深圳锐科光电DALI DT8模块说明文档 V1.0
锐科 2000W 连续激光器 用户手册说明书
高性能2000W连续激光器说明书武汉锐科光纤激光技术股份有限公司Wuhan Raycus Fiber Laser Technologies Co., Ltd.目录1 安全信息 (1)1.1 安全标识 (1)1.2 激光安全等级 (1)1.3 安全标识 (2)1.4 光学安全 (3)1.5 电学安全 (3)1.6 其他安全注意事项 (3)2 产品介绍 (4)2.1 产品特性 (4)2.2 型号说明 (4)2.3 装箱清单 (5)2.4 开箱及检查 (5)2.5 运行环境 (5)2.6 注意事项 (7)2.7 产品性能 (7)3 安装 (10)3.1 整机尺寸图 (10)3.1.1 高性能2000W连续激光器整机尺寸 (10)3.2 输出光缆的尺寸与安装 (11)3.2.1 高性能2000W连续激光器输出光缆 (11)3.3 冷却系统安装与要求 (12)3.4 安装注意事项 (13)4 产品使用 (15)4.1 前面板 (15)4.2 后面板 (15)4.3 电源连接 (16)4.4 接口定义 (16)4.4.1 控制接口 (16)4.4.2 RS-232串口 (18)4.4.3 以太网TCP/IP接口及连接步骤 (19)4.7 激光器的上位机功能 (22)4.7.1 控制界面 (23)4.7.2 日志界面 (24)4.7.3 关于 (24)4.7.4 语言选择 (25)4.7.5 授权 (25)4.7.6 模式选择 (26)4.7.7 主控模块 (26)4.7.8 电源监控 (27)4.8 控制模式选择 (28)4.8.1 控制模式接线图 (28)4.8.2 单机模式（内控模式）（顺序接上4.6） (29)4.8.3 外控模式（顺序接上4.6） (29)4.8.4 AD模式 (30)4.8.5 控制时序图 (31)4.8.6 红光控制 (32)4.9 关闭操作顺序 (33)4.10 蓝牙APP操作说明 (33)4.10.1 登录 (33)4.10.2 连接 (33)4.10.3 设备 (35)4.10.4 我的页面 (38)4.10.5 软件介绍 (40)4.10.6 工作流程 (40)5 常见警及处理措施 (41)5.1 告警显示 (41)5.2 告警处理 (41)6 质保及返修、退货流程 (44)6.1 一般保修 (44)6.2 保修的限定性 (44)6.3 技术支持及产品维修 (44)1安全信息感谢您选择锐科光纤激光器，本用户手册为您提供了重要的安全、操作、维护及其它方面的信息。
AC DC 转换器 LED 驱动器说明书
AC/DC ConverterRACD04DescriptionThese constant current LED drivers have been designed for cost-sensitive applications. The SELV outputs are suitable for built-in power-supply LED luminaires. Their low profile design allows them to be invisibly built into furniture, discreetly mounted under shelves or integrated in space-restricted applications such as coving lighting, strip lighting or troffer lighting systems. The power supplies areshort circuit and overload protected and come with a full 3-year warranty.FeaturesLED Driver• 4W AC-DC class II LED power supply• 350mA to 700mA constant current outputs • Fully protected (OLP , SCP , OCP , OTP)• Low standby power, ErP conform• IP65 (suitable for dry and damp locations)• Low cost• CE, CB, ENEC, CSA and UL8750 certified• Wired connections for independent or built-in useModel NumberingOutput Currentnom. Output PowerRACD04- ___Selection GuidePart I nput I nput Output Output Efficiency Output Number Voltage Range Current Voltage Range Current typ. Power max.[VAC] [mA] [VDC] [mA] [%] [W]RACD04-350 90-264 100 3-12 350 77 4.2RACD04-500 90-264 100 3-8 500 75 4RACD04-70090-2641003-6700724.2All LED Drivers may not be used without a load. They must be switched on the primary side only.Noncompliance may damage the LED or reduce its lifetime.BASIC CHARACTERISTICSParameterCondition Min.Typ.Max.Input Voltage Range 90VAC230VAC264VAC Inrush Current 10AStart-up Time 500msInput Frequency Range 47Hz63Hz No Load Power Consumption 0.5W Power Factorfull load, 230VAC0.40Internal Operating Frequencyfull load64kHzOutput Ripple Current (1)350mA 500mA; 700mA80mAp-p 90mAp-pSpecifications (measured @ ta= 25°C, 240VAC and rated load)Notes:Note1: Measured at 20MHz BW using 0.1µF & 47µF parallel capacitor.UL8750 CertifiedCSA C22.2 No. 250.13 Certified IEC/EN61347-1 Certified IEC/EN61347-2-13 Certified IEC62384 Certified EN55015 Compliant ENECCB Report4 Watt ConstantCurrent Single OutputSpecifications (measured @ Ta= 25°C, 240VAC and rated Iout)REGULATIONSParameterConditionValueOutput Current Accuracy ±5% max.Line Regulation 5% max.Load Regulation5% max.PROTECTIONParameterConditionValueInput Overcurrent Protection internal0.22W fusible resistorOpen Circuit Protection (OCP)auto recovery after fault condition is removed Over Load Protection (OLP)auto recovery after fault condition is removed Over Voltage Protection (OVP)auto recovery after fault condition is removed Over Temperature Protection (OTP)110°C Tcase auto recovery after fault condition is removedIsolation Voltage (2)I/P to O/P3.75kVAC / 1 minuteIsolation Resistance100M WMaximum loading of automatic circuit breakersCircuit BreakerCircuit Breaker CurrentTyp 10A 16A 20A 25A C54118148184Circuit BreakerCircuit Breaker CurrentTyp 10A 16A 20A 25A B 17283544C27597492@ 115VAC, 1Ohm, 90° phase angle and max. load@ 230VAC, 1Ohm, 90° phase angle and max. loadNotes:Note2: For repeat Hi-Pot testing, reduce the time and/or the test voltageENVIRONMENTALParameterCondition ValueOperating Temperature Range -20°C to +50°CMaximum Case Temperature +79°C Operating Altitude 2000mOperating Humidity 5% to 85% RH, non-condensingIP Rating IP65Pollution Degree PD2Design Lifetime30 x 10³ hoursDerating Graph-20-101020304050601008060409070503020100O u t p u t L o a d [%]Ambient Temperature [°C]Specifications (measured @ Ta= 25°C, 240VAC and rated Iout)SAFETY AND CERTIFICATIONSCertificate Type Report Number StandardETL Standard for LED Equipment for use in Lighting Products160428123GZU-001UL8750, 2nd Edition, 2015LED Equipment for Lighting Applications CSA C22.2 No. 250.13, 2014-07-01Lamp Controlgear: General Requirements for Safety (LVD)366910EN61347-1:2015Lamp Controlgear: Particular Requirements for d.c. or a.c. (LVD)EN61347-2-13:2014 +A1 2017 Lamp Controlgear: General Requirements for Safety (CB Scheme)IEC61347-1:2015, 3rd Edition + A1:2017 Lamp Controlgear: Particular Requirements for d.c. or a.c. (CB Scheme)IEC61347-2-13:2014 2nd Edition +A1:2016 Lamp Controlgear: General Requirements for Safety AS/NZS61347.1:2016 Lamp Controlgear: Particular Requirements for d.c. or a.c. AS/NZS61347.2.13:2013Lamp Controlgear General Requirements for Safety (ENEC)366910-1EN61347-1:2015Lamp Controlgear Particular Requirements for d.c. or a.c. (ENEC)EN61347-2-13:2014 + A1:2017D.C. or A.C. Controlgears for LED Performance Requirements (ENEC)EN62384:2006 + A1:2009D.C. or A.C. Controlgears for LED Performance Requirements IEC62384:2006, 1st Edition +A1:2009 EAC RU-AT.49.09571TP TC 004/2011 RoHS2LCS1606201548R RoHS-2011/65/EU + AM-2015/863EMI Compliance Standard / CriterionEquipment for general Lighting Purpose EMC Immunity Requirements366910EN61547: 2009Limits and methods of measurement of radio disturbance characteristics of electrical lightingand similar equipmentEN55015:2013 + A1:2015 Assessment of lighting equipment related to human exposure to electromagnetic fields EN62493: 2015ESD Electrostatic discharge immunity testAir: ±8, 4, 2kVContact: ±4, 2kVEN61000-4-2: 2009, Criteria ARadiated, radio-frequency, electromagnetic field immunity test3V/m EN61000-4-3: 2006 + A2:2010, Criteria AFast Transient and Burst ImmunityAC Port: ±1kVDC Port: ±0.5kVEN61000-4-4: 2012, Criteria ASurge Immunity AC Port: ±0.5kV EN61000-4-5: 2014, Criteria A Immunity to conducted disturbances, induced by radio-frequency fields3V EN61000-4-6: 2014, Criteria AVoltage Dips and Interruptions >95% reduction, 10ms30% reduction, 200msEN61000-4-11, 2004, Criteria BEN61000-4-11, 2004, Criteria BVoltage Fluctuations and Flicker in Public Low-Voltage Systems <=16A per phase EN61000-3-3: 2013 Clause 5DIMENSION and PHYSICAL CHARACTERISTICSParameter Type ValueMaterialCasePottingPlastic (UL94 V-2)Silicone (UL94 V-0)Package Dimension (LxWxH) 38.0 x 27.0 x 21.0mm Package Weight40gcontinued on next pageSpecifications (measured @ Ta= 25°C, 240VAC and rated Iout)The product information and specifications may be subject to changes even without prior written notice.The product has been designed for various applications; its suitability lies in the responsibility of each customer. The products are not authorized for use in safety-critical applications without RECOM’s explicit written consent. A safety-critical application is an application where a failure may reasonably be expected to endanger or cause loss of life, inflict bodily harm or damage property. The applicant shall indemnify and hold harmless RECOM, its affiliated companies and its representatives against any damage claims in connection with the unauthorizeduse of RECOM products in such safety-critical applications.PACKAGING INFORMATIONParameterTypeValuePackaging Dimension (LxWxH) Cardboard Box290.0 x 86.0 x 76.0mmPackaging Quantity 10pcsStorage Temperature Range -20°C to +70°C Storage Humidity5% - 85% RH。
光毓机电 RMD-X8 V1.0 用户操作手册说明书
V1.0 RMD-X User Manual For Motion ActuatorC ATALOGUE1 PRODUCT INTRODUCTION (3)1.1N AMING R ULES (3)1.2F EATURES (3)1.2.1Control Mode (3)1.2.2Communication Control Mode (3)1.2.3Encoder Feedback (4)1.2.4Technical Highlights (4)1.2.5 IP Level (4)2 INSTALLATION AND PRECAUTIONS (4)2.1I NSTALLATION D IMENSIONS (4)2.2E NVIRONMENTAL C ONDITIONS (6)3 ELECTRICAL PARAMETERS (8)3.1D ETAILED P ARAMETERS (8)V1.0 3.3H ARDWARE C ONNECTION (9)3.3.1 Interface Specification (9)3.3.2 Interface Debugging (10)3.3.3 Can Interface 1 (10)3.3.4 Can Interface 2 (10)3.3.5 Power Interface (11)3.4M ULTILEVEL C ONNECTION L INE (11)3.5D IAL C ODE S WITCH S ETTINGS (11)3.5.1 Can Bus Device Address Settings（Dial Code Switch 1-3 Bits） (11)3.5.2 Bus Terminal Resistance Setting（4th Dial Code Switch） (12)4 RMD-L CONFIGINSTALLATION AND PARAMETER SETTING (13)4.1RMD-L CONFIG B RIEF I NTRODUCTION (13)4.1.1 RMD-L config Installation (13)4.1.2 Connection Tools and Driver Installation (13)4.2H ARDWARE C ONNECTION (14)4.3P ARAMETER S ETTING (15)4.3.1 Software Connection (15)4.3.2 Basis Setting (15)4.3.3 Encoder Setting (17)4.4P RODUCT I NFORMATION (18)4.5TEST F UNCTION (19)5. COMMUNICATION PROTOCOL (21)5.1C OMMUNICATION P ROTOCOL (21)5.2RS485C OMMUNICATION P ROTOCOL (21)V1.0 1 Product IntroductionRMD-X8 motion actuator is a highly integrated power output modul e. Integrated with three major functional components of high performance FOC driver, high power d ensity brushl ess motor and high precision lightweight reducer. Break through the traditional distributed d esign, make the structure of the terminal product d esign more concise, product internal wiring more convenient, the performance of the whol e machine more stabl e.1.1 Naming Rules1.2 FeaturesProgrammable, integrated servo motor.Operating dc voltage 12-48v.1.2.1 Control ModeTorque ModeSpeed ModePosition Mode1.2.2 Communication Control ModeRS485 Communication Mode ControlCAN Communication Mode ControlV1.01.2.3 Encoder Feedback14-bit Magnetic encoder（Absolute Value）18-bit Magnetic encoder（Absolute Value）1.2.4 Technical HighlightsA. Servo control,B. High positioning accuracy,C. High speed and high response,D. Energy saving and high efficient,E. Multi-control mode,F. Smooth and low noise,G. Compact structure.1.2.5 IP LevelIP542 Installation and Precautions2.1 Installation DimensionsV1.0 AttentionThe motor input/output interface needs to keep the connection space, > 20mm is recommended.The length of mounting screws shall meet the requirements of the drawings. If too long it will damage the internal structure. If too short may become loose.Due to integrated reducer internal, the lubricating grease of the specified model 5-6ml needs to be refilled every 1000H.Axial load cannot be greater than 300N, radial load cannot be greater than 1000N.Warning:Please carefully read and follow the requirements in this manual, which will help you set up and operate the drive correctly and achieve optimal drive performance.Please install the equipment in a dry position, and should be non-flammable surroundingsPlease put in the place without grinding fluid, oil mist, iron powder, chip, etc.Please put in well ventilated, dry and dust-free place.Please put in non-vibration place.Do not use gasoline, diluents, alcohol, acid and alkaline detergents to avoid discoloration or breakage.Requirements for the use of motion actuators:Please ensure that this document is used by design engineers, installers, and those man responsible for debugging the product.Be sure to comply with the requirements of this document, as well as documentation for other components and modules.Please consider the legal requirements applicable to the place of using, including —Regulations and standards—Test organization and insurance company regulations—National specificationV1.0 Transport and storage conditionsPlease ensure that products are not subject to more than permitted burdens during transportation and storage, including—Mechanical load—Unacceptable temperature—Moisture—Corrosive gasPlease use the original packing for storage and transportation. The original packing provides enough protection to avoid regular problems.Technical requirementsGeneral conditions for correct and safe use of products must be complied with:The technical requirements for the connection and environment conditions specified in the product technical data and for all other connected components. Only if the product meets the requirements of motor specification, it is allowed to operate the product in accordance with the relevant safety procedures.Please follow the instructions and warnings in this document.Operator requirementsThis product can only be operated by engineers who are familiar with the following rules:—Familiar with installation and operation of electrical control system.—Familiar with applicable provisions for operational safety engineering systems.—Familiar with applicable provisions for accident protection and occupational safety.—Familiar with product document on provisions.2.2 Environmental ConditionsEnvironment temperature -20℃～50 ℃（Not freeze）.Environmental humidity5～95%RH （Without condensation）.Storage temperature 10 ℃～70 ℃（Not freeze）.Storage humidity 5～95%RH（Without condensation）.Installation requirements no insolation, corrosive gas and fuel dust.Altitude below 1000m.The vibration is 10 ~ 60Hz below 5.9 m/s 2.V1.0 AttentionMotor fixing screws must be locked;Cables must not be overstretched;Motor shaft and equipment shaft must be installed in good alignment;Avoid any foreign bodies entering the servo drive. Conductive or combustible foreign bodies such as screws and metal chips entering the servo drive may cause fire and electric shock.V1.0 3 Electrical Parameters3.1 Detailed ParametersV1.0 3.2 Working Range3.3 Hardware Connection3.3.1 Interface SpecificationDebugging interface：Connector type 51146-1.25mm-2p (Brand：molex)Level range:0-3.3vCan interface：Connector type SM02-GHS-TB (Brand：JST)Level range:0-5vPower interface：Connector type XT30-U (Brand：艾迈斯)V1.03.3.2 Interface Debugging3.3.3 Can interface 13.3.4 Can interface 2Note:The CAN1 interface and CAN2 interface are connected in parallel and have the sameV1.03.3.5 Power interface*Pay attention to the power supply voltage range and power supply output.*Pay attention to the anode and cathode of the power supply.3.4 Multil evel connection line3.5 Dial code switch Settings3.5.1 Can bus device address Settings（Dial code switch1st-3rd ）V1.03.5.2 Bus terminal resistance setting（Dial code switch 4th）*Dial code switch 4th ON mean bus terminal resistance (120 Ω) get through;*In general, devices in the last stage of the can bus need terminal resistance（Dial code switch 4th turns On）V1.04 RMD-L config Installation And Parameter Setting4.1 RMD-L config Brief IntroductionRMD-L config is a PC debugging tool software developed by GYEMS, which can be used on computers above win7. The operation interface is as follows:4.1.1 RMD-L config InstallationRMD-L config installation is the same as the Windows universal application, justdouble-click the icon and choose the default installation path. RMD-L config Installation file download address：/support/download4.1.2 Connection Tools and Driver InstallationRMD-X8 is designed with a debugging interface (UART port), which usually requires a USB to UART tool (as shown in the figure below) to connect. The driver of this tool is installedV1.0 before use.Driver download address：/support/downloadAfter the download is complete, unzip it and double-click to start the installation until it is complete. Then insert the USB data cable, you can see whether the installation is successful in the Windows device manager. The corresponding COM port can be found in the figure below, indicating the installation is successful.4.2 Hardware ConnectionPower supply voltage adjust to 48v (the power supply with fixed 48v output is better). Turn off the power button before connecting the motor, as shown in the following figure:V1.0Note:Switch on the power supply after the connection. Do not plug the terminals with power.4.3 Parameter setting4.3.1 Software ConnectionThe motor driver and the software can be connected by USB to UART module.The default baud rate is 115200 when the motor is driven out of the factory, and the default ID is set by the dial-code switch, generally 1. Therefore, the Settings before the connection of the software are as follows (COM is selected according to the actual situation). Click the CONNECT button to CONNECT the device.4.3.2 Basis SettingIn the Setting page, click the Read button to get the motor information.V1.0Driver Baudrate：Set the baud rate of the driver.Shutdown Time：Set the shutdown time of the motor. If no control order is received during this time, the power will be shut down; When set to 0, the motor will never be turned off.Angle：Angle loop control parameters. Kp and Ki modify the PI parameters of the Angle loop, and Max Angle is used to limit the maximum rotation angle of the motor. For example, when set to 3600, the maximum rotation angle of the motor is ±3600°, namely positive and negative 10 turns.Speed: Speed loop control parameter. Kp and Ki modify the PI parameters of the Speed loop. Max Speed is used to limit the maximum rotation speed of the motor. For example, when set to 720, the maximum angular speed of the motor is ±720°/s, that is 2 cycles per second.Current: torque loop control parameters. Kp and Ki modify the PI parameters of theV1.0 Note:1.Acceleration option does not take effect in the current version of the drive, and theactual Acceleration of the motor depends on the PI parameters,motor load and drive voltage, etc.2.After the parameters are modified, click the Write button to save the parameters tothe driver.3. After setting, the new parameters need to be recharged to take effect.4.3.3 Encoder SettingIn the Encoder page, click the Read button to get the motor and encoder information.Motor Poles：Set the number of magnetic poles of the motor, generally it will be set before out of the factory.Encoder Type：this parameter is read-only.Motor/Encoder Ratio：The ratio of motor and encoder calibration, which is a read-only parameter, is generally around 1000. The closer it is to 1000, the better the calibration effect will be.Motor/Encoder Offset：The 0 offset of motor and encoder calibration, which is a read-only parameter, generally has no effect on motor drive performance.V1.0 Motor/Encoder Direction：The direction of motor and encoder calibration, which is a read-only parameter, generally has no effect on motor drive performance.Motor/Encoder Align Power：Motor and encoder calibration power, generally use the default parameters.When the load is large, it can be increased appropriately to improve the calibration effect.Align button：Start motor and encoder calibration. Before this step, it is necessary to ensure that the number of magnetic poles of the motor is set correctly and that the appropriate calibrated power is selected. After clicking the Align button, the motor will rotate back and forth to perform the calibration, and the parameters will be automatically saved to the driver after the calibration completed.Motor Zero Position：Motor starting position. After clicking the Set button, the driver will save the current position as the motor starting position.Note:1.The calibration of the motor and encoder should be carried out at the condition of no load of the motor. If the motor does not rotate smoothly during the process of calibration, please check whether there is any fault of the motor or excessive mechanical friction.2. After the parameters modified, click the Write button to save the parameters to the driver.4.4 Product InformationIn the Product page, click the Read button to get the driver model, motor type, hardware and software versions of the driver.V1.04.5 TEST functionV1.0Test function used for simple debugging of single machine.Torque control Adjust the torque, the symbol represents the rotation direction. Speed control At this mode，run at the specified speed, the symbol represents the rotation direction.Angle control1 At this mode，rotate to the specified angle at the default speed, and the symbol represents the direction of rotation.Angle control2 At this mode，to rotate to a specified angle at a specified speed, the symbol represents the direction of rotation.光毓机电RMD-X8V1.0 5. Communication Protocol5.1 Communication ProtocolPlease reference protocol document.5.2 RS485 Communication ProtocolPlease reference protocol document.DisclaimerThank you for using the RMD series motor drive system.Before use, please read this statement carefully. Once used, it will be regarded as acceptance of all contents of this statement.Please use the motor which strictly abide by the manual, product description and relevant laws, regulations, policies, installation guidelines.In the process of using the product, the user promises to be responsible for his behavior. Due to improper use, installation, modification caused by any loss, Guangyu Electromechanical Syetem Co.,(GYEMS) will not bear legal responsibility. GYEMS is the trademark of Guangyu electromechanical (Shanghai) Co., LTD and its related companies. All copyright of products and handbooks are reserved by GYEMS. Reproduction in any form shall not be allowed without permission. Regarding the disclaimer the final interpretation right, all belongs to GYEMS.。
点块AC8输入 8继电器输出模块说明书
Installation Instructions POINTBlock ac 8 Input/8 Relay Output Module(Cat. No. 1734D-IA8XOW8, -IA8XOW8S) ArrayThis 1734D input/output module is a DIN-rail mounted device with an integrated DeviceNet communication interface, 8 ac inputs and 8 relay outputs, removable terminations, and a PointBus expansion port. The expansion port allows you to add up to a maximum of 12 additional POINT I/O modules.The module includes a non-isolated DeviceNet communication interface. The 24V dc from the DeviceNet connection powers a non-isolated dc/dc converter that generates +5V dc which powers the POINTBlock electronics and connects to the PointBus port to power the expansion I/O electronics.The 1734-IA8XOW8 uses cage-clamp terminations, and the1734-IA8XOW8S uses spring-clamp terminations.2 POINTBlock ac 8 Input/8 Relay Output ModuleWhatever field power you supply is connected to the internal field-power bus. For example, if 120V ac is applied to the power connections, there will be 120V ac applied to the modules through the internal field-power bus.POINT I/O modules to the right of the module will also have that internal power bus voltage applied, unless you use a 1734-FPD to interrupt and change the field power-bus voltage.ConnectorPointBus Expansion Port (allows expansion of up to 12 POINT I/O modules)I/O ConnectionsPower Connections 41971120V acPOINTBlock ac 8 Input/8 Relay Output Module 3To set the node address, set the combination of 1’s and 10’s tocorrespond to the required address. (For example, for 61, set the 10’s switch to 6 and the 1’s switch to 1.)POINTBlock is designed to be grounded through the DIN rail to chassis ground. To assure proper grounding of POINTBlock and POINT I/O adapters and terminal bases to chassis ground, the recommended DIN rail material is zinc-plated, yellow-chromated steel. Mount POINTBlock, POINT I/O adapters and terminal bases only to zinc-plated, yellow-chromated steel.4200410’s Node Address Rotary Switch4 POINTBlock ac 8 Input/8 Relay Output ModuleWiring120V acRTB 0RTB 1RTB 2RTB 3RTB 4This supply will be connected to the internal power bus. NC = No connectionL2/N = AC Return/Neutral L1 = AC Power41976POINTBlock ac 8 Input/8 Relay Output Module 5Input WiringNote: When connecting more than 1 wire in a termination point, make sure that both wires are the same gauge and type.ChannelInput TerminalReturnVoltageRemote Termination Block 10046115722463357Remote Termination Block 24046515762467357120V ac is supplied through the internal power bus.41967acL1 = 120V ac L2 = Return6 POINTBlock ac 8 Input/8 Relay Output ModuleOutput WiringChannel Output Common SupplyRemote Termination Block 30A 00B 21A 11B 32A 42B 63A 53B 7Remote Termination Block 44A 04B 25A 15B 36A 46B 67A 57B7Supply voltage is 120V ac.12/24V dc power for the module is provided by the internal power bus.L1 = 120V ac L2 = ReturnPOINTBlock ac 8 Input/8 Relay Output Module 7N ote: When connecting more than 1 wire in a termination point,make sure that both wires are the same gauge and type.DeviceNet Connector WiringDeviceNet connection-V42132+V CAN - High Shield CAN - Low8 POINTBlock ac 8 Input/8 Relay Output ModuleThe following information applies when operating this equipment in hazardous locations:Informations sur l’utilisation de cet équipement en environnements dangereux :Products marked “CL I, DIV 2, GP A, B, C, D” are suitable for use in Class I Division 2 Groups A, B, C, D, Hazardous Locations and nonhazardous locations only. Each product is supplied with markings on the rating nameplate indicating the hazardous location temperature code. When combining products within a system, the most adverse temperature code (lowest “T” number) may be used to help determine the overall temperature code of the system. Combinations of equipment in your system are subject to investigation by the local Authority Having Jurisdiction at the time of installation.Les produits marqués "CL I, DIV 2, GP A, B, C, D" ne conviennent qu’à une utilisation en environnements de Classe I Division 2 Groupes A, B, C, D dangereux et non dangereux. Chaque produit est livré avec des marquages sur sa plaque d’identification qui indiquent le code de température pour les environnements dangereux. Lorsque plusieurs produits sont combinés dans un système, le code de température le plus défavorable (code detempérature le plus faible) peut être utilisé pourdéterminer le code de température global dusystème. Les combinaisons d’équipements dans le système sont sujettes à inspection par les autorités locales qualifiées au moment de l’installation.EXPLOSION HAZARD •Do not disconnectequipment unlesspower has beenremoved or the areais known to benonhazardous. •Do not disconnectconnections to thisequipment unlesspower has beenremoved or the areais known to benonhazardous.Secure any externalconnections thatmate to thisequipment by usingscrews, slidinglatches, threadedconnectors, or othermeans providedwith this product.•Substitution ofcomponents mayimpair suitability forClass I, Division 2.•If this productcontains batteries,they must only bechanged in an areaknown to benonhazardous.RISQUE D’EXPLOSION •Couper le courant ou s’assurer quel’environnement estclassé non dangereuxavant de débrancherl'équipement.•Couper le courant ou s'assurer quel’environnement estclassé non dangereuxavant de débrancherles connecteurs. Fixertous les connecteursexternes reliés à cetéquipement à l'aidede vis, loquetscoulissants,connecteurs filetés ouautres moyens fournisavec ce produit.•La substitution decomposants peutrendre cetéquipement inadaptéà une utilisation enenvironnement deClasse I, Division 2.•S’assurer quel’environnement estclassé non dangereuxavant de changer lespiles.POINTBlock ac 8 Input/8 Relay Output Module 9Specifications - 1734D-IA8XOW8, -IA8XOW8SInput SpecificationsON-State Voltage65V ac minON-State Current 5.0mA minOFF-State Voltage43V ac maxOFF-State Current 2.5mA maxNominal Input Impedance17.0kΩInput Delay Time OFF to ONON to OFF 20ms hardware + (0-65ms selectable) 20ms hardware + (0-65ms selectable)External AC Power SupplyVoltage120V ac, 60Hz nominalExternal AC Power SupplyVoltage Range85-132V ac, 47-63HzOutput SpecificationsRelay Type Form A, normally open (N.O.)Single Pole, Single Throw (SPST)Output Voltage Range (load dependent)********************* ******************* ********************* ******************** ********************Output Current Rating (at rated power)Resistive2A @ 5-30V dc0.5A @ 48V dc0.25A @ 125V dc2A @ 125V ac2A @ 240V acInductive2.0A steady state @ 5-30V dc, L/R - 7ms 0.5A steady state @ 48V dc, L/R = 7ms 0.25A steady state @ 125V dc, L/R = 7ms 2.0A steady state, 15A make @ 125V ac, PF = cos θ = 0.42.0A steady state, 15A make @ 240V ac, PF = cos θ = 0.410 POINTBlock ac 8 Input/8 Relay Output ModulePower Rating250W max for 125V ac resistive loads480W max for 240V ac resistive loads60W max for 28.8V dc resistive loads24W max for 48V dc resistive loads31W max for 125V dc resistive loads250VA max for 125V ac inductive loads480VA max for 240V ac inductive loads60VA max for 28.8V dc inductive loads24VA max for 48V dc inductive loads31VA max for 125V dc inductive loads Minimum Load10mA per pointInitial Contact Res.30mΩSwitching Frequency 1 operation/3s at rated loadBounce Time 1.2ms averageExpected Contact Life300K cycles resistive; 100K cycles inductive Maximum OFF-State Leakage 1.5mA maxOutput Delay Time10ms max ON/OFFPointbus Output Current1A max @ 5V ac outputDeviceNet Current95mA maximum for POINTBlock350mA for maximum with expansion of12 POINT I/O modulesNumber of POINT I/OExpansion Modules12 maximum added at expansion portIsolation Voltage1250Vrms or 2121V dc for 1s between user powerand DeviceNetIndicators 1 red/ green module status indicator1 red/green network status indicator16 I/O status indicators (8 input/8 output) Power Dissipation 2.0W maximum @ 24V dcPower Consumption8.2W maximum @ 24V dcField Power Bus Supply Voltage Voltage Range Supply Current 24V dc nominal 10-28.8V dc 10A maxDimensions Inches(Millimeters)3.00H x 2.36W x 5.25L (76.2 Hx 60.0W x 133.4L)POINTBlock ac 8 Input/8 Relay Output Module 11Publication 1734-5.23 - February 2000Environmental Conditions Operational Temperature Storage Temperature Relative Humidity Shock Operating Non-operating Vibration-20 to +55o C (-4 to +131o F) -40 to 85o C (-40 to 185o F) 5 to 95% noncondensing 30g peak acceleration, 11(±1)ms pulse width 50g peak acceleration, 11(±1)ms pulse width Tested 5g @ 10-500Hz per IEC 68-2-6Conductors Wire Size Category 14 AWG (2.5mm 2) - 22 AWG (0.25mm 2) solid or stranded max 3/64 inch (1.2mm) insulation max 21Terminal Base Screw Torque 5-7 pound-inches (0.5-0.6 Nm)Field Wiring Terminations DeviceNet 1 - Black Wire -V 2 - Blue Wire CAN Low 3 - Bare Wire Drain 4 - White Wire CAN High 5 - Red Wire +VField Power Supply 0 - No Connection1 - No Connection 2 - No Connection3 - No Connection 4 - AC return 5 - AC return 6 - AC power 7 - AC powerMass 13.87 oz/393.41 gramsAgency Certification (when product is marked)•C-UL Listed •C-UL Class I, Division 2 Groups A, B, C and D certified•UL listed•CE marked for all applicable directives•C-Tick marked for all applicable acts1Use this conductor category information for planning conductor routing. Refer to publication 1770-4.1, “Industrial Automation Wiring and Grounding Guidelines for Noise Immunity.”Publication 1734-5.23 - February 2000PN 957236-90© 2000 Rockwell International Corporation. Printed in USA。
RFL-A200D 光纤输出半导体激光器使用说明书
RFL-A200D光纤输出半导体激光器使用说明书（小型化）1安全信息感谢您选择武汉锐科RFL-A200D光纤输出半导体激光器系统，本用户手册为您提供了重要的安全、操作、维护及其它方面的信息。
故在使用该产品之前，请先仔细阅读本用户手册。
为了确保操作安全和产品运行在最佳状态，请遵守以下注意和警告事项以及该手册中的其他信息。
1.1安全标识◆可能造成严重的人身伤害甚至危及生命安全。
◆可能造成一般的人身伤害或者产品、设备的损坏。
1.2激光安全等级根据国标GB7247.1，条款9，该型号激光器属于4类激光仪器。
该产品发出波长在915nm或915nm附近的激光辐射，且由输出头辐射出的光功率为200W。
直接或间接的暴露于这样的光强度之下会对眼睛或皮肤造成伤害。
尽管该辐射不可见，光束仍会对视网膜或眼角膜造成不可恢复的伤害。
在激光器运行时必须全程佩戴合适且经过认证的激光防护眼镜。
◆在操作该产品时要确保全程配戴激光安全防护眼镜。
激光安全防护眼镜具有激光波长防护选择性，故请用户选择符合该产品激光输出波段的激光安全防护眼镜。
即使佩戴了激光安全防护眼镜，在激光器通电时（无论是否处于出光状态）也严禁直接观看输出头。
1.3安全标识这些安全标识包括：安全警示、激光输出头警示、产品认证、产品铭牌等，如表1所示。
表1安全标识1：激光辐射危险2：激光输出头警示标识（英文）3：激光输出头警示标识(中文)4：4类激光产品标识（英文）5：4类激光产品标识(中文)6：2M类激光产品标识-1mW红光（英文）7：2M类激光产品标识-1mW红光8：强电危险9:激光器铭牌(中文)1.4光学安全激光输出头镜片若有灰尘将会在出光时导致镜片烧毁。
◆请勿在激光输出头保护帽未打开的情况下输出激光，否则将造成激光器输出头镜片或晶体烧毁。
1.5电学安全请通过电源线中的PE线将产品接地，且保证接地牢固可靠。
◆产品接地断开会造成产品外壳带电，将可能导致操作人员人身伤害。
激光机控制系统说明书最新模板
激光机控制系统说明书最新《激光机的触摸屏控制系统》一、主界面开启激光控制系统，稍等系统启动完成，LCD显示屏上出现系统主界面，如下图：图1 主界面界面此时会显示初始化，因此在打开系统之前，请确认触摸屏与控制板和激光打标机是否正常连接，初始化完成后，点击【打印】图标，系统进入打印操作界面。
二、激光打标控制系统的操作2.1概览进入控制系统的打印界面，屏幕上显示系统的打印界面如下图：图2 系统的打印界面界面简单清爽，中间网格区域为所见即所得的标记内容显示视图，默认尺寸为100mm×100mm，右边为操作设置菜单栏，包含了各种打印的参数设置以及操作。
底部显示的是功能按钮，左上角为主页按钮，用户点击可直接退回到主界面，右上角为返回按钮，点击返回到上一页。
2.2、快速入门在这节中，我们将简单的介绍如何新增一个文档，把自己所需的打标内容编辑到新增的文档中，对文档的相关参数进行设置，最后在工件上进行刻印出来。
新添加文档来进行打标，我们提供有两种方式：一、在打印界面，点击【更改文档】，如下图：图3点击后进入文档的界面，如下图：图4点击界面左小角【新增】，出现新增文档编辑名称的对话框，修改名称后点击【确认】，出现文档编辑框如下图：图5二、在主界面，点击【文档】功能图标，进入文档管理界面，如下图：图6点击【新增】按钮，出现编辑名称的对话框，修改名称后点击【确认】，出现文档编辑框如图5.以上两种方法都能够建立打印文档。
在编辑界面顶部菜单栏点击【新增】，选择所需要添加的内容，比如文本与组合文本，如下图：图7添加文本后如下图：图8文本标记被一个黑框所包围，说明这个文本标记是处于被选择的状态，同时右边栏里的标记列表，也用颜色标记选中的标记，当标记处于选择状态时，能够点击右边操作页的【文本】，修改文本的内容，也可双击文本标记修改文本内容。
如下图：图9标记内容可任意修改，例如将内容改成“ABCDEF”，点击确认按钮，此时能够看到视图中的标记内容已经改变，如下图：图10当文本标记处于被选择状态时，还能够在界面右下方操作区域更改标记的属性，例如字体的选择与字体的类型，如下图：图11选择对应的字体类型后，在【字体选择】选择相对应的字体，如下图：图12这个标记我们暂时就只修改内容。
DALI LED 调光解码模块说明书
DALI LED调光解码模块中文说明书罗茂峰/一． 研发时间及背景在2008年研发成功DALI LED驱动及DALI荧光灯镇流器，以及电脑控制程序时，在与生产伙伴厂家合作过程中，为尽量减少厂家生产设计难度，将DALI/ DSI 通信及控制相关电路标准化及模块化，制成了中国国内最早的用于生产DALI/DSI调光型镇流器的DALI/DSI 荧光灯镇流器模块，以及用于生产DALI/DSI LED调光电源或灯具的DALI DSI LED 调光解码模块,经过数年在欧洲市场销售及问题反馈，其间经过了数次修改，成为目前国内技术水平和稳定性较高的方案。
二． DALI 产品相关成本售价分析1．自主研发成本，一般至少需要一个或几个技术人员团队，二至三年市场试销反馈及改进方可做出基本稳定的产品。
新开发DALI产品的厂家一般头一两年产品问题很多，投诉和退货也比较多。
研发改进费用大多至少需要几十万元2．模块成本：售价二三十元,其中元器件材料成本十元左右。
扣除人工，一万个模块生产毛利在十万元以下，仅相当于一个专业电源工程师的年工资水平。
3．DALI LED大货价格：DALI LED驱动一般在百元以上。
DALI LED灯具一般在数百元以上。
三． DALI市场分析及决策建议目前DALI产品大部份主要出口发达国家，国内市场规模小。
DALI协议经过二十年的发展，在专业灯控领域有一定知名度，但应用范围较普通照明市场来目前仍然很小，一般需要有专业的市场渠道方能有一定销量，这个市场渠道与客户对象与普通照明市场渠道和客户有很大的不同，因此大多数传统照明做得很好的厂家，即便是国内数一数二的厂家，DALI的销量仍然较小，大多在有需求的时候选择完全外购成品，少数厂家自行研发后因需求和技术因素搁置或放弃了。
目前自行研发生产真正很赚钱的并不多，大多数处在噱头状态,技术能做到稳定的并不多。
因此建议各厂家按不同需求选择不同的决策以保障自身利益。
1．之前未有实际销售过DALI的，如果对它感兴趣，强烈建议先从别的厂家买货试做销售，由于DALI照明产品渠道和销售环节价值是最大的，如果你有真正的市场渠道及合适客户群，是不愁赚不到钱的，反之即使是倒贴钱也很难卖出去。
激光测距模块说明书
相位激光测距模块技术参数：测量范围：0.045-D(D是最大量程)目前模块有D=40,D=70,D=80,D=100等规格分辨率:0.01毫米(0.00001米)测量精度（标准差）：±2.mm(10米内)大于10米计算公式±2+0.05*(D-10),D是距离距离单位：m激光类型：620-690nm激光等级：Ⅱ级，<1mW(二级安全)单次测量时间:0.25秒在距离m处光斑直径：6mm@10m，工作温度：-0~+40℃贮存温度：-20~+60℃重量：约60g尺寸（长×宽×厚）：4.8cmX3.7cmX1.8cm供电电压:DC3v-3.3vIO电压:TTL电平兼容3v-5v电压在室内基本无需反光板,近距离内使用黑色目标也可测距,例如黑色皮质钱包表面,室外如果量程内返回无反射则请使用反光板配合.**在恶劣环境下如:阳光过于强烈,环境温度波动太大,反射面效果比较弱,系统电压多高或者过低,测量距离会比较近,结果可能会出现较大误差,此种情况建议配合使用目标反射板****模块使用禁止超出标注的电气范围,使用不符合规定的供电电压可能会损坏模块,5vIO直接相连请设置为若驱动,如果为AVR或者STC单片机,请串联1K欧姆限流电阻**通信接口:模块采用TTL串口进行数据交换,通信速率高达115k(波特率115200)只打开激光,但不测量,可用于瞄准目标(激光打开后自动超时关闭)指令表:指令一览表指令内容应答备注启动单次测量$00022123&确认确认后跟测量数据开灯$0003260130&确认+命令重复开启连续测量$00022426&确认停止连续测量$0003260029&确认+命令重复指令确认$00023335&这是从机的确认指令最后7位是0001643没信号距离太远或激光头发射或接收头被遮挡最后7位是0001542距离太近终止连续测量$00022123&确认+命令重复可以使用单次测量指令在连续测量过成功,终止测量关闭激光$00022123&确认模块不设置休眠模式,如需关闭激光可以使用单次测量指令指令使用建议:1.激光开启,一般用于打开激光后帮助瞄准目标2.单次测量,进行一次测量,建议测距前瞄准目标3.连续测量,用于扫过一个平面或者立体面,如墙角,模块每次返回的数据均包含本次测量距离,最大值,最小值等,并在每个值前面有3位字符用来标记本条数据是否有效4.停止测量,模块未设置低功耗模式,激光打开后不自动关闭,如需要关闭激光,可以发送一次单次测距指令收发数据示例:开启激光:直接开启激光但不测距一般用于人工瞄准如将模块安装到某些设备上进行特定范围内的测距,则本指令可以省略主机发$0003260130&,模块回复确认+指令重复(中间没有+号)$00023335&$0003260130&确认指令重复单次测量模式:单次测量模式需要保证激光照射点在目标表面,如果测距之前不确定激光是否能指向目标表面请执行”开激光”指令主机发$00022123&模块回复$00023335&+测量数据,测量数据解析示例用户在读取单次测量模式的数据时,可以以$判断作为数据头,&作为数据尾(数据10字节应答+18字节测量数据)蓝色共10位(第0-9位):从机在单次测量模式下的应答绿色共7位(第20-27)第:表示距离,7位中的前两位表示整数部分,后5位表示小数部分其余字段保留以备扩展$00023335&$0006210000008916&00.08916米单次测距模式的调试截图-------------------------------------------------------------------------------------------1,模式1的错误码错误码错误原因错误响应时间$00023335&$0006210000001542&距离太近从指令发出到返回错误码大约5秒$00023335&$0006210000001643&未收到回波从指令发出到返回错误码大约5秒$00023335&$0006210000001744&反射过强从指令发出到返回错误码大约5秒$00023335&$0006210000001845&环境光过强从指令发出到返回错误码大约5秒连续测量模式连续测量模式下主机发送一个连续测距指令模块可以执行101(501次连续测量),模块每次返回的数据均包含本次测量距离,最大值,最小值等,并在每个值前面有3位字符用来标记本条数据是否有效,如果测距中出现错误(遮挡到激光发射口,透镜,或者距离太近)会输出错误码,并将测量计数置为9999,并终止本次连续测距,模块在连续测距模式下,每5次测量会关闭激光并重新打开一次,此模式一般用于慢速扫过一个平面或者立体面,如墙角,从而得到最大值和最小值,也可用于实时测距,一次触发百次测量减轻cpu负担,并提高测量速度连续测量模式的数据解析测量数据长度为38字节蓝色(第1-6位)共6位:保留以备未来扩展红色(第7-10位)共4位:测量次数计数,最后一次测量或者出错终止测量时,测量次数计数器等于9999,则本条数据可以忽略,或重发批量测距数据,以用于不间断连续测距黑色(第11-13位)共3位:本次测量测距是否有效,后面意义相同粉红(第14-18位)共5位:本次测量距离浅蓝(第22-26位)共5位:最大值绿色(第30-37)共7位第:表示距离,7位中的前两位表示整数部分,后5位表示小数部分主机发$00022426&模块先给一个10字节应答$00023335&然后返回测距数据,实际模块返回的数据如下图,注意第一次回传测量数据会在前面带一个响应,直接丢弃即可,参考截图中的第一行数据解析示例:$001624000100004855000048550000485550&第1次04.855米最大04.855米最小04.855米(第一次测量三个值一致) $001624001000000136000048550000013627&第10次00.136米最大04.855米最小04.855米$001624049800004830000048310000012121&第498次04.830米最大04.831米最小00.121米$001624999900004830000048310000012117&最后一次,本次数据可舍弃错误的代码示例$001624000100118297001182970011829711&第1次测量数据无效,错误代码18值模式2的错误码模式2连续测量中模块连续返回N次数据,用户可以用$作为数据头,&作为数据尾错误码原因错误响应时间说明$001624999900000015000 000000000000053&距离太从指令发出到返回错误码大约5秒如果连续测量中出现错误,测量会被停止,测量次数计数器(数据的第7到第10位)会自动设置为9999,启动新的一次测量会冲1开始计$001624999900000016000 000000000000054&未收到回波从指令发出到返回错误码大约5秒其余的情况测量数据小于00.045米都是测量错误,附录:外观尺寸和接口:端口电压功能备注VCC3-3.3V模块供电大于3.3v会烧坏GND模块电源地TXD3v-5v模块数据发送引脚可以直接5v单片机相连,推挽输出类型的io要加限流电阻,入不确定请用3.3v单片机相连RXD3v-5v模块接收数据引脚可以直接5v单片机相连,推挽输出类型的io要加限流电阻,入不确定请用3.3v单片机相连Fpc0.5mm8p翻盖式注意事项:用户禁止自行打开本模块或者焊接本模块上的任何器件,禁止将模块直视太阳将模块接触液体用酒精或者有机溶剂擦拭镜头用收或其他物体直接擦拭镜头采用额定电压以外的供电电压。
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DALI调色温模块规格书
V1.0
版本信息
一、产品概述
本公司的DALI色温模块符合IEC62386-102和IEC62386-207（LED模块）和IEC62386-209（色温）标准，同时支持DT6（LED模块）和DT8（颜色控制-色温）协议。
采用了原装进口ST单片机芯片，完美兼容TRIDONIC（锐高）、OSRAM（欧司朗）、PHILIPS（飞利浦）等国际知名品牌的DALI控制系统。
本DALI模块把国际标准DALI协议信号转换成PWM信号，应用于LED两路色温开关电源上，实现DALI系统控制方式。
两路PWM互补输出，任何色温输出的最大功率与单路最大输出功率一致，默认物理色温范围为2700K-6500K，物理色温范围可更改，调光范围为1%~100%。
二、模块图示
图1 DALI色温模块RK-DALIT8-V2 正面
图2 DALI色温模块RK-DALIT8-V2 反面
图3 DALI色温模块RK-DALIT8-V2 尺寸图板尺寸：37.5mm X 17.5mm X 1.2mm
三、引脚说明
四、模块性能
五、功能特点
DALI (数字可寻址灯光接口)是国际标准的、流行的灯光控制协议总线，它采用曼彻斯特编码的数字式传输，具有整体、分组调光、寻址调光和查询灯具状态等强大的功能。
该数字总线与模拟式的0-10V 调光总线相比，具有调光精确，可寻址、稳定，可集中控制，安装方便等特点。
1、DALI 功能
具备完整的DALI 接口功能，符合IEC62386-102、IEC62386-207 和IEC62386-209标准，可以兼容符合DALI 协议的设备，通过输入标准的DALI 信号，实现产品的开关、调光、调色温、场景、群组、编址等功能。
2、调光范围
本模块输出两路频率为1kHz 的PWM 调光信号，最大输出驱动电流5mA，可接受20mA的灌电流。
两路PWM互补输出，任何色温输出的最大功率与单路最大输出功率一致，默认物理色温范围为2700K-6500K，物理色温范围可更改，调光范围为1%~100%，可以适应各种PWM/模拟调光接口的驱动芯片，设计更灵活。
3、高压保护
在标准DALI 接口的基础上，增强了DALI 输入接口的可靠性和安全性，对于<260VAC 的输入电压，模块可安然无恙。
在大型工程项目的调光产品安装作业时，避免由于安装布线人员的疏忽，将高压市电电源错误的接入DALI 接口，造成整个DALI 控制线路的产品损坏。
六、模块应用
注：可提供LED开关电源方案及技术支持。
七、支持指令
1、所支持的IEC62386-102协议指令：
2、所支持的IEC62386-207协议指令：
3、所支持的IEC62386-209协议指令：。