Yokogawa Controller Driver Help Kepware

Yokogawa Controller Driver Help Kepware-Free PDF

  • Date:21 Nov 2020
  • Views:4
  • Downloads:0
  • Pages:278
  • Size:1.69 MB

Share Pdf : Yokogawa Controller Driver Help Kepware

Download and Preview : Yokogawa Controller Driver Help Kepware


Report CopyRight/DMCA Form For : Yokogawa Controller Driver Help Kepware


Transcription:

2 Yokogawa Controller Driver Help,Table of Contents. Table of Contents 2,Yokogawa Controller Driver Help 7. Overview 7,Device Setup for UT37 Series 8,Device Setup for PCLink Series 10. Modem Setup 12,Broadcasting 12,Device ID Selection 12. Request Size in PCLink Supported Models 12, Default Data Types for Devices Supporting PCLink Protocol 13.
Data Types Description 14,Address Descriptions 15,UT37 Addressing 15. UT38 Addressing 16,UP27 Addressing 16,Configuration Parameters Addressing for UT750 16. Control Mode Parameters Addressing for UT750 17,Loop Parameter Addressing for UT750 19. Error Status Addressing for UT750 19,Input Block Addressing for UT750 20. Loop Mode Status Addressing for UT750 23,Linearizer Register Addressing for UT750 23.
Control Parameters Addressing for UT750 24,OP Mode Parameter Addressing for UT750 25. OP Related Parameter Addressing for UT750 26,Output Block Addressing for UT750 26. PID Parameters Addressing for UT750 29,Process Parameters Addressing for UT750 35. Status Addressing for UT750 36,Absolute Address Mapping D0000 D0300 for UT750 40. Absolute Address Mapping D0301 D0700 for UT750 42,Absolute Address Mapping D0701 D1100 for UT750 48.
Absolute Address Mapping D1101 D1300 for UT750 50,Absolute Address Mapping D1301 D1700 for UT750 53. Absolute Address Mapping I0001 I0701 for UT750 58,Configuration Parameters Addressing for UP750 63. Control Mode Addressing for UP750 64,Loop Function Parameter Addressing for UP750 66. www kepware com,Yokogawa Controller Driver Help 3,Error Status Addressing for UP750 66. Input Block Addressing for UP750 67,Loop Mode Status Addressing for UP750 70.
Linearizer Register Addressing for UP750 70,Control Parameter Addressing for UP750 71. OP Mode Parameter Addressing for UP750 72,OP Related Parameter Addressing for UP750 73. Output Block Addressing for UP750 73,PID Parameters Addressing for UP750 76. Status Addressing for UP750 80,Process Parameters Addressing for UP750 85. Absolute Address Mapping D0001 D0300 for UP750 86,Absolute Address Mapping D0301 D0700 for UP750 88.
Absolute Address Mapping D0701 D1100 for UP750 93,Absolute Address Mapping D1101 D1300 for UP750 95. Absolute Address Mapping D1301 D1710 for UP750 97, Absolute Address Mapping I0001 I0714 for UP750 102. PID Parameters Addressing for UT350 UT320 108,Status Addressing for UT350 UT320 108. Communication Parameter Addressing for UT350 UT320 110. Control Output Parameters Addressing for UT350 UT320 110. OP Mode Parameter Addressing for UT350 UT320 110, OP Related Parameter Addressing for UT350 UT320 110. PV Input Parameters Addressing for UT350 UT320 111. Process Parameters Addressing for UT350 UT320 111,Setup Parameters Addressing for UT350 UT320 111.
Absolute Address Mapping D0001 D0301 for UT350 UT320 112. Absolute Address Mapping D0301 D1253 for UT350 UT320 113. Absolute Address Mapping I0001 I0486 for UT350 UT320 114. Configuration Parameters Addressing for US1000 115. Control Mode Parameter Addressing for US1000 116,OP Related Parameter Addressing for US1000 118. PID Parameter Addressing for US1000 119,Process Parameters Addressing for US1000 125. Setup Parameter Addressing for US1000 126,Status Addressing for US1000 126. Absolute Address Mapping D0001 D0300 for US1000 132. Absolute Address Mapping D0301 D0700 for US1000 133. Absolute Address Mapping D0901 D1300 for US1000 139. www kepware com,4 Yokogawa Controller Driver Help, Absolute Address Mapping I0001 I0768 for US1000 142. Process Parameters Addressing for UT130 UT150 UT152 UT155 UP150 148. Status Addressing for UT130 UT150 UT152 UT155 UP150 149. User Area Parameter Addressing for UT130 UT150 UT152 UT155 UP150 149. Absolute Address Mapping D0001 D0312 for UT130 UT150 UT152 UT155 UP150 150. Absolute Address Mapping I0001 I0051 for UT150 UT130 UT152 UT155 UP150 151. Process Parameters Addressing for UT150L 152,Status Addressing for UT150L 153.
User Area Parameter Addressing for UT150L 153, Absolute Address Mapping D0001 D0306 for UT150L 154. Absolute Address Mapping I0001 I0051 for UT150L 154. OP Mode Parameters Addressing for UT351 155,OP Related Parameters Addressing for UT351 156. PID Parameters Addressing for UT351 156,Process Parameters Addressing for UT351 157. Setup Parameters Addressing for UT351 157,Communication Parameters Addressing for UT351 158. Control Output Parameters Addressing for UT351 158. PV Input Parameters Addressing for UT351 158,Status Addressing for UT351 159.
Absolute Address Mapping D0001 D1253 for UT351 160. Absolute Address Mapping I0001 I0486 for UT351 162. OP Related Parameters Addressing for UT350L 163,PID Parameters Addressing for UT350L 163. Process Parameters Addressing for UT350L 164, Communication Parameters Addressing for UT350L 164. Setup Parameters Addressing for UT350L 164,PV Input Parameters Addressing for UT350L 164. Status Addressing for UT350L 165, Absolute Address Mapping D0001 D1253 for UT350L 165. Absolute Address Mapping I0001 I0098 for UT350L 166. OP Related Parameters Addressing for UT420 166,Process Parameters Addressing for UT420 169.
Setup Parameters Addressing for UT420 170,PV Input Parameters Addressing for UT420 170. Status Addressing for UT420 171,OP Related Parameters Addressing for UT450 174. Setup Parameters Addressing for UT450 177,Process Parameters Addressing for UT450 177. www kepware com,Yokogawa Controller Driver Help 5,PV Input Parameters Addressing for UT450 178. Status Addressing for UT450 178, Absolute Address Mapping D0001 D1254 for UT420 UT450 181.
Absolute Address Mapping I0001 I0693 for UT420 UT450 185. Configuration Parameters Addressing for UT520 UT550 188. Control Mode Parameters Addressing for UT520 UT550 189. Loop Parameters Addressing for UT520 UT550 190, L1 and L2 Mode Parameters Addressing for UT520 UT550 191. Linearizer Registers Addressing for UT520 UT550 191. Control Parameters Addressing for UT520 UT550 193, OP Related Parameter Addressing for UT520 UT550 194. OP Mode Parameter Addressing for UT520 UT550 194,PID Parameters Addressing for UT520 UT550 194. Error Status Addressing for UT520 UT550 201,Status Addressing for UT520 UT550 201. Process Parameters Addressing for UT520 UT550 205, Absolute Address Mapping D0001 D0300 for UT550 UT520 206.
Absolute Address Mapping D0301 D0700 for UT550 UT520 207. Absolute Address Mapping D0701 D1100 for UT550 UT520 213. Absolute Address Mapping D1101 D1300 for UT550 UT520 216. Absolute Address Mapping I0001 I0701 for UT550 UT520 218. Configuration Parameters Addressing for UP550 223,Control Mode Parameters Addressing for UP550 224. Loop Parameters Addressing for UP550 225,Error Status Addressing for UP550 226. L1 and L2 Mode Parameters Addressing for UP550 227. Linearizer Registers Addressing for UP550 227,Control Parameters Addressing for UP550 228. OP Mode Parameter Addressing for UP550 229,OP Related Parameter Addressing for UP550 229. PID Parameters Addressing for UP520 230,Process Parameters Addressing for UP550 234.
Status Addressing for UP550 236, Absolute Address Mapping D0001 D0300 for UP550 239. Absolute Address Mapping D0301 D0700 for UP550 241. Absolute Address Mapping D0701 D1300 for UP550 246. Absolute Address Mapping I0001 I0714 for UP550 250. OP Related Parameters Addressing for UP350 255,PID Parameters Addressing for UP350 255. www kepware com,6 Yokogawa Controller Driver Help,Process Parameters Addressing for UP350 255. Setup Parameters Addressing for UP350 256,Communication Parameters Addressing for UP350 256. Control Output Parameters Addressing for UP350 256. PV Input Parameters Addressing for UP350 257,Status Addressing for UP350 257.
Absolute Address Mapping D0001 D1253 for UT350L 258. Absolute Address Mapping I0001 I0513 for UT350L 259. Automatic Tag Database Generation 261,Error Descriptions 262. Address Validation 262,Missing address 262, Device address address contains a syntax error 262. Address address is out of range for the specified device or register 263. Data Type type is not valid for device address address 263. Device address address is Read Only 263,Serial Communications 263. COMn does not exist 263,Error opening COMn 263,COMn is in use by another application 264. Unable to set comm parameters on COMn 264, Communications error on channel name error mask 264.
Device Status Messages 264,Device device name is not responding 264. Unable to write to address on device device name 265. PCLink Error Messages 265, Unable to read absolute address start address to last address from device Device ID EC1. error code 265, Failed to read tag tag address for device Device ID Device returned EC1 error code 266. Frame received for absolute address tag address to tag address for device Device ID had check. sum error 266, Frame received for tag tag address for device Device ID had checksum error 266. www kepware com,7 Yokogawa Controller Driver Help,Yokogawa Controller Driver Help.
Help version 1 022,What is the Yokogawa Controller Driver. Device Setup, How do I configure a device for use with this driver. Data Types Description,What data types does this driver support. Address Descriptions, How do I address a data location on a Yokogawa Controller device. Automatic Tag Database Generation, How can I easily configure tags for the Yokogawa Controller driver.
Error Descriptions, What error messages does the Yokogawa Controller driver produce. The Yokogawa Controller Driver provides an easy and reliable way to connect Yokogawa controllers to OPC Client. applications including HMI SCADA Historian MES ERP and countless custom applications It is intended for. use with Controller communication devices such as UT37 UT38 and UP27 as well as devices that support stand. ard PCLink communications protocol,www kepware com. Yokogawa Controller Driver Help 8,Device Setup for UT37 Series. Supported Yokogawa Devices,Supported Communication Parameters. Baud Rate 300 600 1200 2400 9600 19200 or 38400,Parity None Even or Odd.
Data Bits 8,Stop Bits 1 or 2,Flow Control None RTS or DTR. Note 1 Software handshaking is not available, Note 2 This driver makes use of binary data formatting when reading information from Yokogawa devices This. requires that a data bit setting of 8 be used,RS 422 Operation. All the supported devices mentioned above support RS 422 operation This driver has been designed to support. the RS 422 mode of operation,Request Timeout, This parameter specifies the time that the driver will wait on a response from the device before giving up and. going on to the next request Longer timeouts only affect performance if a device is not responding The default. setting is 1000 milliseconds The valid range is 100 to 30000 milliseconds. Retry Attempts, This parameter specifies the number of times that the driver will retry a message before giving up and going on.
to the next message The default setting is 3 retries The valid range is 1 to 10. Note For more information on timeouts and retries refer to the OPC server s help documentation. Ethernet Encapsulation, This driver supports Ethernet Encapsulation which allows the driver to communicate with serial devices. attached to an Ethernet network using a terminal server such as the Lantronix DR1 It may be invoked through. the COM ID dialog in Channel Properties For more information refer to the OPC server s help documentation. Note The USB cable should be disconnected from the device before attempting Ethernet Encapsulation. Device Configuration Parameters, A Unique ID or address is required to be assigned to each of the connected devices The valid range is 1 to 16. Note The Device ID of 0 is reserved for broadcasting purposes For more information refer to Broadcasting. Special Data Handling,www kepware com,9 Yokogawa Controller Driver Help. The Special Data Handling setting allows the driver to be configured to return specific data values for numerical. out of range Process Variable or PV value, Special Data Handling options are INF INF and 99999 99999 Any process variable or PV value that is. Over or BURN OUT will be returned as a numerical representation of positive infinity if INF INF is. selected for special data handling and 99999 if 99999 99999 is selected for special data handling Data. for values that are Over RJC ERR A D Converter Error and Auto Tuning Error will be returned as a numer. ical representation of negative infinity if INF INF is selected or 99999 if 99999 99999 is selected for spe. cial data handling,RS 422A Communications Specifications.
Connection system Multidrop, Communication System 4 wire half duplex EIA RS 422A conformance. Synchronization System Start stop synchronization,Communication protocol Protocol free. Communication distance Maximum 500 m, Communication rate 150 300 600 1200 2400 4800 9600 BPS. Start bit length 1 bit fixed,Data length 7 Bits or 8 Bits. Parity Even odd or no parity,Stop bit length 1 bit or 2 bits.
Communication code ASCII, A maximum of 16 UT37 UT38 and UP27 units can communicate with a single host Each unit must be assigned. a unique communication address which can range from 1 to 16. This value must match the hardware parameter settings. Currentrunmode 0 Manual 1 Auto RunMode None Boolean Read Write AutoTuning 0 Stop 1 Start AutoTuning None Boolean Read Write ModelString UT37 Model None String ReadOnly

Related Books