PICM-1640 互联模块
《2024年支持多种总线的VI1T系列远程I-O模块》范文

《支持多种总线的VI1T系列远程I-O模块》篇一支持多种总线的VI1T系列远程I-O模块一、引言随着工业自动化和智能化的发展,远程I/O模块在工业控制系统中的作用越来越重要。
VI1T系列远程I/O模块作为一款高效、可靠的产品,其支持多种总线的能力使其在市场上备受关注。
本文将详细介绍VI1T系列远程I/O模块的特点、应用场景、技术优势以及如何选择和使用该产品,以期为读者提供全面的了解和参考。
二、VI1T系列远程I/O模块的特点1. 支持多种总线VI1T系列远程I/O模块支持多种总线协议,如CAN、Modbus、EtherNet/IP等,能够满足不同工业控制系统的需求。
这种多总线支持能力使得该模块在复杂多变的工业环境中具有更好的适应性和灵活性。
2. 高可靠性该系列模块采用先进的硬件设计和生产工艺,具有良好的抗干扰能力和高可靠性。
同时,该模块具备丰富的诊断和保护功能,能够及时发现并处理潜在问题,确保系统的稳定运行。
3. 丰富的I/O接口VI1T系列远程I/O模块提供多种I/O接口,包括数字输入/输出、模拟输入/输出等,可满足各种工业控制需求。
此外,该模块还支持扩展功能,方便用户根据实际需求进行定制。
三、应用场景VI1T系列远程I/O模块广泛应用于各种工业控制系统中,如智能制造、能源管理、交通运输等。
在智能制造领域,该模块可用于实现设备的远程监控和控制,提高生产效率和产品质量。
在能源管理领域,该模块可用于实现能源的实时监测和调控,提高能源利用效率。
在交通运输领域,该模块可用于实现车辆的远程监控和管理,提高交通安全和运输效率。
四、技术优势1. 多总线支持能力VI1T系列远程I/O模块支持多种总线协议,能够在不同工业控制系统中实现无缝衔接。
这种多总线支持能力使得该模块在复杂多变的工业环境中具有更好的适应性和灵活性。
2. 高性能处理能力该系列模块采用高性能处理器和优化算法,能够实现快速的数据处理和传输。
同时,该模块还具备低功耗、高精度等特点,确保了系统的稳定性和可靠性。
基于PCI-E总线的多功能同步数据采集卡设计

基于PCI-E总线的多功能同步数据采集卡设计基于PCI-E总线的多功能同步数据采集卡设计摘要:随着科技的不断发展和应用领域的不断扩展,对高性能、多功能的数据采集卡的需求也越来越大。
本文提出了一种基于PCI-E总线的多功能同步数据采集卡设计方案,采用高速数据传输和同步采样技术,实现了对多种信号的高清晰度采集和处理。
1. 引言数据采集卡是一种广泛应用于各个领域的电子设备,用于采集和处理各种信号,如模拟信号、数字信号、视频信号等。
随着科技的发展和应用领域的不断扩展,人们对数据采集卡的需求也越来越高。
本文基于PCI-E总线的数据采集卡设计,旨在实现高性能、高可靠性和多功能的数据采集和处理功能。
2. 系统设计2.1 总体架构本系统的总体架构由PCI-E接口模块、时钟同步模块、高速数据采集模块、FPGA数据处理模块等组成。
PCI-E接口模块将数据采集卡与主机之间的数据传输实现,时钟同步模块用于实现各个模块之间的同步采样,高速数据采集模块负责高速采集各种信号,FPGA数据处理模块用于对采集到的数据进行处理和分析。
2.2 PCI-E接口模块PCI-E接口模块是数据采集卡与主机之间的数据传输通道,通过PCI-E总线实现高速数据传输。
在设计中,选择了PCI-E 3.0 x4作为数据采集卡的接口标准,以满足高速数据传输的需求。
2.3 时钟同步模块为了实现各个模块之间的同步采样,需要设计一个时钟同步模块。
该模块主要包括一个高精度的时钟源和时钟分频模块。
通过时钟源产生的时钟信号,经过分频模块分频后,分别作为各个模块的时钟输入。
通过时钟同步模块,实现了数据采集模块和数据处理模块之间的同步采样。
2.4 高速数据采集模块高速数据采集模块是数据采集卡的核心模块,负责采集各种信号。
该模块包括模拟信号采集电路和数字信号采集电路两部分。
模拟信号采集电路使用高精度的ADC芯片,能够实现高清晰度的模拟信号采集。
数字信号采集电路使用高速采样芯片,能够实现高速的数字信号采集。
Profinet工业以太网远程数字量IO模块

Profinet工业以太网远程数字量IO模块是指一种集成了工业以太网通信协议,可远程访问和控制的数字量输入输出模块。
它主要用于工业自动化、智能制造和远程监控等领域,可实现实时数据采集、控制、监测等功能,是自动化工程中的设备。
型号KYF-PT-8DI/DO-PN-7/8类型8DI/DO PNP电源电压+12V~+24VDC最大功耗3W主机协议Profinet工作模式自动协商机制,自动翻转功能传输速率10/100Mbps地址分配Profinet标准,DCP额定工作电压+12V~24V模块的电流消耗120~130mA辅助输入/输出电源状态US/UA模块状态指示灯有网络状态指示灯有端口状态指示灯连接红色;黄色现场总线连接M12D-code电源连接7/8-16UNF-2BI/O端口数目8(M12)工业以太网远程数字量I/O模块的主要特点和优势包括:1.高可靠性:采用工业级开关芯片和高品质的电子元器件,具有高可靠性和稳定性。
2.多种接口:支持多种接口类型,如RS232、RS485、CAN总线,以及通用的以太网接口,可适配不同的工业控制平台。
3.大容量存储:内置大容量存储器,可存储大量的历史数据和事件记录,方便用户进行数据分析和故障排查。
4.大范围适应性:支持多种数字量输入和输出类型,可适用于不同的应用场景,实现多种输入输出功能。
5.易于维护:采用模块化设计,具有良好的可维护性和可扩展性,易于维护和故障排查。
6.实时性强:基于工业以太网通信协议,可实现实时数据采集和控制,并能快速响应远程控制指令,保证了操作和控制的实时性和可靠性。
工业以太网远程数字量I/O模块的使用具有简便、实用、高效、方便维护等显著优势,并具有广泛的应用领域,应用于工业设施、水利电力、大型建筑、智能交通和海洋工程等领域,可大大提高设备的智能化、自动化、数字化水平和生产效率。
AIP1640 TM1640中微爱芯LED显示驱动芯片

产品说明书1、概述AiP1640 是一款2 线串口共阴极8 段16 位的LED 驱动控制专用电路,内部集成有MCU 数字接口、数据锁存器、LED 驱动等电路。
本产品性能优良,质量可靠。
其主要特点如下:内置显示RAM内置RC振荡内置自动消隐电路显示辉度软件可调两线串行接口(CLK,DATA)封装形式:SOP28/SSOP28(0.635mm)应用领域:LED显示面板场合,例如电磁炉显示、电饭煲显示、空调显示、电子秤等家电产品。
订购信息:管装:产品型号封装形式打印标识管装数盒装管盒装数箱装盒箱装数备注说明AiP1640SA.TB SOP28 AiP1640 25PCS/管80 管/盒2000PCS/盒10 盒/箱20000PCS/箱塑封体尺寸:17.9mm×7.5mm 引脚间距:1.27mmAiP1640VB.TB SSOP28 AiP1640 50PCS/管200 管/盒10000PCS/盒 5 盒/箱50000PCS/箱塑封体尺寸:9.9mm×3.9mm引脚间距0.635mm编带:产品型号封装形式打印标识编带盘装数编带盒装数箱装数备注说明塑封体尺寸:AiP1640SA.TR SOP28 AiP1640 1000PCS/盘1000PCS/盒8000PCS/箱17.9mm×7.5mm引脚间距:1.27mm 注:如实物与订购信息不一致,请以实物为准。
2、引脚图及引脚说明2.1、引脚排列图2.2、引脚说明引脚符号I/O 功能1 GRID12 O 位输出,N 管开漏输出2 GRID13 O 位输出,N 管开漏输出3 GRID14 O 位输出,N 管开漏输出4 GRID15 O 位输出,N 管开漏输出5 GRID16 O 位输出,N 管开漏输出6 GND —地7 DATA I 数据输入端口8 CLK I 时钟输入端口9 SEG1 O 段输出,P 管开漏输出10 SEG2 O 段输出,P 管开漏输出11 SEG3 O 段输出,P 管开漏输出12 SEG4 O 段输出,P 管开漏输出13 SEG5 O 段输出,P 管开漏输出14 SEG6 O 段输出,P 管开漏输出15 SEG7 O 段输出,P 管开漏输出16 SEG8 O 段输出,P 管开漏输出17 VDD —电源18 GRID1 O 位输出,N 管开漏输出19 GRID2 O 位输出,N 管开漏输出20 GRID3 O 位输出,N 管开漏输出21 GRID4 O 位输出,N 管开漏输出22 GRID5 O 位输出,N 管开漏输出23 GRID6 O 位输出,N 管开漏输出24 GRID7 O 位输出,N 管开漏输出25 GRID8 O 位输出,N 管开漏输出26 GRID9 O 位输出,N 管开漏输出27 GRID10 O 位输出,N 管开漏输出28 GRID11 O 位输出,N 管开漏输出3、电特性3.1、极限参数(除非有特殊说明,否则T amb=25℃,GND=0V)参数名称符号条件额定值单位电源电压VDD —-0.5~+7.0 V 逻辑输入电压VIN —-0.5~VDD+0.5 V 输出高电平电流(SEG)I O1 —50 mA 输出低电平电流(GRID)I O2 —200 mA 工作温度T amb —-40~+85 ℃储存温度T stg —-65~+150 ℃焊接温度T L 10 秒250 ℃3.2、推荐使用条件参数名称符号最小典型最大单位逻辑电源电压VDD 3 5 5.5 V 输入高电平电压V IH 0.7VDD —VDD V输入低电平电压V IL 0 —0.2VDD V3.3、电气特性3.3.1、直流参数(除非有特殊说明,否则VDD=5V,GND=0V)参数名称符号测试条件最小典型最大单位工作电压VDD — 3.0 5.0 5.5 V 静态电流I DD 无负载,VIN=VDD 110 130 150 uA 输出高电平电流I OH1 SEG1~SEG8,V OH=VDD-2V 40 50 60 mAI OH2 SEG1~SEG8,V OH=VDD-3V 40 60 80 mA 输出低电平电流I OL1 GRID1~GRID16,V OL= 0.3V 80 120 —mA 高电平输出电流容许量I TOLSG SEG1~SEG8,V OH=VDD-3V —— 5 %输入高电平电压V IH CLK、DATA 0.7VDD —VDD V输入低电平电压V IL CLK、DATA 0 —0.2VDD V3.3.2、交流参数(除非有特殊说明名,否则VDD=5V,GND=0V)参数符号测试条件最小典型最大单位振荡频率f OSC ——450 —kHz 上升时间t TZHC L=300pF,GRID1~GRID16 —— 2 usC L=300pF,SEG1~SEG8 ——0.5 us下降时间t THZ C L=300pF,SEGn、GRIDn ——120 us 最大时钟频率f max 占空比50% 1 ——MHz 时钟脉冲宽度PW CLK —400 ——ns 数据建立时间t SETUP —100 ——ns 数据保持时间t HOLD —100 ——ns4、功能介绍4.1、显示寄存器地址该寄存器存储通过串行接口从外部器件传送到AiP1640 的数据,地址分配如下:SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8B0 B1 B2 B3 B4 B5 B6 B7显存地址00H GRID1显存地址01H GRID2显存地址02H GRID3显存地址03H GRID4显存地址04H GRID5显存地址05H GRID6显存地址06H GRID7显存地址07H GRID8显存地址08H GRID9显存地址09H GRID10显存地址0AH GRID11显存地址0BH GRID12显存地址0CH GRID13显存地址0DH GRID14显存地址0EH GRID15显存地址0FH GRID16 注意:在上电完之后,必须先对RAM 进行数据写入,然后再开显示。
TM1640操作源码--LED驱动IC

TM1640操作源码--LED驱动IC#define ADDR_START1640 (0XC0+0x01)#define DSP1640_DIS 0#define DSP1640_ENB 1/*控制显示0x88,0x89,0x8a,0x8b,0x8c,0x8d,0x8e,0x8f 分别对应1/16, 2/16, 4/16, 10/16, 11/16, 12/16, 13/16, 14/16设置数据,0x40,0x44分别对应地址自动加一和固定地址模式*/#define SET_DATA_ORDER 0X40 //数据命令设置地址自动加1 #define SET_DISPLAY 0X8F //显示命令控制脉冲宽度14/16 #define SET_DSP1640_DIS 0x80 //显示关控制#define TM1640SLK_HING P_TM1640SLK = 1#define TM1640SLK_LOW P_TM1640SLK = 0#define TM1640DAT_HING P_TM1640DAT = 1#define TM1640DAT_LOW P_TM1640DAT = 0#define VT_DLY1640 150//80//10//2000#define VT_DLYNOP 10//80//10//************************************* // 函数名称:_Nopt// 函数功能:延时函数// 入口参数:延时时间// 出口参数:无//***************************************/ void Nop1640(uint16 T_Dly){while(T_Dly--);return ;}//**************************************** // 函数名称:TM1640Start// 函数功能:TM1640起始信号// 入口参数:无// 出口参数:无//***************************************/ void TM1640Start(void){TM1640DAT_HING;Nop1640(VT_DLYNOP) ;TM1640SLK_HING;Nop1640(VT_DLY1640) ;TM1640DAT_LOW;Nop1640(VT_DLY1640) ;TM1640SLK_LOW;Nop1640(VT_DLY1640) ;}//************************************* // 函数名称:TM1640Stop// 函数功能:TM1640结束信号// 入口参数:无// 出口参数:无//***************************************/ void TM1640Stop(void){TM1640DAT_LOW;Nop1640(VT_DLYNOP) ;TM1640SLK_HING;Nop1640(VT_DLY1640) ;TM1640DAT_HING;Nop1640(VT_DLY1640) ;TM1640SLK_LOW;Nop1640(VT_DLY1640) ;}//************************************* // 函数名称:TM1640WriteByte// 函数功能:TM1640写一字节数据// 入口参数:要写的数据// 出口参数:无//***************************************/ void TM1640WriteByte(uint8 date) {uint8 i;uint8 Tmp;Tmp=date;TM1640DAT_LOW;Nop1640(VT_DLYNOP) ;TM1640SLK_LOW;for(i=0;i<8;i++){TM1640SLK_LOW;Nop1640(VT_DLYNOP) ;if(Tmp & 0x01){TM1640DAT_HING;Nop1640(VT_DLY1640) ;}else{TM1640DAT_LOW;Nop1640(VT_DLY1640) ;}TM1640SLK_HING;Tmp = Tmp>>1;}TM1640SLK_LOW;Nop1640(VT_DLYNOP) ;TM1640DAT_LOW;}//************************************* // 函数名称:TM1640_Init// 函数功能:TM1640设备初始化// 入口参数:0 1 代表显示关显示开//***************************************/ void TM1640_Init(uint8 InValue){TM1640DAT_HING;Nop1640(VT_DLYNOP) ;TM1640SLK_HING;if(InValue == DSP1640_DIS) //显示关{TM1640Start();//数据写模式设置TM1640WriteByte(SET_DSP1640_DIS);//TM1640Stop();}else{TM1640Start();//数据写模式设置TM1640WriteByte(SET_DATA_ORDER);//TM1640Stop();TM1640Start(); //显示亮度设置TM1640WriteByte(SET_DISPLAY); //0x80关显示TM1640Stop();}}//*************************************// 函数名称:TM1640_SendData// 函数功能:发送显示缓存// 入口参数:1640要写数据的起始地址// 显示数据缓存的起始地址数据长度//***************************************/void TM1640_SendData(uint8 Addr1640,uint8 *a,uint8 DataLong){uint8 i;TM1640Start();TM1640WriteByte(Addr1640); //设置起始地址for(i=0;i{TM1640WriteByte(a[i]);}TM1640Stop();}。
AiP1640中文使用手册

写 SRAM 数据地址自动加 1 模式:
编号:AiP1640-AX-BJ-226
i-core Command1:设置数据
Command2:设置地址 Data1~N:传输显示数据 Command3:控制显示
写 SRAM 数据固定地址模式:
自动地址写数据格式
Command1:设置数据 Command2:设置地址 Data1~N: 传输显示数据 Command3:控制显示
邮编:214072
第 8 页 共 12 页 版本:2013-06-A1
表 733-11-I
6、显示周期
无锡中微爱芯电子有限公司
Wuxi I-CORE Electronics Co., Ltd.
编号:AiP1640-AX-BJ-226
i-core
江苏省无锡市蠡园经济开发区滴翠路 100 号 9 栋 2 层
新制/修订内容
新制
江苏省无锡市蠡园经济开发区滴翠路 100 号 9 栋 2 层
http://www.i-core. cn
邮编:214072
第 1 页 共 12 页 版本:2013-06-A1
表 733-11-I
无锡中微爱芯电子有限公司
Wuxi I-CORE Electronics Co., Ltd.
http://www.i-core. cn
邮编:214072
第 4 页 共 12 页 版本:2013-06-A1
无锡中微爱芯电子有限公司
表 733-11-I
Wuxi I-CORE Electronics Co., Ltd.
编号:AiP1640-AX-BJ-226
3.3.2 开关特性 (除非另有规定,Tamb= -40~+85℃,VDD= 4.5 ~ 5.5V)
莫莎公司 OnCell G2111 G2151I 系列工业四频GSM GPRS模块产品简介说明书

OnCell G2111/G2151I SeriesIndustrial quad-band GSM/GPRS modemsFeatures and Benefits•Quad-band GSM/GPRS850/900/1800/1900MHz•DIN-rail mounting and wall mounting•2.5kV RMS isolation for1min.for all serial signals(G2151I only)•LED indicators for GSM/GPRS and data transmission status•Extended operating temperature from-25to70°C(G2111-T only)CertificationsIntroductionThe OnCell G2111/G2151I Series of industrial quad-band GSM/GPRS modems are designed to transmit data and short messages(SMS)over GSM/ GPRS mobile networks.The modems can be used to increase the efficiency of maintenance and communication,but do not require extensive training.In addition,the modems can be mounted on a DIN rail or wall.The OnCell G2111/G2151I Series modems accept a12to48VDC power input,making them suitable for use with a variety of field power sources.The serial ports feature15kV ESD line protection to protect the products from harmful electrical discharge,and separate RS-232and RS-422/485 interfaces are built into the OnCell G2151I,each with2.5kV RMS isolation protection for one minute.The two serial interfaces on the OnCell G2151I make it ideal for attaching all kinds of devices,such as stand-alone controllers,PC COM ports,and multi-dropped electric meters.In addition,the OnCell G2111-T has an extended operating temperature(-25to70°C)design that makes it suitable for heavy industrial use. SpecificationsCellular InterfaceCellular Standards GSM,GPRSBand Options Quad-band GSM/GPRS850MHz/900MHz/1800MHz/1900MHzGPRS Multi-Slot Class10GPRS Terminal Device Class Class BGPRS Coding Schemes CS1to CS4CSD Data Rates Up to14400bpsCellular Antenna Connectors1SMA femaleNo.of SIMs1SIM Control Voltage3VSerial InterfaceNo.of Ports1Serial Standards All models:RS-232(DB9female connector)OnCell G2151I:RS-232/422/485(5-pin terminal block connector)ESD Protection OnCell G2111:15kVIsolation OnCell G2151I:2kVData Bits8Stop Bits1Parity NoneFlow Control RTS/CTSBaudrate300bps to230.4kbpsSerial SignalsRS-232TxD,RxD,RTS,CTS,DTR,DSR,DCD,RI,GNDRS-422Tx+,Tx-,Rx+,Rx-,GNDRS-485-2w Data+,Data-,GNDRS-485-4w Tx+,Tx-,Rx+,Rx-,GNDPower ParametersInput Voltage12to48VDCPower Connector Terminal blockInput Current0.625A@12VDC,0.16A@48VDCPhysical CharacteristicsHousing ABS+PolycarbonateIP Rating IP30Dimensions27x123x79mm(1.06x4.84x3.11in)Weight155g(0.34lb)Environmental LimitsOperating Temperature OnCell G2111/G2151I:-20to55°C(-4to131°F)OnCell G2111I-T:-25to70°C(-22to158°F)Storage Temperature(package included)-40to75°C(-40to167°F)Ambient Relative Humidity5to95%(non-condensing)Standards and CertificationsSafety UL60950-1EMC EN55032/24EMI CISPR32,FCC Part15B Class AEMS IEC61000-4-2ESD:Contact:4kV;Air:8kVIEC61000-4-3RS:80MHz to1GHz:3V/mIEC61000-4-4EFT:Power:0.5kVIEC61000-4-5Surge:Power:1kVIEC61000-4-6CS:3VIEC61000-4-8PFMFRadio Frequency FCC Part22H,FCC Part24E,EN301489-1,EN301489-7,EN301511MTBFTime OnCell G2111:925,000hrsOnCell G2111-T:925,000hrsOnCell G2151I:864,000hrsStandards Telcordia SR332WarrantyWarranty Period5yearsDetails See /warrantyPackage ContentsDevice1x OnCell G2111/G2151I Series GSM/GPRS modem1Antenna1x GSM/GPRSAccessory1x terminal block for power jack connectorDocumentation1x quick installation guide1x warranty cardDimensionsOrdering InformationModel Name Cellular Standard Band Operating Temp.Serial Isolation Serial StandardsOnCell G2111GSM/GPRS 850/900/1800/1900MHz-20to55°C–RS-232OnCell G2111-T GSM/GPRS 850/900/1800/1900MHz-25to70°C–RS-232OnCell G2151I GSM/GPRS 850/900/1800/1900MHz-20to55°C✓RS-232/422/4851.An activated SIM card(not included)must be provided by a third party Cellular Service Provider.Accessories(sold separately)AntennasANT-CQB-AHSM-00-3m GSM/GPRS/EDGE,omni-directional magnetic base antenna,0dBi,3m cableANT-CQB-AHSM-03-3m GSM/GPRS/EDGE,omni-directional magnetic base antenna,3dBi,3m cableANT-CQB-AHSM-05-3m GSM/GPRS/EDGE,omni-directional magnetic base antenna,5dBi,3m cableANT-CQB-ASM-01GSM/GPRS/EDGE,omni-directional rubber duck antenna,1dBiANT-WCDMA-ANF-00GSM/GPRS/EDGE/UMTS/HSPA,omni-directional outdoor antenna,0dBiANT-WCDMA-ASM-1.5GSM/GPRS/EDGE/UMTS/HSPA,omni-directional rubber duck antenna,1.5dBiANT-WCDMA-AHSM-04-2.5m GSM/GPRS/EDGE/UMTS/HSPA,omni-directional magnetic base antenna,4dBiANT-LTE-ASM-02GPRS/EDGE/UMTS/HSPA/LTE,omni-directional rubber duck antenna,2dBiANT-LTE-ANF-04GSM/GPRS/EDGE/UMTS/HSPA/LTE,omni-directional outdoor antenna,4dBi,IP66AntennasANT-LTEUS-ASM-01GSM/GPRS/EDGE/UMTS/HSPA/LTE,omni-directional rubber duck antenna,1dBiWireless Antenna CableA-CRF-SMSF-R3-100Cellular magnetic-base SMA connector with1-meter RF cable©Moxa Inc.All rights reserved.Updated Nov12,2018.This document and any portion thereof may not be reproduced or used in any manner whatsoever without the express written permission of Moxa Inc.Product specifications subject to change without notice.Visit our website for the most up-to-date product information.。
Lightronics TL-1640控制台说明书

DHQPSU6IUPlease read this manual before operating the TL-1640.VIDUÃÃ9@T8SDQUDPIThe microprocessor based TL-1640 features 16 control channels, 24 programmable scenes, 3 eight step programmable chases, 40 dimmer soft-patch, audio input, and MIDI compatibility. The memory for the scenes, chase and patch is retained in EEPROM memory when power is switched off.DITU6GG6UDPIThe TL-1640 is to be connected to a Lightronics dimmer pack via the XLR connector on the rear of the console. The display will show that the connection has been made. The TL-1640 is compatible with dimmers using Lightronics, NSI, and compatible multiplex protocols, however the TL-1640 must have an internal power supply installed for use with NSI dimmers and for use with the Lightronics RM series of dimmers. Contact Lightronics service department for further information.CAUTION - The TL-1640 should not be placed near any direct sources of heat. Keep away from liquids that could be spilled into the unit. As with any electrical equipment - PLEASE USE COMMON SENSE!8PIUSPGTÃ6I9ÃPQ@S6UDPIRESETTING THE UNITThe TL-1640 has channel patching memory, chase pattern memory, and scene memory which can be used by the operator. Resetting the unit will set the patch configuration to 1 to 1 and a restore a basic set of scenes and chases. The contents of these memories can be restored to the default (factory set) condition as follows:1. Remove power from the unit.2. Hold down the PATCH, RECORD, and CHASE PROGRAM buttons while re-applying power to the unit. Continueto hold the buttons down for aprox. 5 seconds.GRAND MASTER: This fader controls the output level of the console. Bringing it all the way down will prevent output of any/all channel and scene levels.MOMENTARY INTENSITY: Controls the intensity of the channels or scenes activated by the momentary buttons. MODES: The TL-1640 has the following 3 modes of operation: 2 SCENES x 8 CHANNELS1 SCENE x 16 CHANNELS8 CHANNELS & 8 SCENESTO CHANGE MODES, ALL EIGHT FADERS ON THE BOTTOM ROW MUST BE SET TO ZERO. This prevents abrupt mode switching of while scenes are active. Press the red "MODE" button change modes.2 x 8 CHANNEL MODE: When you power up the console, it is in this mode. You can create 2 scenes of eight channels using the upper and lower rows of sliders. You can then fade back and forth between them using the CROSS FADE SLIDER at the lower right of the console.1 x 16 CHANNEL MODE: This mode provides you with access to all 16 channels. The upper row of sliders remains channels 1-8 and the lower row becomes channels 9-16.1 x 8 / 8 SCENE MODE: In this mode, the upper row of sliders remains channels 1-8 and the lower row becomes SCENES 1-8. Entire scenes of up to 16 channels may be assigned to each of these sliders.NOTE: When in the 2 X 8 CHANNEL mode and the 1 X 16 CHANNEL mode, the upper row of CHANNELS is activated by the momentaries. When in the 1 X 8/8 SCENE mode, the bottom row of SCENES is activated by the momentaries.T8@I@TRECORDING SCENES: Select the 1 X 16 CHANNEL mode. This gives access to all sixteen channels. Create the scene you wish to record. Press the RECORD button (center button beneath the display). The LEDs below the lower row of sliders will flash. Press the momentary button below the slider to which you wish to assign this scene. If you press the record button by mistake, do not press any of the momentary buttons - The LEDs will stop blinking after a few seconds and none of the current scenes will be changed.SCENE BANKS: To the left of the display, you will find a black button labeled SCENE BANK. Pressing this button selects one of three scene banks. The number on the left of the display shows the active SCENE BANK. The three scene banks hold up to eight scenes each. You access the first eight scenes from SCENE BANK #1, the second eight from SCENE BANK #2, and the last eight from SCENE BANK #3.RECALLING A SCENE: Select the 1 x 8 / 8 SCENE mode. Select the SCENE BANK where the scene is stored. To recall a scene, just move the corresponding slider up, or press its momentary button. If the bank selector is changed while a scene is up, that scene will stay in its original bank until the slider is moved to zero intensity. This allows you to combine any of the 24 total scenes. Activating several scenes at once produces more information for the CPU to process and can result in slower response.8C6T@TYou can create 3 chase patterns of up to 8 steps each. Each step may consist of from 0 to 16 channels on at once. Entire scenes may be assigned to a single chase step. You can adjust the intensity and rate of the chase and select audio control of the rate.CHASE PROGRAM: Press the CHASE PROGRAM button located next to the RECORD button. The number "1" will be displayed indicating that chase memory is ready for the first step in the sequence. When chase record mode is selected, the console is put into the 1 X 16 mode providing access to all 16 channels for recording into the chase sequence. Bring the channel(s) you wish to include in the first step to FULL ON. Press the RECORD button. This will record the first step of the chase sequence. The display now reads "2" for step number 2. You may record up to 8 steps. After step 8 the chase program mode is automatically exited. Press the CHASE PROGRAM button to manually exit the chase programming mode if less than 8 steps are desired.In addition to recording channels into chase steps you may record SCENES by pressing the MODE select button to select the 1 X 8/8 SCENE mode and using the scene faders (lower row) in chase steps. Like the scenes, the chase sequences will stay in memory when power is removed. The TL-1640 is shipped from the factory with chase patterns in memory. If you wish to reload them, hold down the RECORD button while plugging in the console.CHASER OPERATION: The CHASE INTENSITY slider activates the chaser and controls the intensity of the chase. The display will show the current rate. The rate is controlled either by the CHASE RATE control or audio input. Set the CHASE RATE control to zero to activate audio input. Adjust the AUDIO INPUT slider so that the audio level LED is blinking with the music. This will set the gain for optimum level. Audio input may be line or speaker level.7VHQÃ ÃTPGPThe BUMP/SOLO button at the bottom right hand of the board will turn this function on and off. When this function is on, the LED will light and any momentary button pressed will cause the scenes and channels to black out. Only the channel or scene for that momentary will be on. When in the BUMP mode the momentary will add to the existing scenes already on.Q6U8CDIBÃ8C6II@GTPatching allows you to assign a dimmer to a console channel. The TL-1640 can patch up to 40 dimmer channels into the 16 console channels. You can patch more than one dimmer to a console channel. To enter PATCH mode, press the PATCH button located next to the RECORD button and the patch LED will light. In PATCH mode, the SCENE BANK button becomes the DIMMER NUMBER button and the CHASE PATTERN button becomes the CONSOLE ASSIGN button as indicated below the buttons. Press the DIMMER NUMBER button until the desired dimmer number appears on the left of the display. Then press the CONSOLE ASSIGN button until the desired console channel appears on the right of the display. Press the red PATCH button to record the assignment. A dimmer may be assigned only once to a console channel. The unit is shipped with a one to one patch in its memory. This means dimmer 1 is assigned to console channel 1, dimmer 2 is assigned to console channel 2 and so on.NOTE: The default dimmer patch may be reloaded into memory by unplugging the XLR cable (or the power cord on consoles with an internal power supply) and then holding the PATCH button down while plugging the XLR cable or power cord back in.WHERE TO PATCH DIMMERS: When patching it is helpful to remember that the dimmers controlling your special lights should be assigned to console channels 1-8, since these channels are accessible in every mode. Console channels 9-16 are recommended for general coverage.HD9DÃPQ@S6UDPIThe TL-1640 can be used with MIDI sequences to record and playback the operation of the console. Simply connect the TL-1640 to the MIDI system as though it were a keyboard. Start your sequencer and operate the console as usual. When the sequence is played back, the lights will respond as they did when the sequence was recorded. The TL-1640 defaults to MIDI channel 16. The MIDI channel may be changed using patch mode. Press the PATCH button and step through the dimmer channels using the SCENE BANK button. After dimmer 40, "CH:16" will be displayed. A different MIDI channel may now be selected using the CHASE PATTERN button. Press the PATCH button when the desired channel is displayed. The TL-1640 will now operate on this channel.DIÃ86T@ÃPAÃ9DAAD8VGU`)•Check that the GRAND MASTER fader is not down.•Make sure that power is applied to the console (The LCD display should be on).•Check that all the channels of the dimmers are functional.•Check the channel assignment and patch of the dimmers.•Check that all lighting fixtures are functional.•Check your control cables.S@Q6DSÃT@SWD8@Ã6I9ÃU@8CID86GÃTVQQPSUContact the dealer where you purchased the console. If that is not possible, contact Lightronics Service Department, 509 Central Drive, Virginia Beach, VA 23454. (804) 486-3588.GDHDU@9ÃX6SS6IU`For one year from the date of purchase, Lightronics will repair for the original owner any defect in materials or workmanship that occurs in normal use, without charge for parts or labor. Your responsibilities are to use the console according to the instructions supplied, to provide transportation to the authorized Lightronics service representative who will perform warranty service, and to present proof of purchase in the form of your sales slip when requesting service. Excluded from this warranty is damage that results from abuse, misuse, accidents, shipping, and repairs or modifications by anyone other than an authorized Lightronics service representative. This warranty is void if the serial number has been removed or defaced. This warranty gives you specific legal rights. You may also have other rights that vary from state to state.VIDUÃT@SD6GÃIVH7@SLightronics recommends that you record the serial number of your unit for future reference.SERIAL NUMBER_______________________________。
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PICM-1640 互联模块使用说明书北京中宝伦自动化技术有限公司POWERLAND Technologies Co.联系地址:北京北四环中路6号F座2A邮编:100029电话:(010)8284085182840855传真:(010)82841734 Internet: w w w.p o w e r-l a n d.c o m E-mail:sales@一.概述PICM—1640互联模块是为了方便广大用户使用美国GALIL公司DMC1410/1412/1415/1425/3425而设计。
该模块将GALIL数字运动控制器的37针D型连接器转换为便于用户接线的接线端子;同时对所有TTL电平的I/O信号进行光电隔离处理,以提高整个系统的抗干扰能力,并使用户便于接口适配;与伺服系统的连接也转换为连接电缆形式。
二.PICM—1640外形安装尺寸三.各连接器信号明细1.J4:J4连接器在板上为37针D型Female连接器座,经电缆可与DMC1410/1412/1415/1425/3425相连接;各引脚信号如下:Pin1. Reset 复位信号(注3),TTL电平。
Pin2. X轴放大器使能信号,TTL电平。
Pin3. Output 3 通用输出信号,TTL电平。
Pin4. Output 1 通用输出信号,TTL电平。
Pin5. Analog 1 模拟量输入信号,0~±10V。
Pin6. Index Y(注1,2)、(Input 7),Y轴或辅助编码器一转脉冲信号或输入信号(当为单轴控制应用时,可由短路棒设定为输入信号使用(TTL电平))。
Pin7. Reverse Limit Y(注1)、(Input5),Y轴反向限位输入信号或通用输入信号,TTL电平。
Pin8. Input 3 通用输入信号,TTL电平。
Pin9. Input1(and Latch Input),通用输入信号,TTL 电平,可用作高速锁存输入信号。
Pin10. +5V,+5V电源输出端。
Pin11. Ground,系统电源信号公共端。
Pin12. +12V,+12V电源输出端。
Pin13. Ground,系统电源信号公共端。
Pin14. X Encoder A-,X轴编码器/A信号。
Pin15. X Encoder B-,X轴编码器/B信号。
Pin16. X Encoder Z-,X轴编码器/Z信号。
Pin17. Y Encoder A-,Y轴编码器/A信号。
Pin18. Y Encoder B-,Y轴编码器/B信号。
Pin19. Y轴放大器使能信号,TTL电平信号,或当脉冲+方向使用时,为方向信号。
(具体使用方法参见DMC 使用说明书)。
Pin20. Error(注3) DMC报警输出信号,TTL电平信号。
Pin21. X轴速度指令输出信号(VCMD),0~±10V。
Pin22. Output 2,通用输出信号,TTL电平信号。
Pin23. Reserved,未用。
Pin24. Analog 2,模拟量输入信号,0~±10V。
Pin25. Home Y(注1),(Input6),Y轴参考点返回减速信号输入;当无Y轴时,作为通用输入信号使用,TTL电平信号。
Pin26. Forward Limit Y(注1)(Input4),Y轴正向限位输入信号;当无Y轴时,作为通用输入信号使用,TTL电平信号。
Pin27. Input 2,通用输入信号,TTL电平信号。
Pin28. Forward Limit X(注3),X轴正向限位输入信号,TTL电平信号。
Pin29. Reverse Limit X(注3),X轴反向限位输入信号,TTL电平信号。
Pin30. Home X,X轴参考点返回减速信号输入,TTL电平信号。
Pin31. –12V,-12V电源输出端。
Pin32. X Encoder A+,X轴编码器A信号。
Pin33. X Encoder B+,X轴编码器B信号。
Pin34. X Encoder Z+,X轴编码器Z信号。
Pin35. Y Encoder A+,Y轴编码器A信号。
Pin36. Y Encoder B+,Y轴编码器B信号。
Pin37. Abort(注3),急停输入信号,TTL电平信号。
注1:Pin6,7,25,26分别为Index Y, Reverse LimitY,HOME Y及Forward Limit Y信号。
其状态分别与Input7,6,5,4相对应。
可以用标准输入询问命令读取这些输入(TI,MG @ IN[n]),以及TS,MG @ LFY或MG @ LRY等开关量读取命令。
注2:Index Y 是一个单端TTL电平输入信号。
请注意:X轴的Index输入是差分信号,能够接受的电压范围为±12V。
注3:这些信号为低电平有效,当设置为0V时为有效状态。
2.J5J5连接器在板上为25针D型Male连接器座,经电缆直接与伺服放大器相连接,各引脚信号如下:Pin2. X Encoder Z-,X轴编码器Z负向信号。
Pin3. X Encoder Z+,X轴编码器Z正向信号。
Pin4. X Encoder B-,X轴编码器B负向信号。
Pin5. X Encoder B+,X轴编码器B正向信号。
Pin6. X Encoder A-,X轴编码器A负向信号。
Pin7. X Encoder A+,X轴编码器A正向信号。
Pin8. VRDY-X轴伺服准备好输出Pin9. VRDY+ X轴伺服准备好输出Pin10. GNDPin13. SON1X X轴伺服上电,触点输入Pin14. VCMDX X轴指令电压输入Pin15. 0V X轴伺服控制信号电源输入公共端0V(24v地)Pin16. GNDPin17. +24V X轴伺服控制信号电源输入Pin18. ENBL1X X轴伺服使能输入(与伺服控制信号电源输入公共端连接,24v 地)Pin19. S-ON (ENBL2) X轴伺服使能输入Pin20. SON2X X轴伺服上电,触点输入注:请将PIN15与PIN18连接在一起并与24v地相连接3.J6J6连接器在板上为25针D型Male连接器座,经电缆直接与伺服放大器或辅助编码器或电子手轮相连接,各引脚信号如下:Pin2. Y Encoder Z-,Y轴编码器Z负向信号。
Pin3. Y Encoder Z+,Y轴编码器Z正向信号。
Pin4. Y Encoder B-,Y轴编码器B负向信号。
Pin5. Y Encoder B+,Y轴编码器B正向信号。
Pin6. Y Encoder A-,Y轴编码器A负向信号。
Pin7. Y Encoder A+,Y轴编码器A正向信号。
Pin8. VRDY-Y轴伺服准备好输出Pin9. VRDY+ Y轴伺服准备好输出Pin10. GNDPin13. SON1Y Y轴伺服上电,触点输入Pin14. VCMDY Y轴指令电压输入Pin15. 0V Y轴伺服控制信号电源输入公共端0VPin16. GNDPin17. +24V Y轴伺服控制信号电源输入Pin18. ENBL1Y Y轴伺服使能输入(与伺服控制信号电源输入公共端连接)Pin19. S-ON Y轴伺服使能输入Pin20. SON2Y Y轴伺服上电,触点输入4.XB1XB1连接器为40针Phoenix 连接器,与外部操作面板或上位机相连接。
除电源、模拟量输入信号、SIGN、PWM信号外,其余输入、输出信号均经光隔处理。
各引脚信号如下:XB1信号明细:Pin1 +24V X轴伺服控制信号电源输入Pin2 0V X轴伺服控制信号电源输入公共端0VPin3 SON2X X轴伺服上电,触点输入Pin4 SON1X X轴伺服上电,触点输入Pin5 AI1 模拟输入1Pin6 AI2 模拟输入2Pin7 GNDPin8 RESET (输入)Pin9 ERROR DMC Alarm OutputPin10 OUT3Pin11 OUT2Pin12 OUT1Pin13 比较输出Pin14 VRDY+ 伺服准备好输出Pin15 VRDY-伺服准备好输出Pin16 INDEX Y (INPUT7)Pin17 HOME Y (INPUT6)Pin18 Reverse limit Y (INPUT5)Pin19 Forward limit Y (INPUT4)Pin20 INPUT3Pin21 INPUT2Pin22 INPUT1Pin23 Forward limit XPin24 Reverse limit XPin25 HOME XPin26 Abort 急停输入Pin27 GNDPin28 +5V(输出)Pin29 +12V(输出)Pin30 PCOM1 (+24V 输入)Pin31 -12V (输出)Pin32 G24 (24V地)Pin33 SIGNPin34 PCOM2Pin35 GNDPin36 PWMPin37 SON2Y Y轴伺服上电, 触点输入Pin38 SON1Y Y轴伺服上电,触点输入Pin39 +24V Y轴伺服控制信号电源输入APin40 0V Y轴伺服控制信号电源输入公共端0V 注1.所有输入,输出信号均通过光隔处理。
注2.J4与DMC运动控制器连接。
注3.J5,J6与X及Y轴伺服连接。
注4.XB1与外部输入、输出控制信号相连接。
5.光隔型输入、输出信号电气规格说明:5.1光隔输入信号电气连线光隔输入信号的简明电路连接举例如下:注1.每个输入点的输入电流大约为5mA(DC24V供电时)注2.所有开关量输入信号的输入电路均与上相同。
5.2光隔输出信号电气连接光隔输出信号的简明电路连接举例如下:注1.所有开关量输出点信号在XB1侧均被转换为集电极开路信号。
注2.每个输出点的最大灌电流应小于50mA。
当需要100mA灌电流输出点时,用户可特殊订货。
四.PICM-1640板上短路棒设定1.SW1为两位设定短路座,当使用Input7时,则将短路棒设置在INPUT7一侧,当使用Y 轴原点脉冲时,则将短路棒设置在INDEX Y一侧。
2.SW2为两位设定短路座,用于设定伺服使能信号的电平。
当SW2为开路时,输出到伺服放大器的使能信号为开关信号;而当SW2为短路时,输出到伺服放大器的使能信号为电平信号,其电平电压取决于XB1上的PCOM2(Pin34)的电压大小。
3.S1为Y轴伺服准备就绪设定短路座,当无Y轴伺服放大器时,要想在XB1侧获得伺服准备就绪信号输出,则需要将S1置于短接状态。