拜特配置说明文档
百特数显表操作方法之欧阳语创编
百特智能数显表说明书工作状态下按SET显示LOCY→按SET输入密码18→按SET显示RAN9→按SET通过△▽选择分度号→按SET显示Poin设置小数点→按SET显示r9.00设置量程下限→按SET显示r9.FS设置量程上限工作状态下按SET→通过△▽选择COrr按SET显示old.1→按SET通过△▽修正温度值参数设定说明：Locy：菜单上锁操作入口；按SET键确认；按△▽键退出；开锁密码为18Ran9.:分度号和量程设置入口；按SET键确认；按△▽键退出010/…/y：分度号设置；按△▽键设置；按SET确认PoIn:小数点位置设置；按△▽键设置；按SET确认R9.00:量程零点设置；按△▽键设置；按SET确认R9.FS：量程满度设置；按△▽键设置；按SET确认Corr：量程迁移和滤波时间设置菜单入口；按SET键确认；按△▽键取消Old.1：修正温度值；按△▽键设置；按SET确认按键说明：△：变更参数设定时，用于增加数值SET：参数设定确认键▽：变更参数设定时，用于减少数值常见故障处理：仪表通电不亮：供电电源未接入，正确接入仪表电源;接触不良，取出表芯确认弹片接触是否良好。
LED屏显示:broy分度号选择错，选择与输入信号相符的分度号；输入信号太大，调节与输入信号保证在仪表范围内；信号短线，正确接入信号线。
H.oFL.分度号选择错，选择与输入信号相符的分度号；输入信号太大，调节与输入信号保证在仪表范围内；仪表标定错误，选择正确标定信号重新标定。
L.Ofl.:选择与输入信号相符的分度号；输入信号太小，调节与输入信号保证在仪表范围内；仪表标定错误，选择正确标定信号重新标定昌辉SWP系列智能仪表说明书控制方式：1、正确的接线仪表卡入表盘后，请参照仪表随机接线图接妥输入、输入及电源线，并请确认无误。
2、仪表的上电本仪表与电源开关，接入电源即进入工作状态。
3、仪表设备号及版本号的显示仪表在投入电源后，可立即确认仪表设备号及版本号。
拜腾悬架系统用户手册说明书
605-01-280 REV ABUMP STOP KIT- 883-02-168, 18-ON Jeep JT Rear, 2.5”+ Lift, Gen2, Bump Stop 2.0 Series, IFP, 2.00” Travel, 10.00” EXTThank you for choosing FOX direct-replacement shocks for your vehicle. FOX products are designed, tested,and manufactured by the finest professionals in the industry.FOX recommends that you become completely familiar with the handling characteristics of your modified vehicle before operating it under rigorous conditions, helping to avoid potential rollover situations and other loss of control events. FOX further recommends that you use appropriate protective equipment at all times when operating your vehicle.To achieve the best performance and product longevity, periodic service and maintenance is required. Please referto the Service and Upgrades section for more information.Table of ContentsSAFETY WARNINGS (2)INSTALLATION GUIDELINES (2)BUMP STOP KIT INSTALLATION (REAR) ................3-10WARRANTY (11)SHOCKS NEED LOVE TOO (12)SAFETY INSTRUCTIONS• FOX direct-replacement shocks are designed to fit and allow proper clearance with the stock suspension.If aftermarket suspension components are installed it is the customer’s responsibility to ensure that interference between the FOX shocks and other vehicle components does not occur at any point in the shock stroke.• FOX direct-replacement shocks should always be installed as a set for maximum performance.• Proper installation and service procedures are essential for the safe and reliable operation of the suspension components, requiring the experience and tools specially designed for this purpose. Installation and maintenance procedures for this product must be performed by a qualified service technician, to avoid potentially unsafe vehicle handling characteristics, which may result in SERIOUS INJURY or DEATH.• Modifying your vehicle’s suspension will change the handling characteristics of your vehicle. Under certain conditions, your modified vehicle may be more susceptible to loss of control or rollover, which can result in SERIOUS INJURY or DEATH. Thoroughly familiarize yourself with the modified vehicle handling characteristics before any rigorous vehicle operation. Wear protective body gear and a helmet when appropriate. Installation of vehicle roll bars or cage is highly recommended.• FOX direct-replacement shocks are gas-charged and are highly pressurized. Placing shocks in a vise or clamp, applying heat, or attempting to open or service the shock without the proper tools and training can result in SERIOUS INJURY or DEATH. Do not attempt to modify, puncture or incinerate a FOX direct-replacement shock absorber.• Any attempt to misuse, misapply, modify, or tamper with any FOX product voids any warranty and may result in SERIOUS INJURY or DEATH.INSTALLATION GUIDELINES• Always use a chassis lift for the installation of shocks, and make certain that the raised vehicle is securely attached to the lift to prevent the vehicle from slipping, falling, or moving during the installation process.• DO NOT install any FOX product without the necessary special tools, expertise and chassis lift or you will subject yourself to the risk of SERIOUS INJURY or DEATH. If you elect to not use a chassis lift (which may result in SERIOUS INJURY or DEATH), ensure that the vehicle is: (1) on level ground, (2) that all tires on the ground during installation are blocked to prevent vehicle movement, (3) that at least two tires are on the ground at all times, and (4) that adequately secured jack stands are used to support the vehicle. NEVER get under the vehicle until you have checked to ensure that the vehicle will be stable during installation.• FOX direct-replacement shocks are designed to fit your vehicle’s shock mounts without modification except the reservoir placement on specific models and applications.• If a preload adjustment is necessary for your application DO NOT adjust preload with the coil-over on the vehicle.Remove the coil-over from the vehicle and use a spring compressor to remove the spring hardware and spring.Once the spring is removed, you can adjust the snap ring position.BUMP STOP KIT INSTALLATIONINSTRUCTIONS - REAR*Medium-strength thread-locker is recommended on all bolts.1. Please read the installation guidelines on how to properly lift and secure vehicle.2. Remove both rear wheels.3. Disconnect the battery.4. Disconnect any necessary components in order for springs to be free from upper mount.Remove rear coil springs. A spring compressor is recommended and may be necessary in some applications. You will need the rear axle to droop out as far as possible.5. Remove factory bump stop by prying it free from the bump stop holder.6. Once removed, make a mark that is in the center of the top portion OEM bump stop holder(Figure 1).Figure 1: Passenger side shown7. Using the mark you just made, draw a line that goes from the mark you just made to thebottom of the frame rail. This is going to be the centerline of where to mount the bump stop (Figure 2).8. At this point, You will need to remove the OEM bump stop mount and holder from the frame. To do so, using a cutoff wheel or reciprocating saw cut/ grind off the welds that attach the OEM bump stop holder to the frame. DO NOT CUT INTO THE FRAME. DO NOT GRIND THE AREA SMOOTH YET OR REMOVE THE LINE YOU JUST MADE IN THE PREVIOUS STEP! You will be using these for reference (Figure 3).Figure 2: Passenger side shownFigure 3: Passenger side shown9. Using the line you made earlier, continue that line across the bottom of the frame rail. Make sure the line is between the 2 welds on the bottom of the frame (Figure 4).10. Once you draw your line, use a center punch to make an indent 1” away from the outsideedge of the frame rail on your line. The indent should be some where on the OEM weld seam on the bottom of the frame rail (Figure 5).Figure 4: Passenger side shownFigure 5: Passenger side shown11. Once the punch mark is made, use an 1/8” drill bit to drill a pilot hole in the frame (Figure 6).12 Using a 2-1/2” Hole Saw and the pilot hole you just drilled, Cut a hole in the frame toaccommodate the new FOX IFP Bump Stop holder. The hole saw will not make a complete circle hole in the frame because it will be hanging off the frame rail slightly (Figure 7).Figure 6: Passenger side shownFigure 7: Passenger side shown13. Once the hole is cut, using a straight edge, draw 2 4-1/4” lines straight up the frame that start at the edges where the hole you cut does not complete the circle. Then connect the 2 lines, you will have a rectangle (Figure 8).14. . Once you have yourrectangle drawn, usinga cut off wheel orreciprocating saw,cut out the rectanglefrom the frame rail(Figure 9).Figure 8: Passenger side shownFigure 9: Passenger side shown15. Once you have the rectangle is cut out of the frame rail, clean up any burrs that may interfere with the FOX Bump Stop Holder and clean up all the OEM bump stop holder welds on the frame so that the area is smooth and has no paint on it.16. Once the area is cleaned up, insert the FOX Bump Stop Holder so that the NON-THREADED side is going into the frame rail and the THREADED side is pointing towards the ground.Using a welder, tack weld the bump stop holder into place. DO NOT WELD THE BUMP STOP HOLDER WITH THE BUMP STOP THREADED INSIDE THE HOLDER, THIS MAY DAMAGE THE FOX IFP BUMP STOP (Figure 10).17. Once tack welded, fully weld the FOX bump stopholder into the frame (Figure 11).Figure 10: Passenger side shownFigure 11: Passenger side shownFigure 12: Passenger side shownFigure 13: Passenger side shown18. Once fully welded, use some sortof corrosion inhibitor (Spray Paint)and cover the exposed steel (Figure 12).19. After coating the exposed steel, thread the bump stop into the FOX Bump Stop holder.20. Use the supplied lock ring to install thebump stop. Make sure the bump stopbearing cap protrudes at least 1.75” fromthe bump stop cup edge. Ensure that theFLAT PART on the lock ring goes againstthe FOX Bump Stop Holder. Apply mediumstrength thread locker to the lock ring.Tighten the lock ring using supplied spanner(Figure 13).21. It is EXTREMELY important that you set up/adjust you bump stops so that the full bumpposition does not bottom out on the shock, or any other suspension component other than the bump stop/bump tube. Bump stop spacers may be required.*If bump stop spacers are used, ensure that the spacer used is flat and does not have any protruding bolts or pieces, or large recesses than could potentially damage the rubber bump stop cap.2. Repeat steps 1 through 19 on both sides of the vehicle.3. Reinstall coil springs and any other previously removed suspension componentsand torque to OEM specifications.4. Reinstall the wheels and torque to OEM specifications.5. Reconnect the battery.FOX LIMITED WARRANTYFOX Factory, Inc., a Georgia corporation having an office at 6634 Highway 53 Braselton, GA 30517 (“FOX”), makes the following LIMITED WARRANTY with respect to its suspension products:LIMITED ONE (1) YEAR WARRANTY ON SUSPENSION PRODUCTSSubject to the limitations, terms and conditions hereof, FOX warrants, to the original retail owner of each new FOX suspension product, that the FOX suspension product, when new, is free from defects in materials and workmanship. Unless otherwise required by law, this warranty expires one (1) year from the date of the original FOX suspension product retail purchase from an authorized FOX dealer or from a FOX authorized Original Equipment Manufacturer where FOX suspension is included as original equipment on a purchased vehicle.If law requires a warranty duration of greater than one (1) year, then, subject to the other provisions hereof, this warranty will expire at the end of the minimum warranty period required by such law.TERMS OF WARRANTYThis warranty is conditioned on the FOX suspension product being operated under normal conditions and properly maintained as specified by FOX. This warranty is only applicable to FOX suspensions purchasednew from an authorized FOX source and is made only to the original retail owner of the new FOX suspension product and is not transferable to subsequent owners. This warranty is void if the FOX suspension productis subjected to abuse, neglect, improper or unauthorized repair, improper or unauthorized service or maintenance, alteration, modification, accident or other abnormal, excessive, or improper use.Should it be determined by FOX in its sole and final discretion, that a FOX suspension product is coveredby this warranty, it will be repaired or replaced, by a comparable model, at FOX’s sole option, which will be conclusive and binding. THIS IS THE EXCLUSIVE REMEDY UNDER THIS WARRANTY. ANY AND ALL OTHER REMEDIES AND DAMAGES THAT MAY OTHERWISE BE APPLICABLE ARE EXCLUDED, INCLUDING, BUT NOT LIMITED TO, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR PUNITIVE DAMAGES.This limited warranty does not apply to normal wear and tear, malfunctions or failures that result from abuse, improper assembly, neglect, alteration, improper maintenance, crash, misuse or collision. This limited warranty gives the consumer specific legal rights. The consumer may also have other legal rights which vary from state to state or country to country. Some states and countries do not allow the exclusion or limitation of incidental or consequential damages or warranties, and if dictated by law the above limitations or exclusions may not apply to you. If it is determined by a court of competent jurisdiction that a certain provision of this limited warranty does not apply, such determination shall not affect any other provision of this limited warranty and all other provisions shall remain in full effectTHIS IS THE ONLY WARRANTY MADE BY FOX ON ITS SUSPENSION PRODUCTS AND COMPONENTS, AND THERE ARE NO WARRANTIES WHICH EXTEND BEYOND THE DESCRIPTION HEREIN. ANY WARRANTIES THAT MAY OTHERWISE BE IMPLIED BY LAW INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXCLUDED。
Alteon配置手册V2
Alteon中文配置手册版本V1版本V2二、连接Alteon (5)三、设备维护配置 (6)四、物理层配置 (8)五、链路层配置 (8)VLAN划分 (8)端口汇聚 (8)802.1q Trunk端口配置 (9)六、网络层配置 (9)IP接口地址配置 (9)网关配置 (9)静态路由配置 (10)动态路由配置 (10)冗余配置 (10)Active-standby传统模式 (11)新的floating IP的配置方式 (11)冗余状态检测 (12)七、负载均衡配置 (12)配置服务器 (12)服务器组Group配置 (14)配置虚拟服务器virtual service (15)配置源地址翻译 (15)会话保持配置 (16)Delay binding (19)八、基本四层负载均衡配置 (20)案例网络场景 (20)配置步骤 (20)九、HTTP服务器负载均衡 (22)十、FTP负载均衡 (22)十一、基于URL的7层负载均衡 (22)十三、链路负载均衡 (27)出向流量链路负载均衡配置 (28)入向流量负载均衡配置 (32)DNS解析相关配置 (33)十四、全局负载均衡 (35)独立模式的全局负载均衡配置 (35) (35)多站点协同的负载均衡算法配置 (36)A站点配置 (37)B站点配置 (38)C站点配置 (40)其他全局负载均衡优化配置 (42)十五、排错纠错 (42)系统信息 (43)网络层排错 (44)负载均衡相关排错纠错 (44)一、Alteon设备简单介绍目前市场上主要销售的Alteon产品包括了，Alteon 4408、Alteon 5208、Alteon 6024、Alteon6420。
当然还有基于各种虚拟化平台的Alteon VA。
Alteon 4408Alteon 4408提供了8个接口，其中2个是SFP插槽，用户可以根据自己的需要选择插入千兆光口或者千兆电口。
其中固化在上面的第六个电口已经被设置为管理口，所以实际可用的业务口为7个。
patton electronics model 1010a用户手册.pdf说明书
APPENDIX D BLOCK DIAGRAM
12
1.0 WARRANTY INFORMATION
Patton Electronics warrants all Model 1010A components to be free from defects, and will—at our option—repair or replace the product should it fail within one year from the first date of shipment.
USER MANUAL
MODEL 1010A
Miniature, High Speed Short Range Modem with Transformer Isolation
Part# 07M1010A-A Doc# 039011UA Revised 11/8/95
SALES OFFICE (301) 975-1000 TECHNICAL SUPPORT (301) 975-1007
1.2 SERVICE
All warranty and non-warranty repairs must be returned freight prepaid and insured to Patton Electronics. All returns must have a Return Materials Authorization number on the outside of the shipping container. This number may be obtained from Patton Electronics Technical Service at (301) 975-1007. Packages received without an RMA number will not be accepted.
GPIB总线使用介绍
器件内部接口功能设置
对于某一类器件来说，并不需要将上述十种功能全部 配置，而应根据具体器件来选配接口功能。以下是几种器 件应该配置的接口功能。
器件名称 信号发生器 打印机 纸带读出器 电压表 功率计 RLC表 绘图仪 计算机 作用 听者 听者 讲者 讲者、听者 讲者、听者 讲者、听者 讲者、听者 讲者、听者、控者 所需配置接口功能 AH,L AH,L AH,T,SH AH,L,SH,T,SR,RL[PP,DC,DT] AH,L,SH,T,SR,RL[PP,DC,DT] AH,SH,T,L,SR,DT AH,SH,T,L,SR,DC[PP] AH,L,SH,T,C
GP-IB标准包括接口与总线两部分：接口部分是由各种逻辑电路 组成，与各仪器装置安装在一起，用于对传输的信息进行发送、 接收、编码和译码；总线部分是一条无源的多芯电缆，用做传输 各种消息。将具有GP-IB接口的仪器用GP-IB总线连接起来的标准 接口总线系统如图所示。
4.2.4 GPIB标准接口的总线结构
数据有效 DATA VALID
未准备好接收数据 NOT READY FOR DATA 未收到数据 NOT DATA ACCEPTED 注意 ATTENTION 结束或识别 END OR IDENTIFY 服务请求 SERVICE REQUEST 接口清除 INTERFACE CLEAR 远控可能 REMOTE ENABLE
4.2.1 基于GPIB总线的测试系统
在一个GP-IB标准接口总线系统中，要进行有效的通信联络至少有“讲 者”、“听者”、“控者”三类仪器装置。
讲者是通过总线发送仪器消息的仪器装置（ 如测量仪器、数据采集器、 计算机等），在一个GP-IB系统中，可以设置多个讲者， 但在某一时刻， 只能有一个讲者在起作用。 听者是通过总线接收由讲者发出消息的装置（如打印机、信号源等）， 在一个GP-IB系统中，可以设置多个听者，并且允许多个听者同时工作。 控者是数据传输过程中的组织者和控制者，例如对其他设备进行寻址 或允许“讲者”使用总线等。控者通常由计算机担任，GPIB系统不允许 有两个或两个以上的控者同时起作用。
模组说明书：Modicon M258 TM258LF66DT4L
i s c la i me r : T h i s d o c u m e n t a t i o n i s n o t i n t e n d e d a s a s u b s t i t u t ef o r a n d i s n o t t o b e u s e d f o r d e t e r m i n i ng s u i t a b i l i t y o r r e l i a b i l i t y o f th e s e p r o d u c t s f o r s p e ci f i c u s e r a p p l i c a t i o n sProduct datasheetCharacteristicsTM258LF66DT4Lcompact base M258 - 66 + 4 I/O - 24 V DCMainRange of productModicon M258Product or component type Logic controller Product specific application -Discrete I/O number 66Analogue input number 4Discrete output number24 for output 4 for fast outputComplementaryDiscrete input number10 for fast input 24 for input4 for regular input Discrete input logicSink for fast input Sink for regular input Source for input Discrete input voltage 24 V Discrete input voltage type DCAnalogue input typeCurrent 0...20 mA Current 4...20 mA Voltage +/- 10 V Analogue input resolution 12 bitsVoltage state 1 guaranteed>= 15 V for fast input >= 15 V for fast output >= 15 V for regular input Voltage state 0 guaranteed<= 5 V for fast input <= 5 V for fast output <= 5 V for regular input Discrete input current 4 mA for fast input 4 mA for regular input Input impedance 6 kOhm for fast input 6 kOhm for regular inputConfigurable filtering time0 ms for fast input/regular input and fast output 1.5 ms for fast input/regular input and fast output12 ms for fast input/regular input and fast output4 ms for fast input/regular input and fast outputAnti bounce filtering 2 µs...4 ms (configurable) fast input/regular input and fast outputCable distance between devices30 m for fast input30 m for fast output30 m for regular input500 Vrms ACIsolation between channels andinternal logicIsolation between channels NoneDiscrete output logic SourceDiscrete output voltage24 V DCOutput voltage limits19.2...28.8 VDiscrete output current 4 mA for fast output[Us] rated supply voltage24 V DC for embedded expert modules power24 V DC for I/O power segment24 V DC for main supplySupply voltage limits20.4...28.8 V[In] rated current0.04 A for embedded expert modules power0.31 A for main supply10 A for I/O power segmentPeak current<= 100 kA during <= 70 s main supply<= 25 kA during <= 500 s I/O power segment<= 50 kA during <= 150 s embedded expert modules power<= 1.2 kA during > 70 s main supplyPower consumption in W<= 18.11 WExecution time per instruction22 ns : BooleanMemory description Flash 128 MBInternal RAM 64 MBRealtime clock With user calibration realtime clock, drift: <= 6 s/monthWithout any user calibration realtime clock, drift: < 30 s/month at 25 °CData backed up Variables of type retain and retain persistent CR2477M Renata, 1.5 years autonomy Integrated connection type 1 CANopen male SUB-D 9, CANopen master1 isolated serial link female RJ45, Ethernet Modbus TCP/IP slave (10BASE-T/100BASE-TX)2 free slots PCI1 isolated serial link female RJ45, Modbus master/slave RTU/ASCII or character mode ASCII(RS232/RS485), 300...115200 bps1 isolated serial link mini B USB, 480 Mbit/s1 isolated serial link USB type A, 480 Mbit/sTransmission rate125 kbit/s for bus length of 500 m, CANopen250 kbit/s for bus length of 250 m, CANopen50 kbit/s for bus length of 1000 m, CANopen500 kbit/s for bus length of 100 m, CANopen10 kbit/s for bus length of 5000 m, CANopen1000 kbit/s for bus length of 4 m, CANopen20 kbit/s for bus length of 2500 m, CANopen800 kbit/s for bus length of 25 m, CANopenCounting input number8 counting input(s) 200 kHzLocal signalling 1 LED per channel for I/O state1 LED for CAN0 STS1 LED for MBS COM1 LED green/red for APP01 LED green/red for APP11 LED green/red for Eth NS (Ethernet network status)1 LED green/red for Eth ST (Ethernet status)1 LED green/red for RUN/MS (module status)1 LED green/red for USB host1 LED green/yellow for Eth LA (Ethernet activity)1 LED red for BATT (battery status)Marking CEMounting support Symmetrical DIN railWidth262.5 mmHeight99 mmDepth85 mmProduct weight0.8 kgEnvironmentStandardsCSA C22.2 No 142IEC 61131-2UL 508CSA C22.2 No 213Product certificationsCSA C-Tick cULus GOST-RAmbient air temperature for operation0...55 °C without derating factor horizontal installation 0...60 °C with derating factor horizontal installation 0...50 °C vertical installation Ambient air temperature for storage -25...70 °CRelative humidity 5...95 % without condensation IP degree of protection IP20 conforming to IEC 61131-2Pollution degree 2 conforming to IEC 60664Operating altitude 0...2000 m Storage altitude 0...3000 mVibration resistance 1 gn 8.4...150 Hz DIN rail 3.5 mm 5...8.4 Hz DIN rail Shock resistance15 gn for 11 msResistance to electrostatic discharge 4 kV on contact conforming to EN/IEC 61000-4-28 kV in air conforming to EN/IEC 61000-4-2Resistance to electromagnetic fields 1 V/m 2...2.7 GHz conforming to EN/IEC 61000-4-310 V/m 80...2000 MHz conforming to EN/IEC 61000-4-3Resistance to fast transients1 kV I/O conforming to EN/IEC 61000-4-41 kV shielded cable conforming to EN/IEC 61000-4-42 kV power lines conforming to EN/IEC 61000-4-4Surge withstand0.5 kV differential mode conforming to EN/IEC 61000-4-51 kV common mode conforming to EN/IEC 61000-4-5Disturbance radiated/conductedCISPR 11Offer SustainabilitySustainable offer status Green Premium productRoHS (date code: YYWW)Compliant - since 1039 - Schneider Electric declaration of conformity Schneider Electric declaration of conformity REAChReference not containing SVHC above the threshold Reference not containing SVHC above the threshold Product environmental profile AvailableProduct environmental Product end of life instructionsAvailableEnd of life manualContractual warrantyWarranty period18 monthsDimensions DrawingsControllerDimensionsTM5 System Wiring RecommendationsWire Sizes to Use with Removable Spring Terminal BlocksExternal Power SuppliesWiring Diagram of the Controller Power Distribution Module(1)Internal electronics(2)24 Vdc I/O power segment integrated into the bus bases (3)PS1/PS2: External isolated SELV power supply 24 Vdc (4)External fuse, Type T slow-blow, 3 A 250 V (5)External fuse, Type T slow-blow, 2 A 250 V(6)External fuse, Type T slow-blow, 10 A max., 250 V。
拜克莱特汽车产品说明书
speed, press and hold the SET button up or press SET up repeatedly until the desired speed is reached. • To set a lower speed, press and hold the SET button down or press SET down repeatedly until the desired speed is reached. • To return to a previously set speed, press RES. • To turn off, push the OFF button down or turn the ignition off.
the buttons facing out and the key ring up. Then, press the ENGINE START/ STOP button and brake pedal to start your vehicle as usual. You can remove the IA key from the backup slot once the vehicle is started, if desired.
Atlona AT-OME-SR21 与 OME-EX-TX 设置指南说明书
Atlona Setup GuideA T -OME-SR21A T -OME-EX-TX A T -OME-EX-TX-WP/-ESolutions Setup and Configuration GuideHDBaseT T ransmitters and Scaler Receiverfor HDMI with USBOmega ™ 4K/UHDVersion InformationTable of ContentsIntroduction 4 Installation 5AT-OME-SR21 5 AT-OME-EX-TX 6 Connection 7 Configuration 9 Control 14This guide provides a base for setting up and configuring a AT-OME-SR21 when used with an OME-EX transmitter (TX or TX-WP).The AT-OME-SR21 includes two mounting brackets and four mounting screws, which can be used to attach the unit to any flat surface.1. Remove the top 2 case screws on the side of the unit.2. Align the mounting brackets to the side of the units.3. Use the previously removed case screws and the included screws to secure the mounting bracket to theenclosure.4.5.Mount the unit using the oval-shaped holes, on each mounting bracket. If using a drywall surface, a #6 drywall screw is recommended.NOTE:Mounting brackets can also be inverted to mount the unit under a table or other flat surface.AT-OME-SR21The AT-OME-EX-TX provides two mounting brackets, which can be used to attach the unit to any flat surface. Use the two enclosure screws, on the sides of the unit to attach the mounting brackets.1. Remove the top 2 case screws on the side of the unit.2. Align the mounting brackets to the side of the units.3. Use the previously removed case screws to secure the mounting bracket to the enclosure.4. Repeat the steps for the other side of the unit.5.Mount the unit using the oval-shaped holes, on each mounting bracket. If using a drywall surface, a #6 drywall screw is recommended.NOTE: Mounting brackets can also be inverted to mount the unit under a table or other flat surface.InstallationAT-OME-EX-TX1. Connect the sources to the input ports on the OME-EX-TX and OME-SR21.2. Connect an 568B terminated category cable to the HDBaseT output of the OME-EX-TX and the HDBaseT inputof the OME-SR21.3. Connect an HDMI cable from the SR21’s HDMI output port to an HDMI display.4. *Optional* Connect the 2CH analog AUDIO OUT ports to a DSP, or audio amplifier.a. Display control using the SR21 (preferred)- Connect an RS-232 cable from the display to port 1 of the SR21. Commands will need to be programed using the webGUI but will be able to be triggered using webGUI or RS-232/IP trigger commands:DispBtn X . X = on , off , vol+, vol-, mute .b. Display control using a control system - Connect an RS-232 cable from the control system to the OME transmitter’s RS-232 port, using the first three pins and an RS-232 cable from the display to port 1 of the SR21.c. Source control - Connect an RS-232 cable from the OME transmitter to the source and connect a PC or control system to the SR21 using RS-232 port 2 (the last three pins). Send commands using the RS232zone3[X]command. X = source control command, found within the source’s manual.Use a jumper between the negative and ground pins when using an unbalanced connection.5. *Optional* Connect USB devices (e.g. USB camera ) to the USB hub ports on either the SR21 or OME transmitter.6. *Optional* Connect the HOST USB port of either the SR21 or OME transmitter to a computer using a USB B toUSB A cable (cable not provided).7. *Optional* For RS-232 control, captive screw connectors have been included. The OME-EX-TX will use a 4-pinconnector that only the first three pins will be used. The OME-SR21 will use a 5-pin captive screw RS-232 port to control the display (port 1) and the unit (port 2).ConnectionIR IN is not functional when using OME-EX-TX with SR21.IR INRS-232RS-232Pin out will be determined by the RS-232 cable and connects as RX (receive ), TX (transmit ) and (ground - shared with IR IN ).AT-OME-EX-TXPin out will be determined by the RS-232 cable and connect as RX (receive ), TX (transmit ) and (Ground ). Ground will be shared between port 1 and port 2.AT-OME-SR21NOTE: The OME-EX-TX is a pass through device only, it will pass commands from a control system tothe SR21 or from the SR21 to a local source.Display UnitConnection8. *Optional* Connect a network switch to one of the LAN ports on the SR21 or the LAN port of the EX transmitter,for IP control, system configuration, or Ethernet routing.9. *Optional* Connect a second Ethernet cable from one of the LAN ports of the SR21 to the local display to passthrough Ethernet. 10. *Optional* To control devices such as electric screens and display lifts, connect the device to the 3-pin captivescrew relay port of the SR21.11.Connect the included DC 24V power supply between the power port of the SR21 and a compatible power outlet.There are 3 connections for the relay: C1, COM, and C2 (Circuit 1, Common, and Circuit 2.)ConfigurationConfiguration will be done through the webGUI.By default the unit will be set to DHCP mode and receive an IP address from the DHCP server. If there is no DHCP server, press and hold the IP MODE button for 5 seconds. The LED will blink 3 times when set to static. The PC connecting to the unit will need to be set to the same IP range as the unit. The static IP address of the unit will be: IP address: 192.168.1.254 Subnet mask: 255.255.0.0 Gateway: 192.168.1.1 1. Launch a web browser and enter the IP address in the address bar.2. The AT-OME-SR21 Login page will be displayed.3. Enter the following information on the Login page.Login: admin Password: AtlonaBy default, the SR21 will have HDCP set to ON. Change this within the Video Settings page if needed.1. Select Video from the top menu.2. Select the slider next to the input port to switch between ON and OFF (non-compliant) HDCP .NOTE: Some sources flag all content as protected, by selecting HDCP off the source device may send only user created content. In some cases, the source must be configured to send content to non-HDCPdevices (e.g. HDCP must be turned off within a PS4’s settings to pass unprotected content).HDCPConfigurationEDID and ScalingThe output will have resolution and scaling options. Scaling by default, will be OFF.1. Select Video from the top menu.2. Scroll to the Output section and select the Scaler slider, so that it shows ON (if not already on). More options willdisplay below when enabled.a. Select the Scaler slider, so that it shows OFF if wanting to use the Native/pass through resolutions.3.Select the resolution and timing for the output to scale to.Output Scaling *optional*The SR21 will have EDID on pass through by default. To change the settings on this, go to the EDID page.1. Select EDID from the top menu.2. Select the internal or saved EDID from the drop down menu next to the corresponding input port.3. *Optional* If no EDID has been saved, select the Output 1 from the save from drop down and press the Savebutton.4. Repeat step 2 if using a saved EDID.Chooses the highest common resolution between source and display 1080p 2CH 1280x800 2CH1920x1200 2CH3840x2160 2CH1 Memory slotEDIDAudio / Video SwitchingThe SR21 will be set to Auto Switch mode ON by default, which means anytime a hot plug event or signal is received, it will switch to that source. To change the settings on this, go to the Video page.1. Select Video from the top menu.2. Select the Auto Switch mode slider. ON will enable auto switching and Off will disable it.Manually switching the input can happen while auto switching is enabled or disabled.a. Scroll to the Output section and select an input from the Input Selection drop down menu. Menu options willbe: A/V Mute (no signal), HDBaseT, HDMI, internal pattern 1, internal pattern 2, and internal pattern 3.b. Press the INPUT button on the front panel of the SR21. This will cycle through HDBaseT and HDMI inputs.c. Use the command x?AVx1, where ?=1-5. 1 = HDBaseT, 2 = HDMI, 3 = pattern 1, 4 = pattern 2, and 5 =pattern 3. This command can be sent over RS-232 or IP .NOTE: Based on the selection from the drop down menu, the scaler will adjust not only resolution butframe rate as well. All VESA resolutions will output at 60Hz when using the scaler.3. Select Aspect Ratio, Overscan options, and Pictureoptions.Aspect Ratio - Select between Keep (which will keep the aspect ration of the source device), Fill (which will adjust the picture to fill the display), and letterbox (adds black bars to sides depending on the resolution).Overscan - Enable to be able to manually adjust the horizontal and vertical size of the output image. Default is 0 and can be adjust from 0% to 50%.Brightness, Contrast, Saturation, Hue, Sharpness - Adjust the output’s brightness, contrast, saturation, sharpness, and hue manually. Default is 30% (0% for Sharpness) and can be adjusted from 0% to 60%.Reset all Picture - Press the Reset button to set all the video options back to factory defaults.USB SwitchingFollow USB - Assigns the USB devices to follow the most recently connected Host (e.g. Computer). If a new USB device is connected, then it will auto switch to that Host. If the current host is disconnected, it will fall back to the previously connected active device.Manual - Select which host will be used. Select between SR21’s USB Host (local) and OME-EX-TX’s USB Host (remote).Follow Video - Sets the USB hosts to follow the input selection. If an input on the transmitter is selected, the USB will switch to the transmitter’s host ports, if a source on the receiver is selected, it will switch to the SR21’s host port.The SR21 will have the USB host switch to the most recently connected host device by default. To change this setting, go to the USB page.1. Select USB from the top menu.2. Select the USB Host option that works best.AudioOutput AudioHDMI / L/R Enable - Unmutes the audio output signal, allowing audio to pass through the outputs.HDMI / L/R Disable - Mutes the audio output signal of the outputs. No audio will pass when selected.Output VolumeVolume bar - Adjusts the master volume output of the unit from -80 to 0. Default is 0.EQ LevelLevel Sliders - Use the slider to adjust between level -12 and 15 on each band. Default is 0.NOTE: HDMI muting will mute the audio embedded on the HDMI output and L/R muting will mute the audio on the analog audio output.The SR21 can mute/unmute output audio, as well as adjust levels. If no levels need to be adjust, skip these steps.1. Select Audio from the top menu.2. Adjust the Audio options as needed.These options can also be adjusted through RS-232 or IP commands using the API found at https:///pdf/AT-OME-SR21_API.pdf .ControlBy Default, CEC will be set as the control type.1. Select Display from the top menu.2. Enable Display Auto Power. Display Auto Power is disabled by default.3. Set the Auto power off parameters. Defaults are set to turn the display off after 15 seconds of signal loss and towait 10 seconds before any more commands are sent to the display. The display will auto turn on as soon as a signal is received and all timers have expired.4. Power on & off and Volume +, -, & Mute can be triggered/tested through the webGUI by pressing thecorresponding buttons.5. *Optional* CEC commands can also be triggered by an RS-232 or TCP/IP command being sent to the unit. Viewthe AT-OME-SR21 API found at https:///pdf/AT-OME-SR21_API.pdf .The SR21 will have RS-232 zone control parameters automatically set to 9600 on RS-232 1, 115200 on RS-232 2, and 115200 on HDBaseT Input. If using RS-232 control, ensure these parameters match the controlled device.1. Select RS-232 from the top menu.2. Select the Baud rate , Data bit , Parity , and Stop bit from the drop down menus to match the device.3. Press the Savebutton.The SR21 has the ability to control the display with CEC, RS-232, and TCP/IP and a secondary device by relay. Each can be triggered through the webGUI buttons or RS-232 and IP commands.CECRS-232RS-232 1(Display) - This will adjust the settings for port 1 on the SR21 and should be set to match the display’s parameters.RS-232 2(Console) - This will adjust the settings for port 2 on the SR21 and should be set to match the local PC or control system that will be sending command to the SR21.HDBaseT input - This will adjust the settings for the commands sent to the source or from a control system through the OME-EX-TX’s RS-232 port and should be set to match the controlled input device or control system.NOTE: RS-232 can be used for three different control scenarios: display control using the SR21, display control using a control system, and source control. Connection and commands can be found in the within step 7a of the Connection section.4. Select Display from the top menu.5. Set the Auto power off parameters. Defaults is set to turn the display off after 15 seconds of signal loss and towait 10 seconds before any more commands are sent to the display. The display will auto turn on as soon as a signal is received and all timers have expired.6. Select RS-232 from the Control Type drop down menu. New options will appear below the System Settings.7. The unit has commands built in for a large variety of displays. Select the manufacturer, product type, and modelfrom the drop down menus for the display. If the current display is not found within the drop down menus, use generic and manually adjust the command fields.8. Press the Save button.NOTE:These control commands can also be triggeredby an RS-232 or TCP/IP command being sent to the unit.View the AT-OME-SR21 API found at https:///pdf/AT-OME-SR21_API.pdf.The commands in the webGUI can be used to control or test the selected commands by pressing the Send button.4. Set the IP information and mode to match the display’s current settings. IP Mode will be default Non-Login, butcan be set to login mode which will require the Username and Password to be entered in the correspondingfields to match the display’s parameters. IP address and Port will be needed to send IP commands to the display.5. Press the Save button.7. The unit has commands built in for a large variety of displays. Select the manufacturer , product type , and modelfrom the drop down menus for the display. If the current display is not found within the drop down menus, use generic and manually adjust the command fields.8. Press the Savebutton.NOTE: These control commands can also be triggered by an RS-232 or TCP/IP command being sent to the unit. View the AT-OME-SR21 API found at https:///pdf/AT-OME-SR21_API.pdf .The SR21 has the ability to control the display by TCP/IP commands. These commands can be triggered/tested from the webGUI.1. Select Display from the top menu.2. Set the Auto power off parameters. Defaults is set to turn the display off after 15 seconds of signal loss and towait 10 seconds before any more commands are sent to the display. The display will auto turn on as soon as a signal is received and all timers have expired.3. Select IP from the Control Type drop down menu. New options will appear below the System Settings.TCP/IPWhen using a dual signal relay with an electric projection screen, it allows for two different circuits to be controlled: up and down (pictured to the right).While the relay is set to follow the display, the relay will close C1 and open C2 when the unit turns on. The relay will also open C1 and close C2 when the display is turned off and signal is no longer being received.C1C1C2C2COMCOMDown Closed Open OpenClosedUp ManualWhen the relay is set to manual control, it can be controlled through the webGUI or by sending RS-232/IP commands from a control system.a. WebGUI adjustments can be done directly from the System page.b. Control systems can use the RelayActX Y command to adjusts the port status. X = relay port (1 or 2) and Y =port status (open, close, sta).Relay - When the relay is set to manual, select the sliders to open and close the com ports.Type - Switch between pulse and closed relay type.Pulse Time - Sets the time between each pulse in seconds. Range is 1 to 30. Default is 1.Power on Relay 1: Latch will close for designated pulse time then open. Relay 2: Relay will remain open. Power Off Relay 1: Relay will remain open.Relay 2: Latch will close for designated pulse time then open.NOTE: When the unit is set to pulse, the relay will latch for the designated pulse time before opening again. The relay that opens and closes will be determined by the power state. RelayThe SR21 has the ability to control a secondary device using a relay. By default the relay will change states based on the display’s power status. To change this setting, go to the System page.1. Select System from the top menu.2. Select between Follow Display Power Status (default) and Manual.T oll free US International • 877.536.3976 • 41.43.508.4321© 2019 Atlona Inc. All rights reserved. “Atlona” and the Atlona logo are registered trademarks of Atlona Inc. All other brand names and trademarks or registered trademarks are the property of their respective owners. Pricing, specifications and availability subject to change without notice. Actual products, product images, and online product images may vary from images shown here.。
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