IS200DTURH1A

  IS200DTURH1A   IS200DTURH1A   IS200DTURH1A   Glossary Process station: This term is used to describe AC800F controllers (field controllers) and rack-mounted controllers. A process station can be designed to be redundant configuration and non-redundant configuration. AC800F : This term is used to describe the AC800F Field Controller type of process station. A redundant process…

IS200DTTCH1A

IS200DTTCH1A IS200DTTCH1A IS200DTTCH1A modules (control algorithm subroutines), in addition to the basic ones specified in the IEC 61131 3 standard In addition to this content, many powerful and rigorously tested function blocks from actual engineering applications have been expanded. any complex control The scheme can be realized by the combination of these function blocks. The…

IS200DTRTH1A

IS200DTRTH1A IS200DTRTH1A IS200DTRTH1A system bus. Simple layout, due to the use of TCP/IP protocol, the system can also use the public telephone network (dial-up mode) or satellite to achieve ultra-long-distance communication. Subsystems such as PLC communicate with the Industrial” system through the ModBus protocol interface. The system also supports IEC870-5 over-control protocol. discussion. The Flash…

IS200DTCIH1A

IS200DTCIH1A IS200DTCIH1A IS200DTCIH1A ease of use, and bring great convenience to future technical upgrades and maintenance. System engineering is very convenient. The configuration language is based on the IE061131 3 industry standard, providing function block diagram (FBD), ladder diagram (LD), instruction list (IL), sequential function chart (SFC), structured text (ST) and other graphical configuration methods.…

IS200DTAIH1A

IS200DTAIH1A IS200DTAIH1A IS200DTAIH1A whether it is the control of small production units, or the control of ultra-large-scale whole plants – integrated control, even The Industrial” system can handle the application of field equipment maintenance management and cross-plant production management control with ease. An important member of the Industrial” family, the AC800F system fully embodies the…

IS200DSVOH1B

IS200DSVOH1B IS200DSVOH1B IS200DSVOH1B programming interface to embed external In Windows operating system applications, it is suitable for implementing user Communicate with non-standard OPC, ie DMS-API software package. Project database All configured signals, variables and process points are in Freelance 800F system’s public database for management. ● List of all variables (input, output, internal variables) ●…

IS200DSPXH1D

IS200DSPXH1D IS200DSPXH1D IS200DSPXH1D Control Chart (SFC) . Structured Text (ST) ●Extensive function block library, user-defined function blocks can also be added Added to it, the macro library and graphic symbols can be customized for the user. Blocks can create graphics and operator panels. ●Any standard can be integrated by means of GSD file import PROFIBUS-DP…

IS200DSFCG1A

IS200DSFCG1A IS200DSFCG1A IS200DSFCG1A Glossary Process station: This term is used to describe AC800F controllers (field controllers) and rack-mounted controllers. A process station can be designed to be redundant configuration and non-redundant configuration. AC800F : This term is used to describe the AC800F Field Controller type of process station. A redundant process station consists of 2…

IS200DRLYH1A

IS200DRLYH1A IS200DRLYH1A IS200DRLYH1A achieve ultra-long-distance communication. Subsystems such as PLC communicate with the Industrial” system through the ModBus protocol interface. The system also supports IEC870-5 over-control protocol. discussion.   The Flash EPROM inside the PS provides more than 220 functional modules (control algorithm subroutines), in addition to the basic ones specified in the IEC 61131…

IS200CPFPG1A

IS200CPFPG1A IS200CPFPG1A IS200CPFPG1A protocol or field bus (31. 25Kb ProfibusPA and FF bus). The system communication between the operation management level and the process control level is realized by Di giNetS network (Industrial Ethernet/IEEE802.3 standard), Users can choose the communication transmission medium (ordinary cable or optical fiber) and network topology according to the actual situation…