TX2000_TX2800_TX3000 Detail Spec

InterRanger DPS 300是一个基于微处理器的污泥层厚度检测系统，可检测两个水和/或废水的初级、次级澄清池中的泥位。

用1或2个非接触的Echomax XCT -12超声波传感器和先进的回波处理技术可靠、连续的监视污泥层的厚度，可以显著提高生产效率，增加产出量和降低污泥处理的费用。

通过RS-232/RS-485或双极性的电流环路通讯，和隔离的mA 输出，提供了中央控制系统集成的可能性。

对于圆形或长方形的澄清池，DPS300的有效测量范围是1m~30m 。

具有自清洁功能的超声波传感器延长了毋需维护的放置时间周期。

对水和污水处理厂来说InterRanger DPS300是有投资效益的系统，始终如一的污泥物位监视数据能直接改善出水的质量。

产品特点y 双频率精确检测监测器y 可提供铝制安装支架装配y 4个可编程的报警/控制继电器y Dolphin Plus 和SmartLinx®兼容技术规格供电• 100/115/200/230 Vac ±15%,50/60 Hz, 31VA 环境条件• 位置: 室内/户外• 环境温度: -20～50℃• 相对湿度: 适合于户外使用（Type 4X/NEMA 4X/IP65外壳）• 安装种类: II • 污染等级: 4扫描点数• 2点/DPS 300精度• 编程量程的1%或2cm, 取其较大者分辨率• 编程量程*的1%或2cm, 取其较大者存储器• 非易失性的电可擦除只读存储器EEPROM ，无需后备电池编程• 通过手持编程器或Dolphin Plus 选件显示器• 51×127mm 常规的带背光图形液晶显示器LCD 外壳• Type 4X/NEMA 4X/IP65聚碳酸酯材料温度补偿• -50～150℃• 内置的温度传感器，最多2个TS-3温度传感器，可编程固定温度• 温度误差：带温度补偿：量程的0.1%• 固定温度：与编程温度每偏差1℃误差为0.22%超声波传感器• 兼容型号： Echomax® XCT-12（量程1～30m ）电缆• 同轴电缆采用低电容的RG62-A/U• mA 输出信号线采用2-3芯铜线绞合，金属箔屏蔽电缆，和接地线，300V0.5～0.75mm 2（22～18AWG ）• 继电器/电源线采用满足250V, 5A 触点要求的铜导线输出超声波传感器驱动• 150～315V 峰值继电器• 4个报警/控制继电器• 每个继电器带1组“C”型SPDT （单刀双掷）触点，额定容量为5A, 250Vac 无感mA• 2路输出，分辨率0.1%，• 0/4～20mA ，可标定，• 最大负载750Ω，隔离，30V rms 重量• 2.7Kg (6 Ibs.)选项温度传感器• TS-3通讯• SmartLinx: 指定协议的模块用于与通用工业通讯系统接口• Dolphin Plus: 妙声力Windows 兼容的接口和红外转换器• BIC-Ⅱ:DPS300双极性通讯电流环到远程的RS-232或RS-422接口撇渣机保护罩• 2种模式—A 型（20cm(8”)）或B 型（40cm(16”)）• 温度：-40～80℃（-40～176℉）• 结构：有铰链带保护罩的不锈钢导管和有铰链的氯丁橡胶保护套筒• 连接：±90°于垂直方向• 重量：A 型—1.4Kg ，B 型—2.1Kg 安装配件• 栏杆，一般为直径等于或小于50mm （2”）管子，2导轨中心间距为432mm ～610mm • 温度：-40～80℃• 构造：环氧涂覆的铝，不锈钢紧固件• 重量：6.5Kg 认证• CE**, CSA NRTL/C FM （正在申请）,*编程量程是指空仓到超声波传感器表面的距离加上量程延伸。

FSTOF200xC0x ToF modulePreliminary application guideFeatures•940nm laser classified as class 1 under operation condition by IEC 60825-1:2014-3rd edition •High speed distance measurement response•Advanced optical cross-talk compensation•Easy to set•No additional optical calibration requirement•Single power supply•Lead-free, RoHS compliantContents1.Introduction2.Introduction to Uart and I2C mode2.1: Uart mode2.2: I2C mode3: Introduction to Command Code4. Description on the design recommendation / installation method1. IntroductionThe main feature of this TOF module is to quickly calculate the precise distance. Our TOF module also supports two interfaces: UART and I2C. When using the UART interface, the master controller sends the command, and then the TOF Module processes the response. When using I2C interface to access, TOF module is used as slave mode and master controller is used as master mode.* Note: Regarding the command code, the user needs to check/modify at command “0x81” formeasuring distance. Other commands are basically not used.2. Introduction to Uart and I2C modeThe communication between Master Controller and TOF Module is mainly done by two modes: Uart Mode and I2C Mode. The modes needs to be selected according to your hardware design. Two modes are described in detail as below:•Hardware interface•Program design of UART mode2.1: UART mode The following figure describes the complete interaction process of master controller and TOF module in UART mode:Parameter Value DescriptionUART Baud Rate 9600This parameter represent the UART communication baud rate.UART Word Length 8Specifies the number of data bits transmitted or received in a frame.UART Stop Bits 1Specifies the number of stop bits transmitted.UART ParityNone Specifies the parity mode.UART Hardware Flow ControlNoneSpecifies wether the hardware flow control mode is enabled or disabled.•How to set UART parameters•Introduction of UART data packageWhen UART communication is used between master controller and TOF module, the format of transmission packet is fixed, and the specific protocol format is as follows:Instruction format: packet header + command code + data length + data + end flagOffset(bytes)Length(bytes)Type Description02uint16_t Packet header: 0x55 0xAA 21uint8_t Command Code31uint8_tThe length of the following parameter4N Array of uint8_t Parameter, N = Data Length, N+4 < 32, depending the TOF Module buf sizeL1uint8_tEnd flag:0xFA , Offset computational formula is L = Data Length + 4 .The baud rate of the TOF module is set to 9600, and the master controller needs to synchronize when setting UART parameters. The specific settings of all parameters are as follows2.2: I2C mode•hardware interface•I2C mode programmingThe following figure describes the complete interaction process between master controller and TOF module when in I2C mode:* Note: send write CMD is required before send read CMD. When getting distance value, it is recommended to send read CMD after send write CMD for 36ms, because TOF module needs processing time. Less than 36 MS may read the last data.I2C bus interfaceTOF module I2C works in slave mode, I2C slave address: 0x36ADDRESS A6A5A4A3A2A1A0R/W 0110110X•Write formatThe figure below describes in detail the data format to be sent when writing multiple data•Read formatThe figure below describes in detail the data format to be sent when reading multiple data through I2C.I2C packet formatThe format of I2C write and read is described in detail below. Here is the TOF module response data format. The first byte received is command code, followed by the data. If the first byte of response is CMD code, it means that there is valid data after it. If the first byte of the response is not the CMD code (0x00), the following data is invalid data. In this case, the TOF module does not complete the processing of the CMD.TOF Module Response Data Format：Offset(bytes)Length(bytes)Type Description01uint8_t Command Code11uint8_t Data length2 to N N-2uint8_t Raw data. The data length is different for each command. The N computational formula is N = data length + 2.3: Introduction to command codeHere we would like to introduce about the commands TOF module supports at present and the data format of each command reply. UART and I2C will encapsulate the valid data again to facilitate the correct analysis of data. The formats of UART and I2C packages are different. Please refer to the below sections for the specific format.•Command Code ListAll of the following CMD codes have the same effect on UART mode or I2C mode, as well as the limited data returned.CommandCodeDescription0x81Measuring distance, Unit: mm0x82Crosstalk calibration0x83Offset calibration0x84Reset Tof module0x85Read factory data0x86Read version information0x8A Read debug parameter section 10x8B Read debug parameter section 20x8C Read debug parameter section 30x91Set the threshold of interrupt output0x92Set the ranging mode•Factory Calibration Error Code ListWhen the TOF module performs calibration CMD error, the error code response will be sent to the master controller.Error Code Description0x00No Error0x01Crosstalk calibration is error0x02Offset calibration is error•Command functions(1): Measuring distance cmd: 0x81The valid data format of CMD response is as follows:Offset(byte s)Length(bytes)Type Description02int16_t range1，measuring distance value.(Unit:mm) 21uint8_t range1_status, measurement status1.The range1 status error code is as follows:Error Code Error Status Description0x00VALID_DATA Valid data.0x01VCSEL_SHORT When the VCSEL is short-circuited. If this error occurs, the VCSELcurrent will not flow inside the IC.0x02LOW_SIGNAL The amount of reflected light obtained from the detected object is small.0x04LOW_SN The ratio of reflected light from the detected object anddisturbance light is small.0x08TOO_MUCH_AMB Disturbance light is large.0x10WAF Wrap around error.0x20CAL_ERROR Internal calculation error.0x80CROSSTALK_ERROR Crosstalk from the panel is large.The following is the reference sample code, which mainly reflects the data formats sent and received by UART and I2C:// Uart send cmd:(Master -> TOF)uint8_t distance_cmd[] = {0x55, 0xAA, 0x81, 0x00, 0xFA};// I2c send cmd:(Master ->TOF)uint8_t CmdCode= 0x81;uint8_t data = 0x01;i2c_write_byte(CmdCode, data);/******************************************///When range1 = 0x004d, range1_ When status = 0x00, the data format received by UART and I2C is as follows: // Uart Recieve Data:(TOF -> Master)uint8_t uart_recv_buf[] = {0x55, 0xAA, 0x81, 0x03, 0x00, 0x4D, 0x00, 0xFA};// I2C Recieve Data:(TOF -> Master)uint8_t i2c_recv_buf[256]={0};uint8_t CmdCode= 0x81;uint8_t len= 5;i2c_read_buffer(i2c_recv_buf, CmdCode, len);//Finish I2C_ read_ After buffer function, I2C_ recv_ buf[256] = {0x81, 0x03, 0x00, 0x4D, 0x00};(2): Crosstalk calibration cmd: 0x82After the TOF module receives the CMD, it first performs the crosstalk calibration, then saves the calibration value to flash and feeds back to the master controller. The valid data format of CMD response is as follows:Offset(bytes)Length(bytes)Type Description01uint8_t errCode，Refer to Factory Calibration Error Code List sections.11uint8_t xtakLsb, crosstalk data_factory 21uint8_t xtakMsb, crosstalk data_factory(3): Offset calibration cmd: 0x83After receiving the CMD, TOF module first performs offset calibration, then saves the calibration value to flash and feeds back to the master controller. The valid data format of CMD response is as follows:Offset(bytes)Length(bytes)Type Description01uint8_t errCode，Refer to Factory Calibration Error Code List sections.11uint8_t offset_short1, offset for short range mode 121uint8_t offset_short2, offset for short range mode 231uint8_t offset_long1, offset for long range mode 141uint8_t offset_long2, offset for long range mode 2*Note: TOF module uses gp2ap03vt sensor without offset_ Long1 and offset_ Only gp2ap02vt sensor has these two data.(4): Read factory data cmd: 0x85The main function of the CMD is to obtain the factory data saved on the flash after calibration.The valid data format of the CMD response is as follows:Offset(bytes)Length(bytes)Type Description01uint8_t offset_short1, offset for short range mode 111uint8_t offset_short2, offset for short range mode 221uint8_t offset_long1, offset for long range mode 131uint8_t offset_long2, offset for long range mode 241uint8_t xtakLsb, crosstalk data_factory51uint8_t xtakMsb, crosstalk data_factory61uint8_t factory_calibrated:0x00: Calibration is not done.0x01: Offset calibration is passed.0x02: Crosstalk calibration is passed.0x03:Offset and Crosstalk calibration is passed.*Note: TOF module uses gp2ap03vt sensor without offset_ Long1 and offset_ Only gp2ap02vt sensor has these two data.(5): Read version information cmd: 0x86The main function of the CMD is to obtain the software and hardware related information of the TOF module. The valid data format of the CMD response is as follows:Offset(bytes)Length(bytes)Type Description01uint8_t sensor_ic：0x02: The sensor is gp2ap02vt. 0x03: The sensor is gp2ap03vt.11uint8_t port:0x41('A'): Firmware supports both UART and I2C interfaces. 0x49('I'): Firmware supports I2C interface.0x55('U'): Firmware supports UART interface.21uint8_t Firmware version information for the TOF module.(6): Read debug parameter section 1 cmd: 0x8AThe CMD is mainly used to track the debug information of the problem when there is aproblem. The data format of section 1 is as follows:Offset(bytes)Length(bytes)Type Description02int16_t range1, range1 mm21uint8_t range1_status, measurement status132uint16_t range1_raw, range1 mm for checking value before errorprocessing54int32_t ret_sig, return signal94int32_t data_xtalk, crosstalk data(7): Read debug parameter section 2 cmd: 0x8BThe CMD is mainly used to track the debug information of the problem when there is aproblem. The data format of section 2 is as follows:Offset(bytes)Length(bytes)Type Description04int32_t ret_maxcnt_fx28p44int32_t ref_sig, reference signal84int32_t amb_fx28p(8): Read debug parameter section 3 cmd: 0x8CThe CMD is mainly used to track the debug information of the problem when there is a problem. The data format of section 3 is as follows:Offset(bytes)Length(bytes)Type Description04int32_t data_xtalk_factory, crosstalk data_factory41int8_t offset_short1, offset for short range mode 154int32_t data_xtalk_pre, crosstalk dataNOTE:1: The debug information returned by the TOF module is large-scale. If the master controller is a small-scale one, it needs to be converted here. You can refer to the following swap 32 and swap 16 large and small end sequence conversion.2: Pay attention to the problem of structure word alignment. Defining structure needs attribute ((packed)) modification, and tells the compiler to cancel the optimized alignment of structure in the compilation process and align according to the actual number of bytes occupied.The following is the sample code of read debug parameter:test_debug_info.h/*** @brief TOF module Command code**/typedef enum{TOFM_CMD_NONE = 0x00,TOFM_CMD_START_FLAG = 0x80,TOFM_CMD_ST_MM = 0x81,TOFM_CMD_CALI_XTALK = 0x82,TOFM_CMD_CALI_OFS = 0x83,TOFM_CMD_RESET = 0x84,TOFM_CMD_RD_FACTORY_DATA = 0x85,TOFM_CMD_RD_VERSION_INFO = 0x86,TOFM_CMD_RD_DEBUG_PARA1 = 0x8A,TOFM_CMD_RD_DEBUG_PARA2 = 0x8B,TOFM_CMD_RD_DEBUG_PARA3 = 0x8C,TOFM_CMD_CODE_COUNT,}TOFM_CMD_CODE_E;/*** @brief I2C data playload**/typedef struct{uint8_t cmdCode; /**< command code, from TOFM_CMD_CODE_E */uint8_t dataLen; /**< length of the following parameter */uint8_t data[0];}__attribute__((packed))I2C_DATA_PAYLOAD_T;/*** @brief Debug parameters**/typedef struct{ int16_t range1; /*!< range1 mm */uint8_t range1_status; /*!< measurement status1 */uint16_t range1_raw; /* < range1 mm for checking value before error processing */ int32_t ret_sig; /*!< return signal */int32_t data_xtalk; /*!< crosstalk data */}__attribute__((packed))TOFM_DEBUG_PARA1_PAYLOAD_T;typedef struct{int32_t ret_maxcnt_fx28p;int32_t ref_sig; /*!< reference signal */int32_t amb_fx28p;}__attribute__((packed))TOFM_DEBUG_PARA2_PAYLOAD_T;typedef struct{int32_t data_xtalk_factory; /*!< crosstalk data_factory*/int8_t offset_short1; /*!< offset for short range mode 1 */int32_t data_xtalk_pre; /*!< crosstalk data */}__attribute__((packed))TOFM_DEBUG_PARA3_PAYLOAD_T;test_debug_info.c#define I2C_READ_BUFFER_SIZE 256static uint8_t I2c_Buf_Read[I2C_READ_BUFFER_SIZE];#define SWAP32(a) \((a&0x000000ff)<<24) | ((a&0x0000ff00)<<8) | ((a&0x00ff0000)>>8) | ((a&0xff000000)>>24)#define SWAP16(a) \((a&0x00ff)<<8) | ((a&0xff00)>>8)void Test_Debug_Info(void){uint8_t wdata;I2C_DATA_PAYLOAD_T *i2cDataBuf = (I2C_DATA_PAYLOAD_T *)I2c_Buf_Read;memset(I2c_Buf_Read, 0, I2C_READ_BUFFER_SIZE);wdata= 0x01;I2C_TOFM_BufferWrite(TOFM_CMD_ST_MM, &wdata, sizeof(uint8_t));Delay_ms(40);I2C_TOFM_BufferRead(TOFM_CMD_ST_MM, I2c_Buf_Read, sizeof(I2C_DATA_PAYLOAD_T) +sizeof(TOFM_MEAS_DATA_PAYLOAD_T));if((i2cDataBuf->cmdCode== TOFM_CMD_ST_MM) && (i2cDataBuf->dataLen== sizeof(TOFM_MEAS_DATA_PAYLOAD_T))) {TOFM_MEAS_DATA_PAYLOAD_T *measDataPayload= (TOFM_MEAS_DATA_PAYLOAD_T *)i2cDataBuf->data;printf("range1 = %dmm\r\n", measDataPayload->range1_msb << 8 | measDataPayload->range1_lsb);}printf("#########################Debug Info########################\r\n");wdata= 0x01;I2C_TOFM_BufferWrite(TOFM_CMD_RD_DEBUG_PARA1, &wdata, sizeof(uint8_t));Delay_ms(1);I2C_TOFM_BufferRead(TOFM_CMD_RD_DEBUG_PARA1, I2c_Buf_Read, sizeof(I2C_DATA_PAYLOAD_T) +sizeof(TOFM_DEBUG_PARA1_PAYLOAD_T));if((i2cDataBuf->cmdCode== TOFM_CMD_RD_DEBUG_PARA1) && (i2cDataBuf->dataLen==sizeof(TOFM_DEBUG_PARA1_PAYLOAD_T))){TOFM_DEBUG_PARA1_PAYLOAD_T *dbgPara1Payload = (TOFM_DEBUG_PARA1_PAYLOAD_T *)i2cDataBuf->data;printf("range1 = 0x%04x\r\n", SWAP16(dbgPara1Payload->range1));printf("range1_status = 0x%02x\r\n",dbgPara1Payload->range1_status);printf("range1_raw = 0x%04x\r\n",SWAP16(dbgPara1Payload->range1_raw));printf("ret_sig= 0x%08x\r\n",SWAP32(dbgPara1Payload->ret_sig));printf("data_xtalk= 0x%08x\r\n",SWAP32(dbgPara1Payload->data_xtalk));}wdata= 0x01;I2C_TOFM_BufferWrite(TOFM_CMD_RD_DEBUG_PARA2, &wdata, sizeof(uint8_t));Delay_ms(1);I2C_TOFM_BufferRead(TOFM_CMD_RD_DEBUG_PARA2, I2c_Buf_Read, sizeof(I2C_DATA_PAYLOAD_T) +sizeof(TOFM_DEBUG_PARA2_PAYLOAD_T));if((i2cDataBuf->cmdCode== TOFM_CMD_RD_DEBUG_PARA2) && (i2cDataBuf->dataLen== sizeof(TOFM_DEBUG_PARA2_PAYLOAD_T))) {TOFM_DEBUG_PARA2_PAYLOAD_T *dbgPara2Payload = (TOFM_DEBUG_PARA2_PAYLOAD_T *)i2cDataBuf->data;printf("ret_maxcnt_fx28p = 0x%08x\r\n", SWAP32(dbgPara2Payload->ret_maxcnt_fx28p));printf("ref_sig= 0x%08x\r\n", SWAP32(dbgPara2Payload->ref_sig));printf("amb_fx28p = 0x%08x\r\n", SWAP32(dbgPara2Payload->amb_fx28p));}wdata= 0x01;I2C_TOFM_BufferWrite(TOFM_CMD_RD_DEBUG_PARA3, &wdata, sizeof(uint8_t));Delay_ms(1);I2C_TOFM_BufferRead(TOFM_CMD_RD_DEBUG_PARA3, I2c_Buf_Read, sizeof(I2C_DATA_PAYLOAD_T) +sizeof(TOFM_DEBUG_PARA3_PAYLOAD_T));if((i2cDataBuf->cmdCode== TOFM_CMD_RD_DEBUG_PARA3) && (i2cDataBuf->dataLen==sizeof(TOFM_DEBUG_PARA3_PAYLOAD_T))){TOFM_DEBUG_PARA3_PAYLOAD_T *dbgPara3Payload = (TOFM_DEBUG_PARA3_PAYLOAD_T *)i2cDataBuf->data;printf("data_xtalk_factory= 0x%08x\r\n", SWAP32(dbgPara3Payload->data_xtalk_factory));printf("offset_short1 = 0x%02x\r\n",dbgPara3Payload->offset_short1);printf("data_xtalk_pre= 0x%08x\r\n", SWAP32(dbgPara3Payload->data_xtalk_pre));}printf("############################################################\r\n");}Test results:range1 = 316mm#########################Debug Info########################range1 = 0x013crange1_status = 0x00range1_raw = 0x013cret_sig= 0x00000488data_xtalk= 0x0000016cret_maxcnt_fx28p = 0x00558000ref_sig= 0x0000a000amb_fx28p = 0x00000366data_xtalk_factory= 0x00000000offset_short1 = 0x00data_xtalk_pre= 0x00000000############################################################(9): Set the threshold of interrupt output: 0x91The CMD is mainly used to set the threshold of the output interrupt signal, which includes: short distance and long distance. The specific data format is as follows:Offset(bytes)Length(bytes)Type Description02uint16_t Close range threshold22uint16_t Far range thresholdFor example: 55 AA 91 04 64 00 E8 03 FAProximity threshold: 0x0064Proximity threshold: 0x03E8(10): Set the ranging mode: 0x92The CMD is mainly used to set the test distance mode, which can be set as the continuous output distance. The specific data format is as follows:Offset(bytes)Length(bytes)Type Description01uint8_t0：Close continuous output data1：Open continuous output dataFor example:Turn off continuous ranging mode: 55 AA 92 01 00 FAOpen continuous ranging mode: 55 AA 92 01 01 FA4: Description on the design recommendation / installation method When choosing a place for mounting, please consider the following recommendations:•Please design appropriate housing or compartment to mechanically fit the tof module. Or, use glue to affix the module to your application , and pay attention to using non-conductive materials and do not touch any components on the PCB to avoid affecting the measurement accuracy and possibly evencausing damage.(It is recommended to install on the surface with the color as shown in the figure above)•Mounting close to sources of heat or strong electromagnetic fields can decrease the sensing performance•Do not mount anything directly in front of the sensor or in a cone of approximately 25°around the central optical axis of the sensor•It is better to avoid having other sources of Continuous Wave or modulated IR light close to the sensor •Please consider that dust, dirt and condensation can affect the sensor performanceDate Version Description 20201215 1.01Description on the design recommendation / installation method 20201005 1.0Initial version。

Quick CardT-BERD®/MTS-2000 Modular Test Set StrataSync™This procedure describes how to synchronize the T-BERD/MTS-2000 or SmartOTDR to the StrataSync cloud-based Asset Management System. Syncing requires internet connectivity from the test set. The T-BERD/MTS-2000 includes an internal Ethernet port, USB port for tethering, and optional Wi-Fi. SmartOTDR supports USB Tethering and optional Wi-Fi.Equipment Requirements:•T-BERD/MTS-2000 or SmartOTDR equipped with the following:o Software Release V16.22 or greatero Wireless option for Wi-Fi Connectivity•Internet connection (via Ethernet, Wi-Fi, or USB Tether)The following information is required to complete the procedure:•StrataSync Account ID•StrataSync Tech IDSyncing the T-BERD, MTS or SmartOTDR:1.Press the ON/OFF button to turn on the T-BERD/MTS-2000 or SmartOTDR.2.Press the HOME button to display the Home Screen.3.Tap the Connectivity icon to view the Connectivity Screen.4.Establish a connection to the internet from the Ethernet or Wireless Configurationscreens, then tap the Exit soft key to return to the Connectivity Screen.5.Tap the StrataSync icon in the Connectivity Screen to view StrataSync settings.Figure 1: Home Screen Figure 2: Connectivity ScreenFigure 3: StrataSync Settings Screen6.Configure the StrataSync settings:•Server Type:o Select Viavi Server if you are using V IAVI’s secure cloud-based server.o If your company has it’s own StrataSync server, select Server Address and type in the server address.•Account ID:o Press the right arrow key on the T-BERD/MTS to display the keyboard.o Enter your StrataSync Account Number.•Technician ID:o Press the right arrow key on the T-BERD/MTS to display the keyboard.o Enter your StrataSync Tech ID.•Upload From: This is the OTDR folder which will be synchronized with StrataSync. You can change it to any available folder on the test set.o To change the folder, press the FILE hard key and highlight the desired folder.o Note that only files that have not been uploaded will be uploaded. Only files in that one folder will be uploaded.7.Once all configurations are set, tap the Connect to StrataSync soft key on the top right of thedisplay. A Cloud icon will appear in the Status Bar on the top screen. As soon as it disappears and the Connect to StrataSync soft key becomes available, your sync process is finished.8.After your StrataSync connection has been configured and activated for the first time, you canalso sync your unit directly from the Home Screen by tapping the StrataSync icon.Contact Us +1 844 GO VIAVI(+1 844 468 4284)To reach the VIAVI office nearestyou, visit /contacts.© 2018 VIAVI Solutions Inc.Product specifications and descriptions in thisdocument are subject to change without notice.Accessing your Stratasync Account via WEB Browser:1.Open your web browser, go to: , and enter your User Nameand Passwordto login to your StrataSync AccountFigure 4: StataSync Login2.Click on the Test Data menu and select the Test Data List. To find your results, you can eitherlook for your .Figure 5: Test Data menu3.To download test data to your PC, right-click on the desired report and click Download.Note: To save multiple reports, use the Actions drop-down menu to Check All on this Page, Check All on All pages, or Download. A zip file with the selected reports will download to your browser.Figure 6: Downloading test data。

// X PLORER-TX/TSFull application range with remarkable accuracy and precisionKey Features Include:• Ultra-low detection limits, high stability and reliability due to the temperature controlled detectors and feedbackcontrol loop.• Compact design, with the smallest footprint in the market.• Short start-up time. (Less than 15 minutes from standby mode).• Fast and precise measurement of liquids, solids, and gases (including LPGs).• Automation available for each type of measurement. • Intuitive user interface and operational software.• Simultaneous analysis of halogens and sulfur.• Fast and easy switching between modules, resulting in high productivity.• Complies with international standards like: ASTM, ISO, EN and IP .• Fully automated creation of calibration curves from a single stock solution with the optional A RCHIE autosampler.• Fast generation of sample lists and application methods.• Low maintenance due to optimized combustion and the proper conditioning of the produced gases.Con fi guration: X PLORER with GLS*The X PLORER -TX/TS is a microcoulometric combustion analyzer for the analysis of total halogens and total sulfur. The small footprint allows it to blend into every laboratory environment, whether it is in R & D, a re fi nery, a chemical or petrochemical application. This elemental analyzer will perform well. It is robust, precise and ideal for harsh testing environments.Speed & performance with minimal footprintAny Sample MatrixThe XPLORER-TX/TS combustion analyzer handles solid, liquid, gas and LPG samples. Changing from a liquids & gas module to the solids module has never been easier. With the push of one button, the liquids & gas module retracts automatically from the furnace. No clamps or manual locking. The change can be made in less than a minute. Simply choose the pre-loaded sample calibration list and run your samples.Automated or Semi-automatedIn terms of system automation, the choice is yours; semiautomated or fully automated. Select between manual operation for a couple of samples per day or round the clock operation with the autosampler. If the analyzer is operated manually there are two options. For the introduction of liquid samples, there is an integrated automatic syringe driver. It offers full control over the desired volume and speed of injection. For the introduction of solid samples, there is an integrated, software controlled boat drive.When operating the analyzer in full automation, the ARCHIE robotic XYZ auto sampler handles all liquid samples from 105 up to 210 postions. It extracts the samples from 2 mL vials and is able to dilute and generate calibration check standards automatically as well as run routine samples. The GLS module is for the introductionof gas and LPG samples. Using the touch screen as the user interface it can be operated as a method driven gas sampler and also as a stand alone sample introduction unit.Solid samples can be introduced by the stackable NEWTON auto sampler, which simply utilizes gravity introduction for high sample throughput and low cost per analysis. Assorted sample cups are available for various applications. W orking with an auto sampler enhances the overall quality, saves time and signifi cantly reduces the use of spare parts.Higher Productivity through Accurate Analysis Coulometric determination of chlorine and sulfur isan absolute technique using Faraday constant, so no calibration is required. T he accuracy is automaticallyverifi ed using a control standard. The overall analysisof hydrocarbons at ultra-low concentrations offers unprecidented precision.Compliance and RegulationsThe instrument complies with, but is not limited to the following international standards:TX ASTM D4929ASTM D5194ASTM D5808ASTM D7457UOP 779TSASTM D3120ASTM D3246ASTM D3961ArchieIndustrial ApplicationsChemicals• Acetic Acid• Polypropylene & ethylene • Polycarbonate • Aromatics • Resins • Ole fi ns and para fi nes Re fi nery Products • Crude oil • Kerosene • Fuel oil • Gasoline • Diesel fuels • Catalyst • Naptha • Lubricants Gases and LPGs• Independant laboratories • Chemical laboratories • Petrochemical laboratories• Government institutions and research facilities • UniversitiesMeeting the T oughest Standards and RegulationsRegulatory organizations worldwide have set low levels of allowed sulfur concentration in organic fuel for the present and near future. Besides sulfur regulations, knowing the exact concentration of sulfur and chlorine in certain feed stocks has always been important for production processes in the re fi neries. During the re fi nery process organic chlorines combust and will form hydrochloric acid. This formation needs to be avoided to minimize corrosion in the re fi nery process. Therefore, the re fi neries need to monitor and control the total sulfur and total chlorine content in the crude oil feedstock.Reference MethodologyMicrocoulometry is a reference method for the determination of total sulfur content in light liquidhydrocarbons, gasoline, diesels and their additives. It is also the reference method for the determination of total chlorides in crude oil. Microcoulometry fully complies with international standards: ASTM, ISO, IP , and UOP .GLSThe next generation Gas & LPG sampling systemThe GLS is suitable for handling all types of pressurized gases and LPGsfor the analysis of chlorine and sulfur. The GLS combines seamlessly with the X PLORER combustion analyzer using the same software, and is also excellent with other combustion analyzers.A RCHIEThe robotic liquids auto samplerUnlike previous generation liquid samplers, the A RCHIE uses a 100 μL syringe to aspirate and seal the sample with utmost precision and at a controlled speed. The sample can then be introduced into a vertical liquid furnace or be injected in a boat introduction module at controlled speed, forming a perfect complement to the X PLORER analyzer.N EWTONThis auto sampler measures up to 60 solid samples unattendedThe N EWTON is a stackable auto sampler. Housing trays for 20 samples, it is designed for a quick, accurate introduction of solid samples into the X PLORER . It is a user friendly system that is capable of running one, two or three trays of samples in succession unattended. The clean cups which are retracted from the combustion zone, are stored in a stainless steel compartment ready to be reused.Auto SamplersHow does the Chlorine Cell work?Samples are introduced with the appropriate module,into a furnace, where the sample is oxidized at high temperature. The combustion gas, containing halide ions, is led into a sulfuric acid scrubber for a rapid water and interferent removal. The dried and clean gas is led into the temperature controlled titration cell, where the halide ions react with silver ions, present in the titration cell.The amount of charge (the integral of the regeneration current over the measuring time) used to regenerate the lost silver ions, is directly related to the halogen content of the sample.Combustion:R-X + O2∙ HX + CO2+ H2OTitration Cell:HX + Ag+∙ H+ + AgX Ag ∙ Ag+ + e-How does the Sulfur Cell work?Samples are introduced, with the appropriate module, into a furnace, where the sample is oxidized at high temperature. The combustion gas, containing sulfur dioxide (SO2), is led into a sulfuric acid scrubber for rapid water and interferent removal. The dried and clean gas is led into the temperature controlled titration cell, where the sulfur dioxide reacts with T ri-iodine, present in the titration cell.The amount of charge (the integral of the regeneration current over the measuring time) used to regenerate the lost T ri-iodine, is directly related to the sulfur content of the sample.Combustion:RS + O2∙ CO2+ SO2+ H2OTitration cell:SO2+ I3- + H2O ∙ SO3+ 3I- + 2H+3I-∙ I3- + 2e-Sulfur CellChlorine CellHORIBA INSTRUMENTS, INC.9755 Research Drive Irvine, California 92618800-446-7422/us/oil ******************• The contents of this catalog are subject to change without prior notice, and without any subsequent liability to this company.• The color of the actual products may differ from the color pictured in this catalog due to printing limitations.• It is strictly forbidden to copy the content of this catalog in part or in full.• All brand names, product names and service names in this catalog are trademarks or registered trademarks of their respective companies.cam0916X PLORER-TX/TS System Speci fications。

发那科机器人焊接应用的I/O配置(总线型)<H2><A NAME="1">Version Information</A></H2> <PRE><A HREF="#TOP">【TOP】</A><br>F Number: YH14979VERSION : SpotTool+$VERSION: V7.5093 06/14/2010DATE: 14-AUG-11 18:21VERSION INFORMATION::SOFTWARE: ID:SpotTool+ 7DA5/12S/W Serial No. : 88150Controller ID : YH14979Default Personality (from FD)R-2000iB/210F V7.50P/12Servo Code : V15.01Cart. Mot. Parameter: V3.00JNT. Mot. Parameter : V3.00DCS : NoneSoftware Edition No.: V7.50P/12Update Version : NoneCustomization Ver. : NoneRoot Version : V7.5093 Boot MONITOR : V7.70P/06 Teach Pendant : 7D0F/01M Browser Plugins : V7.7004 TP Core Firmware : V7.7004 Media from FRL 06/24/2010CONFIG::FEATURE: ORD NO: SpotTool+ H590 English Dictionary H521Multi Language (CHIN) H539AA Vision Mastering AAVM Analog I/O H550Auto Software Update ATUP Automatic Backup J545 Background Editing J616 Camera I/F VCAMCell I/O CLIOCommon shell R645 Common shell core CMSC Common softpanel CMSPCommon style select STYL Condition Monitor J628 Constant Path R663 Control Reliable CNRE Corner Region R654 Diagnostic log RSCH Disable Faults CDSB Dispense Plug-in SPLG Dual Check Safety UIF DCSU Enhanced Mirror Image R698 Enhanced Rob Serv Req ORSR Enhanced T1 Mode R680 Enhanced User Frame J604 Ext. DIO Config EIOC Extended Error Log R542 External DI BWD ESET FCTN Menu Save J516 FTP Interface J716 Group Mask Exchange MASK High-Speed Skip J627 Host Communications HOCO Hour Meter J513I/O Interconnect 2 J542Incr Instruction J510 KAREL Cmd. Language J650 KAREL Run-Time Env J539 Kernel + Basic S/W H510 License Checker LCHK LogBook(System) OPLG MACROs, Skip/Offset J503 MH gripper common MHGC Mat.Handling Option MPLG MechStop Protection MCSP Mirror Shift J506Mixed logic J554Mode Switch MDSW Motion logger R637Multi Appl Enabler MAEN Multi Equipment J617 Multi-Tasking J600 Position Registers J514 Print Function J507Prog Num Selection J515 Program Adjust J517Program Shift J505 Program Status PRST Program ToolBox R598 RDM Robot Discovery FRDM Robot Service Request SRSR Robot Servo Code H930 SNPX basic SNBA Seal Common SLCM Shift Library SHLBShift and Mirror Lib SMLB Soft Parts in VCCM SPVC Spot Plug-in SPPGTCP Auto Set J520TCP Speed Prediction J524 TCP/IP Interface HTCP TMILIB Interface TMILTP Menu Accounting TPAC TPTX TPTXTelnet Interface TELNTool Offset J509 Unexcepted motn Check UECK User Frame UFRMVision Core VCOR Vision Library VIPLVision SP CSXC CSXC Vision Shift Tool CVVFWeb Server HTTPWeb Svr Enhancements R626 iPendant CGTP iPendant Grid Display IGUI iPendant Setup IPGSR-2000iB/210F H601 Servo Gun Axes H869 Auto Tuning CS J952 Collision Guard R534 Collision Guard Pack J684 Cycle Time Priority J523 DeviceNet Interface J753 DeviceNet(Slave) J754Disp 2nd analog port R528 Extended Axis Control J518 Extended User Frames R696 FANUC ServoGun Change J665 FRL Params R651HMI Device (SNPX) R553 Multi-Group Motion J601PC Interface R641PMC(FAPT Ladder) J760 Password Protection J541 ROS Ethernet Packets R603 Servo Gun Option J643 Servo Gun WT Compens J933 Space Check J609USB port on iPendant J957 YELLOW BOX J775 iRCalibration VShift J994Arc Advisor R666Aux Servo Code SVMO Common calib UIF CUIF Cycle time Opt. CTOP Extended Axis Speed EXTS Func stup FCSPHTTP Proxy Svr PRXY High Speed ServoGun J886 IntelligentTP PC I/F J770JPN ARCPSU PRM J885Motherboard driver MOBOPC Send Macros SEND Pressure Control PCTL Requires CP CPRQ Robot Library Setup RLCM SSPC error text ETSS Servo Gun Core J670 Servo Hand Change SVHC Sgdiag core SGDG Socket Messaging R636Soft Limit SLMTTCPP Extention TCPE VCalibration Common VCCM VisShift I/F Common CVVC Vision Shift Common CVVS istdpnl IPNLiPendant HMI Setup U001RM HELP INCL VIS PKGS U004 SMB TP Backup U006 RIPE GET_VAR FIX U007 FLEXTOOL: ADD R729.FD U008 CVIS ADD EP ADV PKG U009CVIS NO WTWTEST LOAD U010 LOAD HELP FOR SELECT U011 FALSE ALARM CPMO-130 U012 MD: HANG FROM INTP U013R709 DRAM AVAILCHECKS U014 CVIS VPCS SUPP LIMCHK U015 CVIS VPFF POS DIF FIX U0168-12 CHARACTER PROGRA U017 SAVE FRAMEVAR.SV U018TP Enable NOAM U026 STRCTURE SHADOW UPDAT U027 RIPE STATICS TOO MUCH U028 TIMQ MOTN-003 U030 ROBOGUIDE DAUGHTER U032 Disable touch in Edit U033PATH NODE MOVETO U035 RIPEREMOVE TIME RETRY U038 VMXPACK MAY ASSERT U039 CYCLE DATA MAY BE COR U040 TOO MANY ARC OPTIONS U043 PMC Display wait fix U044APSH-171 fix U045SLOW T1 MOTN U046GET_POS_TPE fix U047jog disable by app wa U048CVIS VPEP HIST RT FIX U049 MXSPD TB CPMO003 U050 CVIS BARCODE ENHANCE U051 prv save may not work U052High RIPE traffic fix U053print from sysvar scr U054 PROGRAM ADJUST FOR SH U058 RIPE/GETSET ERROR HAN U060 IPENDANT SCREEN UNREA U061 HANDLE PART CORRECTIO U064 NO FILE BACKGROUND ED U066 CVIS EP PKG INCL SVIP U067 SIX DIGIT VERSIONS U068 CVIS NEW VERSION P06 U069 IMAGE SAVE LOAD U070 DISP PROC ISSUE U071 REPLAN JOINT DELTA U078TP EDIT CALLFROM FIX U079 CVIS FIX IPNDT RT IMG U080$coord_mask default U084R719 ENHANCEMNT/FIXES U085 Local Hold TIMQ Adjus U097PG: CHDELMON can caus U100 CVIS: 3D multi-view d U101 Increase Number of FD U103 KAREL CANNOT ACCESS M U104 Robot Settings are lo U108PAINT - Wait/Release U109 FlexTool: Backward mo U114 PAINT - PaintPRO Repa U117 EDIT SCREEN IS CLOSED U500 ANTIDEFECT UIF FIX U507 PNIO V750 FIX1 U509FIX LOADING DB SYSVAR U510 FIX EDGE DETECTION U511 ONLINE HELP BUGFIX U512 CVIS: CAM CALIB FIX U514 DISP CUSTOM FOR SSGUN U515 FIX ABC JARKY MOTION U517 MILLIMETER CONVERSION U518 GARBLED STR REG U519ALARM TEXT BUG FIX U520 DISP CUST DRY FOR SSG U521 IMPROVE LWR DETECTION U523 CVIS FREEZE VLOG TASK U525 VP2S MM CONVERSION U526 FIX TP FREEZE IBPX U527FX DB/TB BUSY RUNNING U528 RECORD CALIBRATION LO U529 DIV CALCULATION FIX U530FIX FOR BWD RETURN U531 CONDITION MONITOR FIX U532 VOFS: UNEXP ALARM FIX U533 FIX SERVO GUN TEXT U534 FIX FENCE SVEMG ABNML U535 DCS CC_SAFEIO ALARM U537 IMPROVED GUN TOUCHUP U540 FIX GUN CHG WITH DNET U541 UPDATE GUNTCH PAEAMS U542 DOT PETTERN BUG U543 CVIS: IRVISION BUG FI U544 UPDATE SVGN ERROR TXT U545 FIX TOOLCHG WITH DNET U546MLOCK CHK WITH GUNCHG U547MECH COMP FOR GUNTCH U549 IMPROVE GUNTCH PARAMS U550 VISION MEMORY LEAK U551FIX UNWANTED MESSAGE U552 SUPPORT DET SOFT WORK U553CVIS:SPEC CHANGE OF V U554GRID DETECT BUG FIX U559MOTOR::GR: AX: MOTOR ID AND INFO:1 1 ACaiSR30/3000 80A H1 DSP1-L1 2 ACaiSR30/3000 80A H2 DSP1-M1 3 ACaiSR30/3000 80A H3 DSP1-J1 4 ACa12/4000iS 40A H4 DSP1-K1 5 ACa12/4000iS 40A H5 DSP2-L1 6 ACa12/4000iS 40A H6 DSP2-M1 7 aiF22/3000 80A H DSP -2 1 aiS8/4000 80A H DSP -SERVO::GROUP: AXIS: SERVO PARAM ID:1 1 P02.061 2 P02.061 3 P02.061 4 P02.061 5 P02.061 6 P02.061 7 P00.392 1 P00.39</PRE><H2><A NAME="2">Memory Detail</A></H2> <PRE><A HREF="#TOP">【TOP】</A><P>MEMORY USAGE::MEMORY DETAIL (MAIN):Pools TOTAL AVAILABLE LARGEST TPP 800.0KB 577.8KB 555.0KBPERM 1978.0KB 371.6KB 366.5KB SYSTEM 7182.0KB 2.5KB 2.5KB SHADOW 5894.5KB 5556.5KB 32.0KB TEMP 21052.5KB 1422.8KB 714.2KBFROM 31857.0KB 9258.0KB .0KBHARDWAREFROM 32MBDRAM 32MBSRAM 2MBMEMORY DETAIL (COMM):Pools TOTAL AVAILABLE LARGESTTPP 0.0KB 0.0KB 0.0KBPERM 48.0KB 47.8KB 47.8KBSYSTEM 6144.0KB 5553.0KB 5553.0KBSHADOW 5894.5KB 5556.5KB 32.0KBTEMP 9844.5KB 8201.3KB 7949.9KB</PRE><H2><A NAME="3">Program Status Information</A></H2> <PRE><A HREF="#TOP">【TOP】</A><P>TASK STATES:1 RESET status = ABORTED****** History Data ******Routine depth: 0 Routine: RESETLine: 1 Program: RESET Type: TP2 STHICHNG status = ABORTED****** History Data ******Routine depth: 0 Routine: STHICHNGLine: 128 Program: STHICHNG Type: PC 3 PNLINST status = ABORTED****** History Data ******Routine depth: 0 Routine: PNLINSTLine: 223 Program: PNLINST Type: PC 4 PSCOLD status = ABORTED****** History Data ******Routine depth: 0 Routine: PSCOLDLine: 93 Program: PSCOLD Type: PC 5 SYRSRUTL status = ABORTED****** History Data ******Routine depth: 0 Routine: SYRSRUTLLine: 63 Program: SYRSRUTL Type: PC 6 SVGNCH status = ABORTED****** History Data ******Routine depth: 0 Routine: SVGNCHLine: 287 Program: SVGNCH Type: PC 7 SGDIAINI status = ABORTED****** History Data ******Routine depth: 0 Routine: SGDIAINILine: 204 Program: SGDIAINI Type: PC 8 ATSHELL RUNNING @ 1055 in ATSHELL of ATSHELL****** History Data ******Routine depth: 0 Routine: ATSHELLLine: 1055 Program: ATSHELL Type: PC9 LOADCELL status = ABORTED****** History Data ******Routine depth: 0 Routine: PBCORELine: 0 Program: PBCORE Type: 010 MHGRSHLL RUNNING @ 1213 in MHGRSHLL of MHGRSHLL****** History Data ******Routine depth: 0 Routine: MHGRSHLLLine: 1213 Program: MHGRSHLL Type: PC 11 SWAXTSK1 RUNNING @ 758 in PROCESSAMR of SWAXTCMN****** History Data ******Routine depth: 1 Routine: PROCESSAMRLine: 758 Program: SWAXTCMN Type: PCRoutine depth: 0 Routine: SWAXTSK1Line: 172 Program: SWAXTSK1 Type: PC12 SWAXTSK2 RUNNING @ 758 in PROCESSAMR of SWAXTCMN****** History Data ******Routine depth: 1 Routine: PROCESSAMRLine: 758 Program: SWAXTCMN Type: PCRoutine depth: 0 Routine: SWAXTSK2Line: 120 Program: SWAXTSK2 Type: PC13 SLCUSTOM RUNNING @ 1647 in SLCUSTOM of SLCUSTOM****** History Data ******Routine depth: 0 Routine: SLCUSTOMLine: 1647 Program: SLCUSTOM Type: PC 14 SWIMSET status = ABORTED****** History Data ******Routine depth: 0 Routine: SWIMSETLine: 348 Program: SWIMSET Type: PC</PRE><H2><A NAME="4">I/O status information</A></H2> <PRE><A HREF="#TOP"></A><P>IO STATUS::DIN【1】OFFDIN【2】OFFDIN【3】OFFDIN【4】OFFDIN【5】OFF UPPER TIP RESETDIN【6】OFF LOWER TIP RESETDIN【7】OFF TEST RUNDIN【8】OFF TIP CHANGE COMPLETEDIN【9】OFFDIN【10】OFFDIN【11】OFF DRESS_1 COMPLETEDIN【12】OFF DRESS_2 COMPLETEDIN【13】OFF DRESS_1 ADV.LSDIN【14】OFF DRESS_2 ADV.LSDIN【15】OFF DRESS_1 RET.LSDIN【16】OFF DRESS_2 RET.LSDIN【17】OFFDIN【18】OFFDIN【19】OFF TC1 5STEP 1DIN【20】OFF TC1 5STEP 2DIN【21】OFF TC1 5STEP 3DIN【22】OFF TC1 5STEP 4DIN【23】OFF TC2 5STEP 1DIN【24】OFF TC2 5STEP 2DIN【25】OFF TC2 5STEP 3DIN【26】OFF TC2 5STEP 4DIN【27】OFF POP WELD COMPLETE DIN【28】OFFDIN【29】OFFDIN【30】OFFDIN【31】OFF GUN COVER OPENDIN【32】ON GUN COVER CLOSE LS DIN【33】OFF HAND COVER OPENDIN【34】ON HAND COVER CLOSE DIN【35】OFF AHC COVER-3 OPEN LS DIN【36】OFF AHC COVER-3 CLOSE LS DIN【37】OFF AHC COVER-4 OPEN LS DIN【38】OFF AHC COVER-4 CLOSE LS DIN【39】OFF GUN1 2ND ST OPEN LSDIN【40】OFF GUN2 2ND ST OPEN LS DIN【41】OFF CHUCK OPEN CONFIRM DIN【42】ON CHUCK CLOSE CONFIRM DIN【43】ON AHC FACEDIN【44】OFFDIN【45】OFFDIN【46】OFFDIN【47】OFF ROBOT 2ND STARTDIN【48】OFFDIN【49】OFF WELD COMPLETEDIN【50】OFFDIN【51】OFFDIN【52】OFFDIN【53】OFFDIN【54】OFFDIN【55】ON STYLE1DIN【56】OFF STYLE2DIN【57】OFF STYLE4DIN【58】OFF STYLE8DIN【59】OFF STYLE16DIN【60】OFF STYLE32DIN【61】OFF STYLE64DIN【62】OFF STYLE128DIN【63】OFF GUN1 STEADDIN【64】OFF HAND STEADDIN【65】OFF TOOL STEAD 3DIN【66】OFF TOOL STEAD 4DIN【67】OFFDIN【68】OFFDIN【69】OFFDIN【70】OFFDIN【71】OFF Jig Non-int.DIN【72】OFF Shuttle Nnn-int.DIN【73】OFFDIN【74】OFF Weld Enable 1DIN【75】OFF Weld Enable 2DIN【76】ON Robot_G Weld Comp.1 DIN【77】OFFDIN【78】OFFDIN【79】ON Pick Up Ok Feeder DIN【80】OFFDIN【81】OFF Hand Jig Conf.DIN【82】OFF Hand Rock Adv Comp DIN【83】OFF Jig Cover Close Comp.DIN【84】OFF Hand Rock Ret Comp. DIN【85】OFF Jig Cover Open Comp. DIN【86】ON Robct_G I/L1DIN【87】ON Robot_G I/L2DIN【88】OFFDIN【89】OFFDIN【90】OFFDIN【91】OFFDIN【92】OFFDIN【93】OFFDIN【94】OFF Sealer HoldDIN【95】OFFDIN【96】OFFDIN【97】OFFDIN【98】OFFDIN【99】OFFDIN【100】OFFDIN【101】OFFDIN【102】OFFDIN【103】OFFDIN【104】OFFDIN【105】OFFDIN【106】OFF PART IN STATION CONFIRM DIN【107】ON ROBOT AWAY FROM STATION DIN【108】OFFDIN【109】ON GUN IN STATIONDIN【110】OFF HANDKING IN STATIONDIN【113】ON SEALING MATERIAL OKDIN【114】OFF SEALING MATERIAL LACKING DIN【115】OFFDIN【116】OFF HEATING NOT OKDIN【117】OFFDIN【118】OFFDIN【119】OFFDIN【120】OFFDIN【121】OFFDIN【122】OFFDIN【123】OFFDIN【124】OFFDIN【125】OFFDIN【126】OFFDIN【127】OFFDIN【128】OFFDIN【129】OFF Clamp 1 openDIN【130】ON Clamp 1 closed DIN【131】OFF Clamp 2 open DIN【132】ON Clamp 2 closed DIN【133】OFF Clamp 3 open DIN【134】ON Clamp 3 closed DIN【135】OFF Clamp 4 open DIN【136】ON Clamp 4 closed DIN【137】OFF Clamp 5 open DIN【138】ON Clamp 5 closed DIN【139】OFF Clamp 6 open DIN【140】ON Clamp 6 closed DIN【141】OFF _DIN【142】OFF _DIN【143】OFF _DIN【144】OFF _DIN【145】OFF Part present 1 DIN【146】OFF Part present 2 DIN【147】OFFDIN【148】OFFDIN【149】OFF 2-1-ONDIN【150】ON 2-1-OFFDIN【151】OFF 2-2-ONDIN【152】ON 2-2-OFFDIN【153】ON 2-3-OFFDIN【154】ON 2-4-OFFDIN【155】OFFDIN【156】OFFDIN【157】ON 3-1-OFFDIN【158】OFF 3-1-ONDIN【159】ON 3-2-OFFDIN【160】OFF 3-2-ONDOUT【1】OFF ROBOT USER ALARM DOUT【2】OFF STYLE VAERITY FAULT DOUT【3】OFFDOUT【4】OFFDOUT【5】OFF GUN COVER OPEN DOUT【6】OFF GUN COVER CLOSE DOUT【7】OFF HAND COVER OPEN DOUT【8】OFF HAND COVER CLOSE DOUT【9】OFF AHC COVER-3 OPEN DOUT【10】OFF AHC COVER-3 CLOSE DOUT【11】OFF AHC COVER-4 OPEN DOUT【12】OFF AHC COVER-4 CLOSE DOUT【13】OFFDOUT【14】OFF TIP WEAR OVER MOVEDOUT【15】OFF TIP WEAR OVER FIXDOUT【16】OFF TIP CHANGE POSITIONDOUT【17】OFF TC1 GUN FAULT CHECK DOUT【18】OFF TC1 OFF_SET MEASURING DOUT【19】OFFDOUT【20】OFFDOUT【21】OFFDOUT【22】OFFDOUT【23】OFFDOUT【24】OFFDOUT【25】OFFDOUT【26】OFFDOUT【27】OFFDOUT【28】OFFDOUT【29】OFF DRESSOR-1 STARTDOUT【30】OFF DRESSOR-2 STARTDOUT【31】OFF DRESSOR SHIFT1 ADV.SERVO DOUT【32】OFF DRESSOR SHIFT2 ADV.SERVO DOUT【33】OFF POP START1DOUT【34】OFF POP START2DOUT【35】OFF POP START3DOUT【36】OFF POP START4DOUT【37】OFF POP WELD CONDITION 1 DOUT【38】OFF POP WELD CONDITION 2 DOUT【39】OFF POP WELD CONDITION 4 DOUT【40】OFF POP WELD CONDITION 8 DOUT【41】OFF POP WELD CONDITION 16 DOUT【42】OFF POP WELD CONDITION 32 DOUT【43】OFF POP SWING ADV.DOUT【44】OFFDOUT【45】OFF WORK COMPLETEDOUT【46】ON Shuttle Run EnableDOUT【47】OFF 2nd Work Comp.DOUT【48】OFF GUN1 PRESSDOUT【49】OFFDOUT【50】OFFDOUT【51】OFF UNCHUCK POSITION DOUT【52】OFF AHC FaceDOUT【53】OFF CHUCK OPENDOUT【54】ON CHUCK CLOSEDOUT【55】OFF Sealer FaultDOUT【56】OFF Sealer EM.StopDOUT【57】OFF Sealer LowDOUT【58】OFF SEAL AIR PRESS DOUT【59】OFFDOUT【60】OFFDOUT【61】OFF WELD CONDITION 1 DOUT【62】OFF WELD CONDITION 2 DOUT【63】OFF WELD CONDITION 4 DOUT【64】OFF WELD CONDITION 8 DOUT【65】OFF WELD CONDITION16 DOUT【66】OFF WELD CONDITION32 DOUT【67】OFF WELD CONDITION64 DOUT【68】OFF WELD CONDITION128 DOUT【69】ON Jig Non-int.DOUT【70】ON Shuttle Non-int.DOUT【71】OFF Tip Change Run. DOUT【72】OFF Tip Dress Run.DOUT【73】OFFDOUT【74】OFFDOUT【75】OFFDOUT【76】OFFDOUT【77】ON Fdr. Non-int.DOUT【78】OFF Fdr. unload comp. DOUT【79】OFFDOUT【80】OFF Jig Hand ClampDOUT【81】OFF Jig Cover CloseDOUT【82】OFF Jig Hand UnclampDOUT【83】OFF Jig Cover OpenDOUT【84】ON Robot_G I/L1DOUT【85】ON Robot_G I/L2DOUT【86】OFFDOUT【87】OFFDOUT【88】OFFDOUT【89】OFFDOUT【90】OFF SEALING MATERIAL LACKING DOUT【91】OFF SEALING HEATING NOT OK DOUT【92】OFF SEALING GUN OPENDOUT【93】OFFDOUT【94】OFF CC-LINK STATUSDOUT【95】OFF CC-LINK STATUSDOUT【96】OFF CC-LINK STATUSDOUT【97】OFF CC-LINK STATUSDOUT【98】OFF CC-LINK STATUSDOUT【99】OFF CC-LINK STATUSDOUT【100】OFF CC-LINK STATUSDOUT【101】OFF CC-LINK STATUSDOUT【103】OFFDOUT【104】OFF JIG CLAMP OPEN REQUEST DOUT【105】OFFDOUT【106】OFF PART IN STATIONDOUT【107】OFFDOUT【108】OFFDOUT【113】OFF SEALING STARTDOUT【114】ON SEALING STOPDOUT【115】OFFDOUT【116】OFFDOUT【117】OFFDOUT【118】OFFDOUT【119】OFFDOUT【120】OFFDOUT【121】OFFDOUT【122】OFFDOUT【123】OFFDOUT【124】OFFDOUT【125】OFFDOUT【126】OFFDOUT【127】OFFDOUT【129】OFF SPARE DOUT【130】OFF SPARE DOUT【131】OFF CLAMP_3_ON DOUT【132】ON CLAMP_3_OFF DOUT【133】OFF CLAMP_2_ON DOUT【134】ON CLAMP_2_OFF DOUT【135】OFF CLAMP_1_ON DOUT【136】ON CLAMP_1_OFF DOUT【137】OFF SPARE DOUT【138】OFF SPARE DOUT【139】OFF _DOUT【140】OFF _DOUT【141】OFF _DOUT【142】OFF _DOUT【143】OFF _DOUT【144】OFF _GIN【1】 1 Style No.GOUT【1】0UI【1】ON *IMSTPUI【2】ON *HoldUI【3】ON *SFSPDUI【5】OFF Fault resetUI【6】OFF StartUI【7】OFF HomeUI【8】ON EnableUI【9】OFF RSR1/PNS1 UI【10】OFF RSR2/PNS2 UI【11】OFF RSR3/PNS3 UI【12】OFF RSR4/PNS4 UI【13】OFF RSR5/PNS5 UI【14】OFF RSR6/PNS6 UI【15】OFF RSR7/PNS7 UI【16】OFF RSR8/PNS8 UI【17】OFF PNS strobe UI【18】OFF Prod start UO【1】ON Cmd enabled UO【2】ON System ready UO【3】OFF Prg running UO【4】OFF Prg paused UO【5】OFF Motion held UO【6】OFF FaultUO【7】ON At perchUO【9】OFF Batt alarmUO【10】OFF BusyUO【11】OFF ACK1/SNO1UO【12】OFF ACK2/SNO2UO【13】OFF ACK3/SNO3UO【14】OFF ACK4/SNO4UO【15】OFF ACK5/SNO5UO【16】OFF ACK6/SNO6UO【17】OFF ACK7/SNO7UO【18】OFF ACK8/SNO8UO【19】OFF SNACKUO【20】OFF ReservedSI【1】OFF Fault resetSI【2】ON RemoteSI【3】ON HoldSI【4】OFF User PB#1SI【5】OFF User PB#2SI【6】OFF Cycle startSI【7】OFFSI【8】ON CE/CRｓｅｌｅｃｔb0 SI【9】ON CE/CRｓｅｌｅｃｔb1SI【11】OFFSI【12】OFFSI【13】OFFSI【14】OFFSI【15】OFFSI【16】ONSO【1】OFF Cycle start SO【2】OFF HoldSO【3】OFF Fault LED SO【4】OFF Batt alarm SO【5】OFF User LED#1 SO【6】ON User LED#2 SO【7】OFF TP enabled SO【8】OFFSO【9】OFFSO【10】OFFSO【11】OFFSO【12】OFFSO【13】OFFSO【14】OFFSO【15】OFFUI【1】ON *IMSTPUI【2】ON *HoldUI【3】ON *SFSPDUI【4】OFF Cycle stopUI【5】OFF Fault resetUI【6】OFF StartUI【7】OFF HomeUI【8】ON EnableUI【9】OFF RSR1/PNS1 UI【10】OFF RSR2/PNS2 UI【11】OFF RSR3/PNS3 UI【12】OFF RSR4/PNS4 UI【13】OFF RSR5/PNS5 UI【14】OFF RSR6/PNS6 UI【15】OFF RSR7/PNS7 UI【16】OFF RSR8/PNS8 UI【17】OFF PNS strobe UI【18】OFF Prod start UO【1】ON Cmd enabled UO【2】ON System ready UO【3】OFF Prg runningUO【4】OFF Prg paused UO【5】OFF Motion held UO【6】OFF FaultUO【7】ON At perchUO【8】OFF TP enabled UO【9】OFF Batt alarm UO【10】OFF BusyUO【11】OFF ACK1/SNO1 UO【12】OFF ACK2/SNO2 UO【13】OFF ACK3/SNO3 UO【14】OFF ACK4/SNO4 UO【15】OFF ACK5/SNO5 UO【16】OFF ACK6/SNO6 UO【17】OFF ACK7/SNO7 UO【18】OFF ACK8/SNO8 UO【19】OFF SNACKUO【20】OFF ReservedRI【1】OFFRI【2】OFFRI【3】OFFRI【4】OFFRI【5】OFFRI【6】OFFRI【7】OFFRI【8】OFFRO【1】OFFRO【2】OFFRO【3】OFFRO【4】OFFRO【5】OFFRO【6】OFFRO【7】OFFRO【8】OFF</PRE><H2><A NAME="5">I/O Configuration Information</A></H2> <PRE><A HREF="#TOP">【TOP】</A><P>IO CONFIGURATION::DIN【5】UPPER TIP RESETDIN【6】LOWER TIP RESETDIN【7】TEST RUNDIN【8】TIP CHANGE COMPLETEDIN 1 - 8 RACK: 81 SLOT: 15 PORT: 19DIN【11】DRESS_1 COMPLETEDIN【12】DRESS_2 COMPLETEDIN【13】DRESS_1 ADV.LSDIN【14】DRESS_2 ADV.LSDIN【15】DRESS_1 RET.LSDIN【16】DRESS_2 RET.LSDIN 9 - 16 RACK: 81 SLOT: 15 PORT: 27 DIN【19】TC1 5STEP 1DIN【20】TC1 5STEP 2DIN【21】TC1 5STEP 3DIN【22】TC1 5STEP 4DIN【23】TC2 5STEP 1DIN【24】TC2 5STEP 2DIN 17 - 24 RACK: 81 SLOT: 15 PORT: 35 DIN【25】TC2 5STEP 3DIN【26】TC2 5STEP 4DIN【27】POP WELD COMPLETEDIN【31】GUN COVER OPENDIN【32】GUN COVER CLOSE LSDIN 25 - 32 RACK: 81 SLOT: 15 PORT: 43 DIN【33】HAND COVER OPENDIN【34】HAND COVER CLOSEDIN【35】AHC COVER-3 OPEN LSDIN【36】AHC COVER-3 CLOSE LSDIN【37】AHC COVER-4 OPEN LSDIN【38】AHC COVER-4 CLOSE LSDIN【39】GUN1 2ND ST OPEN LSDIN【40】GUN2 2ND ST OPEN LSDIN 33 - 40 RACK: 81 SLOT: 15 PORT: 51 DIN【41】CHUCK OPEN CONFIRMDIN【42】CHUCK CLOSE CONFIRMDIN【43】AHC FACEDIN【47】ROBOT 2ND STARTDIN 41 - 48 RACK: 81 SLOT: 15 PORT: 59 DIN【49】WELD COMPLETEDIN【55】STYLE1DIN【56】STYLE2DIN 49 - 56 RACK: 81 SLOT: 15 PORT: 67 DIN【57】STYLE4DIN【58】STYLE8DIN【59】STYLE16DIN【60】STYLE32DIN【61】STYLE64DIN【62】STYLE128DIN【63】GUN1 STEADDIN【64】HAND STEADDIN 57 - 64 RACK: 81 SLOT: 15 PORT: 75 DIN【65】TOOL STEAD 3DIN【66】TOOL STEAD 4DIN【71】Jig Non-int.DIN【72】Shuttle Nnn-int.DIN 65 - 72 RACK: 81 SLOT: 15 PORT: 83 DIN【74】Weld Enable 1DIN【75】Weld Enable 2DIN【76】Robot_G Weld Comp.1DIN【79】Pick Up Ok FeederDIN 73 - 80 RACK: 81 SLOT: 15 PORT: 91 DIN【81】Hand Jig Conf.DIN【82】Hand Rock Adv CompDIN【83】Jig Cover Close Comp.DIN【84】Hand Rock Ret Comp.DIN【85】Jig Cover Open Comp.DIN【86】Robct_G I/L1DIN【87】Robot_G I/L2DIN 81 - 88 RACK: 81 SLOT: 15 PORT: 99 DIN【94】Sealer HoldDIN 89 - 96 RACK: 81 SLOT: 15 PORT: 107DIN【101】DIN【104】DIN 97 - 104 RACK: 81 SLOT: 15 PORT: 115 DIN【106】PART IN STATION CONFIRMDIN【107】ROBOT AWAY FROM STATIONDIN【109】GUN IN STATIONDIN【110】HANDKING IN STATIONDIN 105 - 110 RACK: 81 SLOT: 15 PORT: 123 DIN【113】SEALING MATERIAL OKDIN【114】SEALING MATERIAL LACKINGDIN【116】HEATING NOT OKDIN 113 - 120 RACK: 82 SLOT: 6 PORT: 1 DIN 121 - 128 RACK: 82 SLOT: 6 PORT: 9 DIN【129】Clamp 1 openDIN【130】Clamp 1 closedDIN【131】Clamp 2 openDIN【132】Clamp 2 closedDIN【133】Clamp 3 openDIN【134】Clamp 3 closedDIN【135】Clamp 4 openDIN【136】Clamp 4 closedDIN 129 - 136 RACK: 82 SLOT: 4 PORT: 1DIN【137】Clamp 5 openDIN【138】Clamp 5 closedDIN【139】Clamp 6 openDIN【140】Clamp 6 closedDIN【141】_DIN【142】_DIN【143】_DIN【144】_DIN 137 - 144 RACK: 82 SLOT: 4 PORT: 9 DIN【145】Part present 1DIN【146】Part present 2DIN【149】2-1-ONDIN【150】2-1-OFFDIN【151】2-2-ONDIN【152】2-2-OFFDIN 145 - 152 RACK: 82 SLOT: 5 PORT: 1 DIN【153】2-3-OFFDIN【154】2-4-OFFDIN【157】3-1-OFFDIN【158】3-1-ONDIN【159】3-2-OFFDIN【160】3-2-ONDIN 153 - 160 RACK: 82 SLOT: 5 PORT: 9 DOUT【1】ROBOT USER ALARMDOUT【2】STYLE VAERITY FAULTDOUT【5】GUN COVER OPENDOUT【6】GUN COVER CLOSEDOUT【7】HAND COVER OPENDOUT【8】HAND COVER CLOSEDOUT 1 - 8 RACK: 81 SLOT: 15 PORT: 21 DOUT【9】AHC COVER-3 OPENDOUT【10】AHC COVER-3 CLOSEDOUT【11】AHC COVER-4 OPENDOUT【12】AHC COVER-4 CLOSEDOUT【14】TIP WEAR OVER MOVEDOUT【15】TIP WEAR OVER FIXDOUT【16】TIP CHANGE POSITIONDOUT 9 - 16 RACK: 81 SLOT: 15 PORT: 29 DOUT【17】TC1 GUN FAULT CHECKDOUT【18】TC1 OFF_SET MEASURINGDOUT 17 - 24 RACK: 81 SLOT: 15 PORT: 37 DOUT【29】DRESSOR-1 STARTDOUT【30】DRESSOR-2 STARTDOUT【31】DRESSOR SHIFT1 ADV.SERVODOUT【32】DRESSOR SHIFT2 ADV.SERVODOUT 25 - 32 RACK: 81 SLOT: 15 PORT: 45 DOUT【33】POP START1DOUT【34】POP START2DOUT【35】POP START3DOUT【36】POP START4DOUT【37】POP WELD CONDITION 1DOUT【38】POP WELD CONDITION 2DOUT【39】POP WELD CONDITION 4DOUT【40】POP WELD CONDITION 8DOUT 33 - 40 RACK: 81 SLOT: 15 PORT: 53 DOUT【41】POP WELD CONDITION 16DOUT【42】POP WELD CONDITION 32DOUT【43】POP SWING ADV.DOUT【45】WORK COMPLETEDOUT【46】Shuttle Run EnableDOUT【47】2nd Work Comp.DOUT【48】GUN1 PRESSDOUT 41 - 48 RACK: 81 SLOT: 15 PORT: 61 DOUT【51】UNCHUCK POSITIONDOUT【52】AHC FaceDOUT【53】CHUCK OPENDOUT【55】Sealer FaultDOUT【56】Sealer EM.StopDOUT 49 - 56 RACK: 81 SLOT: 15 PORT: 69 DOUT【57】Sealer LowDOUT【58】SEAL AIR PRESSDOUT【61】WELD CONDITION 1DOUT【62】WELD CONDITION 2DOUT【63】WELD CONDITION 4DOUT【64】WELD CONDITION 8DOUT 57 - 64 RACK: 81 SLOT: 15 PORT: 77 DOUT【65】WELD CONDITION16DOUT【66】WELD CONDITION32DOUT【67】WELD CONDITION64DOUT【68】WELD CONDITION128DOUT【69】Jig Non-int.DOUT【70】Shuttle Non-int.DOUT【71】Tip Change Run.DOUT【72】Tip Dress Run.DOUT 65 - 72 RACK: 81 SLOT: 15 PORT: 85 DOUT【77】Fdr. Non-int.DOUT【78】Fdr. unload comp.DOUT 73 - 80 RACK: 81 SLOT: 15 PORT: 93 DOUT【81】Jig Cover CloseDOUT【82】Jig Hand UnclampDOUT【83】Jig Cover OpenDOUT【84】Robot_G I/L1DOUT【85】Robot_G I/L2DOUT 81 - 88 RACK: 81 SLOT: 15 PORT: 101 DOUT【90】SEALING MATERIAL LACKINGDOUT【91】SEALING HEATING NOT OKDOUT【92】SEALING GUN OPENDOUT【94】CC-LINK STATUSDOUT【95】CC-LINK STATUSDOUT【96】CC-LINK STATUSDOUT 89 - 96 RACK: 81 SLOT: 15 PORT: 109 DOUT【97】CC-LINK STATUSDOUT【98】CC-LINK STATUSDOUT【99】CC-LINK STATUSDOUT【100】CC-LINK STATUSDOUT【101】CC-LINK STATUSDOUT【103】DOUT【104】JIG CLAMP OPEN REQUESTDOUT 97 - 104 RACK: 81 SLOT: 15 PORT: 117 DOUT【106】PART IN STATIONDOUT 105 - 108 RACK: 81 SLOT: 15 PORT: 125 DOUT【113】SEALING STARTDOUT【114】SEALING STOPDOUT 113 - 120 RACK: 82 SLOT: 6 PORT: 1 DOUT 121 - 128 RACK: 82 SLOT: 6 PORT: 9 DOUT【129】SPAREDOUT【130】SPAREDOUT【131】CLAMP_3_ONDOUT【132】CLAMP_3_OFFDOUT【133】CLAMP_2_ONDOUT【134】CLAMP_2_OFFDOUT【135】CLAMP_1_ONDOUT【136】CLAMP_1_OFFDOUT 129 - 136 RACK: 82 SLOT: 4 PORT: 1 DOUT【137】SPAREDOUT【138】SPAREDOUT【139】_DOUT【140】_DOUT【141】_DOUT【142】_DOUT【143】_DOUT【144】_DOUT 137 - 144 RACK: 82 SLOT: 4 PORT: 9GIN【1】Style No.GIN 1 RACK: 81 SLOT: 15 PORT: 73 #NUM: 8 GOUT 1 RACK: 81 SLOT: 15 PORT: 81 #NUM: 6 UI【1】*IMSTPUI【2】*HoldUI【3】*SFSPDUI【4】Cycle stopUI【5】Fault resetUI【6】StartUI【7】HomeUI【8】EnableUI 1 - 8 RACK: 81 SLOT: 15 PORT: 1UI【9】RSR1/PNS1UI【10】RSR2/PNS2UI【11】RSR3/PNS3UI【12】RSR4/PNS4UI【13】RSR5/PNS5UI【14】RSR6/PNS6UI【15】RSR7/PNS7。

A n a l y t i c a l T r a n s m i t t e r sM300 Transmittersfor Comprehensive Liquid AnalysisTHORNTONLeading Pure Water AnalyticsM300 Transmitters Conductivity / Resistivity pH / ORPDissolved Oxygen Dissolved Ozone Flow / Total FlowM 300 T r a n s m i t t e r s2The METTLER TOLEDO THORNTON M300 series of process analytical instruments provide single-channel, multi-channel and multi-parameter models to measure conductivity/ resis-tivity, pH/ORP, dissolved oxygen, ozone and flowrate. Both ¼DIN and ½DIN enclosures are available for especially convenient panel, wall and pipe mounting.The standard for measurementin pure water treatmentConductivity / Resistivity 1 2 analog; 4 relays 3Conductivity / Resistivity 2 4 analog; 4 relays 3pH ORP1 2 analog; 4 relays 4Conductivity / Resistivity, pH / ORP Dissolved Oxygen, Ozone 2 4 analog; 6 relays 5 - 6Flow 1 2 analog; 4 relays 4Flow44 analog; 4 relays4*physical and electrical specifications on page 7, order numbers on page 10M o d e l s e l e c t i o nFeaturesLarge backlit 4-line displayCompact ¼DIN panel-mounting with NEMA 4X, IP65 panel seal Robust ½DIN wall-mounting with NEMA 4X, IP65 back cover User-selectable dual-level password protection On-line sensor diagnostics for pHInternal PID control with relay or analog output USB port for configuration and data acquisition Direct sensor inputs for all parameters Compatible with existing Thornton sensors Plug-in terminal connectors for easy wiring Universal AC/DC power supplyMultiple languages: English, French, German, Italian, Spanish CE compliant, UL Listing pending for US and Canadian standards ApplicationsPure and ultrapure water treatment for semiconductor rinsing, critical power/steam makeup and pharmaceutical waters.Semiconductor processing in rinsers and wet benches with precise resistivity measurement and temperature compensation.Power plant cycle chemistry and stator cooling monitoring with exceptionally accurate temperature compensation for specific and cation conductivity and pH and very low maintenance dissolved oxygen measurement.Pharmaceutical water monitoring to meet USP, EP, and JP conductivity requirements including built in tables of alarm limits.Reclaim, recycle and wastewater treatment for the above industry applications for contaminant detection,diversion and neutralization.3One & Two channel modelsHighest accuracy measurement & temperature compensation Wide range of measurement allows verification in ASTM standards even for pure water measurementsTwo- & four-electrode conductivity/resistivity measurementsReverse osmosis % rejection computation on two-channel models Direct acid & caustic concentration readout USP ‹645› & EP alarm setpointsMeasurement SpecificationsM300 Conductivity / Resistivity ModelsConductivity/Resistivity Ranges0.01 Constant Sensor 0.002 to 200 μS/cm (5000 ohm-cm to 500 Mohm-cm)0.1 Constant Sensor 0.02 to 2000 μS/cm (500 ohm-cm to 50 Mohm-cm)10 Constant Sensor 50 to 40,000 μS/cm (25 to 20 Kohm-cm)4-electrode Sensor0.01 mS/cm to 650 mS/cm (1.54 ohm-cm to 100 Kohm-cm) readout in equivalent S/m ranges is selectable Concentration Ranges of HCl, NaOH, H 2SO 40-20%, 0-15%, 0-20%TDS Ranges (CaCO 3and NaCl)cover equivalent conductivity rangesCalculated Paraameters (2-channel)% Rejection, power plant calculations of pH based on specific and cation conductivity, and C02based on cation and degassed conductivity Resolution four significant digits, auto-ranged Update ratedisplay and outputs, once per second Temperature Measurement Range -40 to 200°C (-40 to 392 °F), resolution 0.1°Temperature Sensor Input RTD, Pt1000 (Pt100 with adapter)Temperature Compensation selectable as: Std (standard high purity Thornton/Light), Light 84, Std referenced to 75°C,linear %/°C, 50% glycol, 100% glycol, cation, ammonia, isopropyl alcohol, none Sensor maximum distance 61 m (200 feet); 15 m (50 ft) with 4-electrode sensorsConductivity/Resistivity Accuracy ± 0.5% of reading or 0.5 ohm, whichever is greater, up to 18 Mohm-cm Repeatability± 0.1% of reading Temperature Relative Accuracy ± 0.25 °C (± 0.45 °F) Temperature Resolution 0.01 °Temperature Repeatability ± 0.13 °C (± 0.23 °F)Setpoints/Alarms 2 - high, low, outside, between, USP, EP 6 - high, low, outside, between, USP or EP Relays2 SPDT, 2 SPST reed 2 SPDT, 1 SPST NO, 1 SPST NC, 2 SPST reed Analog Output Signals 24Discrete Inputs12M 300 T r a n s m i t t e r s4M300 pH/ORP ModelspH, ORP Ranges -1.00 to 15.00 pH, -1500 to 1500 mV Temperature Range - 30 to + 130°C (-22 to 266 °F)Temperature Sensor RTD, Pt1000 (Pt100 with adapter)Temperature Compensation automatic / manual for electrode output, plus adjustable solution temperature coefficient for solution ionization effects Update rate display and outputs, once per second Calibration 1- or 2- point, with auto buffer recognitionDiagnosticsselectable continuous checking of membrane resistance and reference diaphragm/junction resistance (with solution ground sensors)Sensor Maximum Distance10 m (33 ft)pH, ORP Relative Accuracy ± 0.03 pH, ± 2 mV pH, ORP Resolution 0.01 pH, 1 mV Temperature Accuracy ± 0.25 °C (± 0.45 °F) Temperature Resolution0.1 °CSetpoints/Alarms 4 - high, low, outside, or between Relays2 SPDT, 2 SPST reed Analog Output Signals 2Discrete Inputs1Direct electrode inputOn-line sensor diagnostics for measuring and reference electrodeAuto buffer recognition with extensive buffer library Internal PID controlCombined high/low setpoint for alarming outside a band Solution temperature compensation for pure water ionization effects as well as conventional electrode temperature compensation Automatic sensor cleaningMeasurement Specifications5M300 Multiparameter Models0.01 Constant Sensor 0.002 to 200 μS/cm (5000 ohm-cm to 500 Mohm-cm)0.1 Constant Sensor 0.02 to 2000 μS/cm (500 ohm-cm to 50 Mohm-cm)10 Constant Sensor 50 to 40,000 μS/cm (25 to 20 Kohm-cm)4-electrode Sensor 0.01 mS/cm to 650 mS/cm (1.54 ohm-cm to 100 Kohm-cm)readout in equivalent S/m ranges is selectable Concentration Ranges of HCl, NaOH, H 2SO 40-20%, 0-15%, 0-20%TDS Ranges (CaCO 3and NaCl)cover equivalent conductivity ranges RO % Rejection0 -100% (computed from two conductivity measurements)Conductivity Resolution four significant digits, auto-rangedpH, ORP Ranges-1.00 to 15.00 pH, -1500 to 1500 mV; resolution 0.01 pH, 1 mVDissolved Oxygen Ranges 0-20,000 ppb or μg/L; 0-20 ppm or mg/L, 0-200% saturation; resolution 0.1 ppb or μg/L Dissolved Ozone Ranges0-5,000 ppb or μg/L, 0-5 ppm or mg/L; resolution 0.1 ppb or μg/L Temperature Measurement Range -40 to 200 °C (-40 to 392 °F); resolution 0.1 °Temperature Sensor Input RTD, Pt1000 (Pt100 with adapter)Update ratedisplay and outputs, once per secondTemperature CompensationConductivity/Resistivityselectable as: Std (standard high purity Thornton/Light), Light 84, Std referenced to 75°C, linear %/°C, 50% glycol, 100% glycol, cation, ammonia, isopropyl alcohol, nonepHautomatic / manual for electrode output, plus adjustable solution temperature coefficient for solution ionization effectsDissolved Oxygen automatic, for membrane permeability and oxygen solubility Dissolved Ozoneautomatic, for membrane permeability and ozone solubility Conductivity/Resistivity Calibration 1-point; 2-point for 4-E sensorspH Calibration 1- or 2-point, with auto buffer recognitionpH Diagnosticsselectable continuous checking of membrane resistance and reference diaphragm/junction resistance (with solution ground sensors)Dissolved Oxygen Calibration air/comparison, zero Dissolved Ozone Calibration comparison, zeroSensor maximum distance61 m (200 ft); 15 m (50 ft) with 4-electrode sensorsConductivity/Resistivity± 0.5% of reading or 0.5 ohm, whichever is greater, up to 18 Mohm-cm pH, ORP ± 0.03 pH, ± 2 mV Dissolved Oxygen ± 1% (± 2% with long life probe) of reading or ± 1 ppb, system accuracy Dissolved Ozone± 2 % of reading or ± 3 ppb, system accuracyRelays2 SPDT, 1 SPST NO, 1 SPST NC, 2 SPST reed Analog Output Signals 4Discrete Inputs2Two Field-configurable channels for any pair of parameters:Conductivity/resistivity, pH/ORP, dissolved oxygen and/or dissolved ozone Reduces number of instruments and amount of panel space Includes all features of single parameter instrumentsMeasurement SpecificationsM 300 T r a n s m i t t e r s6Available in one and four channel models Accept input from most pulse flow sensors Compute total flow with high resolution Configurable for batch controlCompute reverse osmosis % recovery on four channel modelMeasurement SpecificationsM300 Flow ModelsFlowrate Range 0 to 9999 GPM, L/min, m /hrTotal Flow Range 0 to 9,999,999 Gallons, 37,850,000 Liters, 37,850 m 3RO % Recovery Range 0 to 100%Flow Velocity Range equivalent ft/s, m/s Frequency Range1 to 4000 HzCalculated Parameters (4-channel)ratio, sum and difference of two flowratesResolution 4 significant digits, auto-ranged; up to 8 digits for total flow Update rate display and outputs, once per 2 seconds Input pulseslow <1.0 volt; high >1.4 volts (36 volts max)Accuracy ± 0.5 Hz Repeatability± 0.2 Hz Setpoints/Alarms 4 - high, low, outside, or between 8 - high, low, outside, or between Relays2 SPDT, 1 SPST NO, 1 SPST NC 2 SPDT, 1 SPST NO, 1 SPST NC Analog Output Signals24Discrete Inputs, for external totalizer reset127Operator interface4 line back-lit LCD; 5-tactile keys1/4 DIN Model Dimensions (H x W x D)4.01 x 4.01 x5.51 in (102 x 102 x 140 mm)Max. Depth,- panel mounted4.96 in (126 mm), excluding plug-in connectors 1/2 DIN Model Dimensions (H x W x D)5.90 x 5.90 x 4.57 in (150 x 150 x 116 mm) Max. Depth,- panel mounted3.46 in (88 mm)MaterialABS/polycarbonate Weight, 1/4 DIN Models 1.5 lb (0.7 kg)Weight, 1/2 DIN Models 2 lb (1 kg)UL Electrical Environment Installation (overvoltage) Category IIRatings/Approvals UL (pending, US & Canada), CE compliant; NEMA 4X, IP 65 - 1/2 DIN wall mount and 1/4 DIN panel seal EMC Emissions according to EN55011 Class APoweruniversal 100-240 VAC, 50-60 Hz or 20-30 VDC; 5 W(on power loss, all settings are retained in non-volatile memory without batteries)Storage temperature-40 to 70 °C (-40 to 158 °F)Ambient temperature operating range -10 to 50 °C (14 to 122 °F)Relative humidity0 to 95%Analog outputs (as specified for individual models)powered 0/4-20 mA, 22 mA alarm, 500 ohms maximum load; not for use with externally powered circuits Analog output accuracy ± 0.05 mAAnalog output scalinglinear, bi-linear, logarithmic (1,2,3 or 4 decades), auto-ranging Relays (as specified for individual models)all contacts are potential free, with adjustable hysteresis and time delay SPDT, SPST NO, SPST NC 250 VAC/30 VDC, 3 A, resistive SPST reed300 VDC, 0.5 A, 10 WDigital communicationsUSB, type B connector, for remote configuration and data acquisitionDiscrete input (as specified for individual models)accepts dry contact closure for remote flow totalizer reset or remote PID controlauto/manual selectionDisplay auto/manual status and % output on bottom line of displaySettings auto/manual, setpoint, deadband, non-linear corner points, control limits, proportional gain, integral reset time (min.), derivative rate time (min.)Manual Station controlled by up/down arrow keys in manual mode; remote auto/manual selection by discrete input Control Output Typesone or two analog signals, relays—pulse frequency, or relays—pulse length Physical & Electrical Specifications - all modelsM 300 T r a n s m i t t e r sDimensional informationDimensions for 1/4 DIN panel-mount modelsDimensions for 1/2 DIN wall/panel-mount modelsDimensions for 1/2 DIN pipe mount kit9M 300 T r a n s m i t t e r s101/4 DIN enclosure – panel mounting kit included M3001-channel Conductivity/Resistivity 58 002 301M3002-channel Conductivity/Resistivity 58 001 304M3001-channel pH/ORP 58 001 303M3002-channel Multiparameter 58 001 306M3001-channel Flow 58 004 302M3004-channel Flow58 001 3051/2 DIN enclosure – panel/wall/pipe mount*M3001-channel Conductivity/Resistivity 58 002 311M3002-channel Conductivity/Resistivity 58 001 314M3001-channel pH/ORP 58 001 313M3002-channel Multiparameter 58 001 316M3001-channel Flow 58 004 312M3004-channel Flow58 001 315* Panel and pipe mounting require kits, listed below, ordered separately.Panel Mount Kit for 1/2 DIN models 52 500 213Pipe Mount Kit for 1/2 DIN models 52 500 212Conductivity Calibration Module58 082 300Adapter, VP to Standard, for calibrating conductivity with VP Patch Cord 58 080 102Configuration Software & Data Logger Kit 58 077 300Adapter Panel - M300 to 200/2000 cutout58 083 305StandardVP*1 ft (0.3 m) 1001-67-5 ft (1.5 m) 1005-6758 080 20110 ft (3 m) 1010-6758 080 20215 ft (4.5 m) 1015-6758 080 20325 ft (7.6 m) 1025-6758 080 20450 ft (15.2 m) 1050-6758 080 20575 ft (23 m) -58 080 206100 ft (30.5 m) 1110-6758 080 207200 ft (61 m)1120-6758 080 208* For VP Conductivity sensors only.Ordering InformationpH / ORP / Dissolved Oxygen / Ozone Sensor CablespH, Dissolved Oxygen**, Ozone3 ft (1 m) VP, -30 to 70 °C52 300 107 10 ft (3 m) VP, -30 to 70 °C52 300 108 16 ft (5 m) VP, -30 to 70 °C52 300 109 33 ft (10 m) VP, -30 to 70 °C52 300 110 High temp 3 ft (1 m) VP, -40 to 135 °C52 300 111 High temp 10 ft (3 m) VP, -40 to 135 °C52 300 112 High temp 16 ft (5 m) VP, -40 to 135 °C52 300 113 High temp 33 ft (10 m) VP, -40 to 135 °C52 300 114ORP3 ft (1 m) AS910 001 0102 10 ft (3 m) AS910 001 0302 16 ft (5 m) AS910 001 0502 33 ft (10 m) AS910 001 1002 ** For long life dissolved oxygen sensor 58 037 220 only, use standard conductivity cables in previous table.Calibration / Verification SolutionsConductivity Standard SolutionsConductivity standard, 25 μS/cm, 500 mL, HCl, ± 3%58 078 001 Conductivity standard, 100 μS/cm, 500 mL, KCl, ± 1%58 078 002 Conductivity standard, 1000 μS/cm, 500 mL, KCl, ± 1%58 078 003 Conductivity standard, 10,000 μS/cm, 500 mL, KCl, ± 1%58 078 004 Conductivity standard, 100,000 μS/cm, 500 mL, KCl, ± 1%58 078 005pH and ORP (Redox) Standard Buffer SolutionspH Buffer, 4.01, 250 mL51 340 057 pH Buffer, 7.00, 250 mL51 340 059 pH Buffer, 9.21, 250 mL51 300 193 pH Buffer, 10.00, 250 mL51 340 056 ORP Buffer, 468 mV, 6 x 30 mL51 319 058 ORP Buffer, 220 mV, 6 x 250 mL51 340 08111Mettler-Toledo Thornton, Inc.36 Middlesex Turnpike Bedford, MA 01730 USA Tel. +1-781-301-8600Fax +1-781-301-8701Toll Free +1-800-510-PURE ******************** Subject to technical changes © Mettler-Toledo Thornton, Inc. ML0122 Rev.B 02/07Visit for more information/thorntonQuality certificate.Development, production andtesting to ISO 9001.A certified ServiceXXL provider.M300 Conductivity Calibration Module 58 082 300•Includes resistances for all ranges of conductivity/resistivity and temperature •Used with 1- and 2- channel conductivity and multiparameter models •With NIST-traceable certificate of calibration•Enables efficient QA program•Includes standard patch cord connection; 58 080 102adapter available for use with VP patch cords。

质量编号：LS-JL-0835-06-A文档版本：V1.0基于龙芯3B4000+7A1000的双路服务器开发板产品说明书龙芯中科技术股份有限公司2020年6月声明本说明书包含的内容并不代表本公司的承诺，本公司保留对此说明书更改的权利。

本说明书版权归龙芯中科技术股份有限公司所有，说明书内容更新恕不另行通知。

对于任何因安装、使用不当而导致的直接、间接、有意或无意的损坏及隐患概不负责。

订购产品前，请向我司详细了解产品性能是否符合您的要求。

注意事项1、产品使用前请务必仔细阅读该产品说明书；2、对未准备应用的板卡，应将其保存在防静电保护袋中；3、在从防静电保护袋中拿出板卡前，应将手先置于接地金属物体上一会儿（比如 10 秒钟），以释放身体及手中的静电；4、在拿板卡时，需佩戴静电保护手套，并且应该养成只触及其边缘部分的习惯；5、为避免人体被电击或产品被损坏，在每次对板卡进行拔插或重新配置时，须先切断交流电源；6、在需对板卡或整机进行搬动前，务必先将交流电源线从电源插座中拔掉关掉；7、插拔非热插拔设备时，谨记事先切断交流电源；8、为避免频繁开关机对产品造成不必要的损伤，关机后，应至少等待 30 秒后再开机。

文档更新记录文档名基于龙芯3B4000+7A1000的双路服务器开发板产品说明书版本号 1.0创建人通用事业部创建日期2020.06更新历史序号. 更新日期版本更新内容1 2020.06 V1.0 初版发布2345678目录1产品简介 (7)1.1应用环境与外形尺寸 (7)1.2LS3B4000处理器简介 (7)1.3产品功能架构图 (8)1.4主板规格 (8)2物理特性 (9)2.1主板布局图 (9)2.2板卡连接器管脚信号定义 (10)2.2.1VGA接口 (10)2.2.2串行接口 (10)2.2.3USB接口 (10)2.2.4RJ45接口 (12)2.2.5SATA接口 (12)2.2.6拨码开关 (12)2.2.7处理器核及节点的时钟频率控制 (12)2.2.8DDR的时钟频率控制 (12)2.2.9HT时钟控制 (13)2.2.10ATX电源 (13)2.3系统其它模块功能 (14)2.3.1系统复位 (14)2.3.2RTC模块 (14)3 软件设计简介 (14)3.1UEFI BIOS简介 (14)3.2UEFI的图形界面 (14)3.3UEFI的常用操作 (15)3.3.1修改启动选项 (15)3.3.2设置默认启动选项 (15)3.3.3UEFI的时间设置 (15)3.3.4UEFI中的重启 (15)3.4UEFI shell常用命令 (15)3.4.1查看版本 (15)3.4.2查看已驱动的设备 (15)3.4.3查看修改环境变量 (15)3.4.4显示帮助信息 (15)3.4.5重启和关机 (15)3.4.67A GMAC MAC 地址修改 (15)3.4.7内存显示和修改成功 (16)3.5UEFI的更新 (16)3.5.1使用专用烧录器更新 (16)3.5.2使用软件更新 (16)附录 (16)主板常用软件配置 (16)1产品简介基于龙芯LS3B4000+7A1000的双路服务器开发板是采用双路龙芯LS3B4000搭配7A套片研制一款通用类服务器板卡解决方案，在此板卡上进行LS3B4000双路操作系统适配，以及LS3B4000双路方案的性能测试。

VIAVI Solutions Data SheetVIAVIDWDM OTDR Module (4100-Series)For T-BERD®/MTS-2000, -4000 V2, -5800, CellAdvisor 5Gand OneAdvisor-800 PlatformsAs xWDM technology adoption continues to grow in access networks for broadbandservices, technicians require comprehensive and lightweight xWDM test tools.Consisting of a single module, the VIAVI C-band DWDM OTDR solution enables cable,wireless, and telco operators to perform complete end-to-end link characterizationand troubleshooting of DWDM and hybrid CWDM/DWDM networks.Key Benefitsy Characterize fiber links with exactDWDM wavelengthsy Troubleshoot live networks with in-servicetesting capabilityy Verify end-to-end continuity through MUX/DEMUX and ROADMs using the continuouswave source functiony Automatically identify and test DWDM portchannel/link with patented Wavescany Avoid accidental transceiver damagewith SFP ProtectKey Featuresy C-Band (1528nm to 1568nm) tunableDWDM OTDR module at ITU-T G.694.1wavelengths (CH12 to CH62)y Integrated CW light source withmodulation capabilityy Instantaneous traffic detectiony Automatically identify Mux and Demuxcomponents with SmartLink MapperApplicationsy Metro & access rings, business to business,advanced C-RAN fronthauls & next genFTTH networksy Qualification of fronthaul access networksy Testing new DWDM wavelengthroutes without disrupting traffic onactive channelsy Pinpointing faults and their exactlocations while in serviceThe DWDM OTDR module’s optical performance, combinedwith the complete suite of T-BERD/MTS, CellAdvisor 5G andOneAdvisor-800 platform testing features, ensures thatcomprehensive testing is done right the first time.Standard testing features include:y Auto-setting of the acquisition parametersy Summary results table with pass/fail analysis per theinternational standardsy Comprehensive event diagnosisy FastReport onboard report generationT-BERD/MTS-2000One-slot handheldmodular platform forfiber network testingHandheld testinstrument for 10 GEthernet and fibernetworks testingTwo-slot handheldmodular platformfor fiber/copper andmultiple services testingT-BERD/MTS-4000 V2T-BERD/MTS-5800CellAdvisor 5GCell site test solutionOneAdvisor-800All-in-One Cell-siteInstallation andMaintenanceT est Solution2020 Broadband Technology Review ‒4.5 Diamond Award Winner2 VIAVI T-BERD/MTS 4100 Series DWDM OTDR ModuleSpecifications (typical at 25°C)2. The one-way difference between the extrapolated backscattering level at the start of the fiber and the RMS noise level, after 3 minutes averaging and using the largest pulsewidth.3. Measured at ±1.5 dB down from the peak of an unsaturated reflective event using the shortest pulsewidth.4. Measured at ±0.5 dB from the linear regression using a FC/PC reflectance and using the shortest pulsewidth.5. Subtract 3 dB when used in modulation mode (270/330/1/2 kHz).For more information on the VIAVI T-BERD/MTS-2000/-4000 V2/-5800, CellAdvisor 5G and OneAdvisor-800 test platforms, refer to their respective datasheets.Ordering Information4100 DWDM OTDR Modules Tunable DWDM OTDR Module - PCE41DWDMC-PC Tunable DWDM OTDR Module - APCE41DWDMC-APC Wavescan® SW option for DWDM OTDR Module EWAVESCAN SFP Protect SW option for DWDM OTDR Module ESFPPROTECT Optical Adapters Switchable AdaptersEUSCADS,EUSCADS-APC,EUFCADS,EULCADS, EULCADS-APC。