，拇指按在推动块上，以拇指的力量推动游卡滑动。
3.2测量：3.2.1 滑动游卡将外爪，内爪分开一段距离，把外爪内侧面，内爪向侧擦拭干净，以保证测量的准确性。
3.2.2 对零：滑动游卡至外爪内侧面贴合，看卡尺读数是否为零。
读数为零，则继续以下步骤；若不为零，则：表卡旋转表盘之外壳，使指针对准“0”刻线；进口表卡；旋转表盘右侧之小齿轮，使指针对准“0”刻线。
3.2.3测量外径类尺寸时，滑动游卡，使工件置于外爪之内侧，并应使外爪内侧面与工件被测表面贴合;然后读数。
测量内径类尺寸时，滑动游卡，使内爪进入工件被测孔内并应使内爪之外侧面与被测面贴合;然后读数。
3.2.4 测量深度(或高度)：以主尺末端贴合工件基准面，滑动游卡使深度杆未端贴合被测面，然后读数。
3.2.5 游标深度尺的测量方法：与卡尺测深度原理相同，读数方法相同。
3.2.6 若直接在工件上不便读数时，可锁定锁紧螺钉，然后轻轻地从工件上取下卡尺，再读数，读完松开锁紧螺钉。
3.3读数：卡尺读数以毫米（mm）为单位，精度为0.02mm，尺身刻度每小格1mm。
3.3.1 带表卡尺的读数：读数时以游卡上读数尺之“0”刻线为基准，读数整数位为露出之主尺刻线格数；小数位读表盘，表盘每小格读数为0.02mm，指针所指刻度值就为表盘读数。
3.3.2游标卡尺的读数：读数时以游标上“0”刻线为基准。
读数整数位为“0”刻线前之主尺刻线格数；小数位读游标。
游标刻线每小格0.02mm。
读数方法为；有且仅有一条游标刻线与主尺刻线重合，此游标刻线值就为游标读数。
4.0注意事项：4.1 所有测量人员须经培训合格后方可操作卡尺，使用时轻拿轻放，防止损伤卡尺。
4.2 使用完毕后须清洁卡尺，将卡尺放在卡尺盒内以防出现掉落、撞击导致的损坏。
电子数显卡尺操作指导书
电子数显卡尺操作指导书（IATF16949-2016/ISO9001-2015）一、目的为了帮助员工安全、有效的使用电子数显卡尺进行生产作业，规范员工的操作步骤，减少人为误差，确保作业过程的一致性。
二、范围适用于电子数显卡尺。
三、操作步骤1、准备：1.1从工具盒内取出数显电子游标卡尺。
2、操作：2.1左手大拇指轻轻按住“ON”键，开启数显电子游标卡尺电源；2.2松开紧固螺丝右手轻轻用力移动尺框，检查显示屏和各按键工作是否正常；2.3移动尺框左手大拇指轻轻按住“ZERO”键使显示数值归位零位，即可进行正常测量；2.4用左手将被测量工件的一边紧贴卡尺前外测量面；2.5用右手大拇指轻轻将卡尺后外测量面推入被测量工件的另一边并紧贴；2.6读取显示屏上的显示数值；2.7用右手大拇指轻轻用力将卡尺推开一段距离；2.8用左手将已测量完毕并取得数值的工件取下并放回原处；2.9将电子数显卡尺轻轻合上并按住“ZERO”键清零。
3、结束：3.1用左手大拇指轻轻按住“OFF”键，关闭电子数显卡尺电源。
3.2将电子数显卡尺轻轻放入包装盒内，并合上盖子。
四、注意事项1、测量时，测量速度≤1.5m/s。
2、测量时，眼睛与卡尺应保持20～30cm的距离。
3、读数时，电子数显卡尺显示屏应保持45℃倾斜角，并垂直待测工件。
4、测量时，被测量工件不允许带有脏污、油渍、水等物质；以免影卡尺使用寿命。
5、使用过程中要轻拿轻放，严禁将卡尺随意乱扔在机器上、地上；以免影响卡尺使用性能。
6、使用前，用干燥清洁的布（可沾少许清洁油）反复轻擦尺身保护膜表面。
7、使用后应妥善保管，以免丢失；要求放入工具盒内，并注意做好防潮、防高温等保护措施。
8、计量标签为计量检定/校准的标识，使用时应注意保护；如有损坏应立即通知车间兼职计量员重新进行标识。
9、不使用时断开电源；不能断开电源的可取出电池。
10、当出现数字不显或闪烁显示故障现象，原因可能是电池电压低，排除方法是更换新电池。
磁栅无线卡尺操作方法
磁栅无线卡尺操作方法磁栅无线卡尺是一种精密测量工具，通常用于测量物品的长度、深度和宽度等尺寸参数。
与传统的卡尺不同，磁栅无线卡尺使用数字显示屏幕，使操作更加简便，并提高了测量精度。
在本文中，我们将详细介绍磁栅无线卡尺的操作方法。
第一步：准备工作在使用磁栅无线卡尺之前，需要进行一些准备工作。
首先，要确保卡尺处于正常工作状态。
启动磁栅无线卡尺，确认数字显示屏幕上的数字为零。
同时，需要确定是否有足够的电量。
因为如果卡尺电量不足，测量结果可能会出现偏差。
第二步：测量操作1. 单位选择磁栅无线卡尺支持多种尺寸单位，如毫米、英寸、分米等。
可以通过“单位选择”按钮选择需要的单位。
在数字显示屏幕上，会显示选定单位的缩写。
2. 零点设置为了保证测量的准确性，需要在测量前对卡尺的零点进行清零操作。
在使用时，将卡尺底部对准测量物品的一端，并按下“清零”按钮，数字显示屏幕会显示为零。
3. 测量对象将卡尺端面平放在测量目标上，并移动卡尺的其他端口，直到它在测量对象的另一端。
卡尺顶部的数字显示屏幕上会显示卡尺的长度值。
为了提高磁栅无线卡尺的测量精度，需要重复测量目标的多个部位，并将所得数值求平均值。
在连续测量时，可以使用“保持”按钮，将当前值保留在数字显示屏幕上，以便于稍后的数据处理。
4. 数据输出除了数字显示屏幕上的数值之外，磁栅无线卡尺还可以将数据输出到计算机或其他存储设备中。
使用卡尺附带的USB线将卡尺连接到计算机上。
在卡尺主机上按下“数据输出”按钮，数值数据将同时保存在卡尺主机和计算机中。
注意事项在使用磁栅无线卡尺时，应注意以下事项：1. 磁栅无线卡尺是一种精密测量工具，在使用过程中应当小心谨慎。
避免硬物撞击、重压、摔落以及其他不当操作。
2. 在使用磁栅无线卡尺时，需要避免受到外界干扰，例如电磁干扰、震动、温度变化等干扰，以保证测量精度。
3. 如果卡尺不再使用，应及时关闭电源，并妥善保管，以避免损坏或丢失。
总结磁栅无线卡尺是一种精密测量工具，可用于测量物品的长度、深度和宽度等尺寸参数。
marcal卡尺
marcal卡尺marcal卡尺简介新一代绝对零点测量系统，仅需要设置一次零点，所有带有标志REFERENCE 的数显卡尺都带有绝对零点测量系统。
零点只需要设置一次：在零点设置之后，该零点就被存储并应用于以后的测量。
因此，当电源打开或者移动尺框，卡尺就立即进入测量状态。
因而在打开电源后需要重新置零的传统卡尺就被淘汰了。
marcal卡尺型号marcal卡尺有：16DN游标卡尺、16EWR无数据卡尺、16EWR-H硬度合金卡尺、16EWR有数据输出卡尺、16EWV套装数卡、16EX数显卡尺、16EX数显卡尺输出型、16FN游标卡尺、16GN游标卡尺、16U带表卡尺、18DN刀口游标尺、18ESA碳数卡、18EEA V套装万能钳卡尺、18EX 大量程卡尺、18EX 大量程无上爪数卡、18N 无上爪游标卡尺、18NA 铝卡尺、30EWN 数显碳深度尺、30EWR防水数显深度尺、30EX数显深度尺RS232、30ND刻度深度尺、30NH 带钩游标深度尺、30N深度尺marcal卡尺16EWR详情德国Mahr马尔数显卡尺16EWR无数据卡尺功能：1、ON/OFF2、置零(屏幕数字归零)3、mm/inch4、零位锁定/解锁5、DATA (数据经数据线传输)6、自动-ON/OFF特点：·带有绝对零点测量系统，可立刻进行测量·出色的防护功能，防尘、冷却液、润滑油等，防护等级达到IP67·带有滑动防尘板·电池寿命最高达到3年·最高移动速度2.5 m/s (100“/s)·高对比度LCD显示屏，字符高度达到8.5mm·经过研磨的导轨面·尺框和主尺由不锈钢淬硬制成·内量爪用于内尺寸的测量marcal卡尺图片展示：更多详情请咨询广州市晶博电子有限公司。
无线传输数显卡尺
无线传输数显卡尺
继无线传输卡尺和数显表上市获得了客户的一致认可和好评后，马尔又有一款新的无线传输产品新鲜出炉啦！
无线传输深度卡尺30EWRI 为数显防水卡尺的进一步升级产品，其主要性能：
1. 防护等级IP67，有效保证数显卡尺即使在环境恶劣的加工现场也能可靠工作
2. 字体显示高度11mm，有效缓解工人视觉疲劳
3. 电感测量系统，稳定性进一步提升
4. 内置无线发射模块，不需要额外配置信号发射器或数据线，可自由方便地移动来测量工件。
选择马尔无线传输产品的几大理由：
德国品质，150多年的量仪设计制造经验
成本降低，不需要传统的数据线，不需要额外的无线发射器，8个测量设备共用一个无线接收器即可
彻底摆脱数据线的束缚，拥有更大自由测量空间，测量现场也会变得干净整洁
精密量仪测量工具传感器游标卡尺
可完全替代传统的无线深度卡尺
南京茂肯机电设备有限公司是一家集科工贸一体的系统集成供应商。
是专业代理国内、国际品牌的综合型产品服务商。
南京茂肯是国际品牌Mahr的长期战略合作伙伴。
长期经营Mahr品牌的长度量值检定仪器、形状误差综合测量仪、表面粗糙度测量仪、齿轮形状测量仪、多探头三坐标测量仪、万用量具等类型产品。
公司始终以“诚信、创新、共赢”的经营理念，依托优良的产品品质和产品价格竞争力，为客户提供贴心的售前、售后服务，提供轴承、导轨滑块、电机电器、电线电缆、阀门水泵、仪器仪表等机电设备产品一站式自动化解决方案。
精密量仪测量工具传感器游标卡尺
精密量仪测量工具传感器游标卡尺。
RE-MWG52
C C D对比设定在自动控制模式同时按E N T E R和S E T U P键执行此时只需按S .C键在5以上对比操作完成后显示屏显示一个在C )选择参数F 20[]选择参数F 21采用电动传感器导轨座时并停在限位处马达自动定位在限位开关处超声波或红外线传感器的调整确认两传感器的分叉设有物体按E N T E R键插入一纸片在两传感器分叉中马达自动定位在允许行程的中心位置如果触发的限位开关在右边按E N T E R 键M W G 522B B 的传感器2确认在传感器分叉中没有材料时马达自动定位到允许行程的中心位置确认在传感器接收的一面是没有暴露在直接光照射下同时按S E T U P +L E F T 或R I G H T 键设定组合系统导向纠偏按S E T U P +L E F T 或R I G H T 键设定传感器类型0=两个传感器都是超声波传感器或红外线传感器另一个是C C D 传感器另一传感器为超声波或红外线传感器选择参数F 21D用两个超声波传感器[-[-传感器首先从一面移动到另一面然后定位在其中的一边上插入一纸片到两个传感器的分叉中遮挡一部分超声波反射在一个超声波传感器与C C D传感器情况时马达自动定位到对面的限位开关处此时马达自动定位到允许行程的中心位置C C D对比调整参照第三页的b控制器前面板的说明显示屏显示什么如何进入和退出功能设定当使用电动传感器导轨座当使用双传感器导轨座或手动传感器导轨座此数据的输入参阅参数设定-F45-在参数设定模式下例按S E T U P键显示此参数的设定值采用C C D传感器时条形显示管全亮显示一连续从底部到顶部不断移动的光标按R I G H T或L E F T键可选择不同的参数关于在参数设定模式下如何操作参阅参数设定在MAN模式下如何进行纠偏在MAN模式下纠偏驱动中心手动驱动器定位驱动器位置显示自动对比-C C D --C C D -可视区域C CD 对边或对线纠偏采用双电动导轨座的主传感器和从传感器间的偏置-按MAN键进入手动控制模式按M A N 键后传感器沿导轨座滑杆移动分开详细信息参阅参数设定F 42驱动器定位在行程的中心如果使用电动传感器导轨座驱动器定位在行程的中心同时按SETUP+LEFT或R I G H T 键时可连接移动显示值的单位是mm -此功能只用于采用CCD传感器时按ENTER+SETUP键此时在定义对比水平如果数值小于5我们建议改变目标滤光片或重新调整传感器位置再执行对比即可存储设定好的数据3秒以上按MAN+S.C+LEFT或RIGHT键在5到95范围内设定-通过按MAN+SETUP+LEFT或RIGHT键选择CCD传感器采用对边还是采用对线来纠偏条形显示管一半亮起条形显示管中心的光标亮起3秒以上默认值为0在通过从传感器导轨座的传感器的材料幅宽变化较大时使两材料对准更精确在A U T O 模式下如何进行纠偏-按A U T O 键进入自动纠偏控制模式详细信息参阅参数设定F 42-按SETUP+L E F T 或R I G H T 键设定你需要的传感器合适的有效范围值80通常0是设为保持材料在中心位置足够可以不移动传感器修改此数据此调整只对一个传感器有效-它允许传感器导轨座的传感器检测与主传感器的检测之间存在一定的偏差参考通过主传感器的材料检测按S .C +L E F T 或R I G H T 键移动电动导轨同时显示屏显示从传感器导轨座的传感器有效检测范围按S .C +L E F T 或R I G H T 键在导轨的一半行程内移动此功能不适用于M W G 52B B复合机纠偏系统参数设定可设定参数列表所有设定参数综合列表如下请参阅下页的参数设定说明如果此操作成功完成Ｆ１然后又反方向的重复循环的点亮确认需设定参数的参数号在显示屏上显示后修改参数完成后可设定参数说明密码输入若参数Ｆ４４中设定了密码，这是进入参数设定模式后首先要执行的操作通过按ＳＥＴＵＰ＋ＬＥＦＴ或ＲＩＧＨＴ键输入密码Ｆ２设定范围是０到１００在１００时表示系统响应最快Ｆ３提高纠偏精确度当材料在位置－１０和１０之间变化时同时按ＳＥＴＵＰ和ＬＥＦＴ或ＲＩＧＨＴ键修改设定值盲区与缓慢区相反系统将进入状态当材料位置在－２和２之间变化时同时按ＳＥＴＵＰ和ＬＥＦＴ或ＲＩＧＨＴ修改设定值Ｆ５以ｍｍ为单位例控制器保持最后有效值等待时间为参数中设定的时间则系统又开始工作Ｆ６以秒为单位系统停止纠偏调整Ｆ５系统才又开始纠偏调整Ｆ２０还是采用双超声波的传感器或是采用单个ＣＣＤ传感器工作或在双传感器时操作其中的一个有４种以图形显示的设定值［－－－在双传感器情况下允许调整单个传感器－－－］表示表示采用两个传感器及活动式传感器导轨座的中心导向纠偏系统使用单个传感器ＭＷＧ．５２电气图ＭＷＧ．５２－ＢＢ电气图闭合为ＭＡＮ断开为ＡＵＴＯ１１０Ｖｏｃ／２２０ＶｏｃＳＵＰＰＬＹＦＵＳＥ１１０２２０３２１ＰＰＰＰ０ＰＰＰＰＵ５Ｕ８７６５Ｖ４３２１２Ｖ１ＢＢＡＡ－－１２ＩＮ＋ＤＣ０ＶＭＷＧ．５２－Ｄ与电动导轨Ｐ．Ｓ．１Ｓ／１Ｍ电气图断开为ＡＵＴＯ驱动中心复位红／黑黑／白红白红／黑黑／白红白黑／白红白２４Ｖｏｃ２Ａ１１０Ｖｏｃ／２２０ＶｏｃＳＵＰＰＬＹＦＵＳＥ１１０２２０３２１ＰＰＰＰ０ＰＰＰＰＵ５Ｕ８７６５Ｖ４３２１２Ｖ１ＢＢＡＡ－－１２ＩＮ＋ＤＣ０Ｖ断开为ＡＵＴＯ驱动中心复位驱动电机插头电动导轨红／黑黑／白红白黑／白红白黄／绿黑红深褐蓝ＭＷＧ．５２－Ｄ电气图ＡＵＴＯ／ＭＡＮ遥控开关闭合为ＭＡＮＭＷＧ．５２－Ｒ电气图驱动中心复位断开为ＡＵＴＯ红白黑／白超声波传感器ＭＣＲＦＲ马达尺寸马达尺寸２７４＋１７４＋ＡＴ．２００．Ｒ电机型号Ｓ＝行程代号ＡＴ．１００．Ｒ１００２００５２４１０００５２４１５００ＴＩＰＯＴＹＰＥＦＬＤＸＴｍａｘ１６０１６０１６０２００２００２００２５０２５０２５０５００．０５＊ｌ＋１０１５０ＮＰＥＲＩＬＰＥＲＣＯＲＳＯＡ２００ＮＰＥＲＡＬＴＲＩＰＥＲＣＯＲＳＩ导向系统尺寸ＴＩＰＯＴＹＰＥＦＤＤＡ８００Ａ２０００ＤＡ８００Ａ２０００ＤＡ８００Ａ１９００Ｌ－３３５（ＤＡ８００Ａ９００）Ｌ－３６０（ＤＡ１０００Ａ１５００）Ｌ－４１０（ＤＡ１６００Ａ２０００）７５／１００／１２０／１５０８４．５（ＤＡ８００Ａ１５００）１３４．５（ＤＡ１６００Ａ２０００）２６５（ＤＡ８００Ａ１５００）３１５（ＤＡ１６００Ａ２０００）ＤＡ２０００Ａ３８００ＮＣＧＨＴｍａｘＴｍａｘ超声波或红外线传感器尺寸ＣＣＤ传感器尺寸控制面板尺寸质量保证Ｒｅｓ．ｐＡ公司对本产品免费保修一年在下列情况下不承担保修义务．不合理使用．不正确安装．电源接错或电气接线错误．缺乏保养维修．由非Ｒｅｓ．ｐＡ公司技术人员维修和更换产品备件．没有按本手册的全部或部分要求执行．突发异常情况。
马尔无线卡尺连接指导书
马尔卡尺连接指导书
1、双击打开MarCom
2、双击打开主页面
3、添加RF设备
——选择i-Stick
4、配置要连接的设备
注意：设置信道和设备，设备是指选择相对应的型号，如图中蓝色的地方。
输出可以先择Excel。
5、点击上图左上角的连接
关键点：手动按下卡尺顶端的数据传送钮，等待连接处变成绿色，具体步骤看第6的
操作。
6、打开数显卡尺，长按MENU进入设置界面，如图一；一直按转到如下图界面，如图二；然后手动按下卡尺顶端的红色按键，直至电脑端的链接变绿色，如图三；最后长按MENU
回到测量界面，如图四。
图一
图二
图三
图四
7、测试
再次点击数据传送按钮
注：检测的时候，手动按下卡尺顶端的数据传送钮，电脑端接收到的数据会以EXCEL格式自动打开。
Omega TX20B 无线传感器信号传输系统说明书
C-41RADIO TELEMETRY SYSTEMFOR STRAIN GAGES, THERMOCOUPLES, AND VOLTAGE SIGNALSU Eliminates Cumbersome Slip Ring Installation U Does Not Require FCC LicenseU Small, LightweightU Wireless Sensor Interface U Battery-Powered or Induction-Powered Models AvailableRX20B-M, receiver with display, with TX20B-S1, strain gage module, and TX-BCA-100, clamp assembly,shown smaller than actual size.TX20BExtended WarrantyProgramSMOMEGACARE SM extended warranty program is available for models shown on this page. Ask your sales representative for full details when placing an order. OMEGACARE SMcovers parts, labor and equivalent loaners.DISCONTINUEDOMEGA’s TX20B radio telemetry system is ideal for transmitting signals from sensors that are mounted on rotating shafts. The TX20B Series miniature transmittersmodulate sensor signals fromthermocouples, voltage transducers, or strain gage bridge circuits onto an RF carrier and transmit them to a stationary receiver. The RX20B receiver demodulates the signals and converts them into ±2V analog output. Two analog output signals are available simultaneously. A wideband output provides frequency response from DC to 1250 Hz. For maximum stability of the signal, a filtered output is also available with a 0 to 10 Hz bandwidth.TX20B transmitters incorporate a crystal oscillator that is tuned to a specific frequency, eliminatingthe need for tuning by the operator. Transmitter frequencies can be staggered, allowing multiple transmitters to operate in proximity with no interference. Multichannel receivers are available.Transmitters are small enough to be taped or strapped to the rotating shaft, and they can be powered by a 9V battery. For applications in which continuous uninterrupted monitoring is necessary, an inductively coupled power supply and transmitter are also available.The TX20B operates in a band that does not require an FCC license.RADIO TELEMETRY SYSTEM。
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马尔卡尺连接指导书
1、双击打开MarCom
2、双击打开主页面
3、添加RF设备
——选择i-Stick
4、配置要连接的设备
注意：设置信道和设备，设备是指选择相对应的型号，如图中蓝色的地方。
输出可以先择Excel。
5、点击上图左上角的连接
关键点：手动按下卡尺顶端的数据传送钮，等待连接处变成绿色，具体步骤看第6的
操作。
6、打开数显卡尺，长按MENU进入设置界面，如图一；一直按转到如下图界面，如图二；然后手动按下卡尺顶端的红色按键，直至电脑端的链接变绿色，如图三；最后长按MENU
回到测量界面，如图四。
图一
图二
图三
图四
7、测试
再次点击数据传送按钮
注：检测的时候，手动按下卡尺顶端的数据传送钮，电脑端接收到的数据会以EXCEL格式自动打开。