Cómo conectarse a un PLC GE 90-30 con VersaPro

Respuesta a los programadores PLC por primera vez sobre la manera de conectar su paquete de software a un PLC. Esperemos que al final de este artículo se puede ver lo fácil que es conectarse a un PLC GE 90-30.



Este artículo hace referencia a un PLC GE 90-30 y VersaPro de programación de software versión 2.0. Sé que VersaPro no es la última y mejor software de GE en el mercado, la máquina Cimplicity edición actual es, sin embargo me informó de que GE VersaPro será de alrededor por un tiempo aún y todavía hay toneladas de personas que utilizan este software para programar PLC GE.



Lo primero que tendrás que hacer es configurar el puerto COM para un 90-30 PLC. Los valores predeterminados de fábrica de PLC para comunicaciones en serie son 19200 baudios, paridad impar, 1 bit de parada. Para llegar a la configuración de puerto COM en VersaPro, a continuación, haga clic en Herramientas de configuración de comunicaciones.








Luego tendrás que añadir un nuevo dispositivo para conectarse. Escriba un nombre genérico y seleccione 90-30 en la lista desplegable. Mapa de este nuevo dispositivo a la configuración que acaba de COM1 configuración. No se requieren otros ajustes en esta pantalla.

Finalmente abra su carpeta de trabajo del PLC, y seleccione PLC, conecte. Usted notará que el nuevo dispositivo con el que se acaba de crear en la lista de PLC conexión. Resalte el dispositivo y haga clic en conectarse. Asegúrese de que su programación por cable está conectado a la de GE 90-30 PLC y su puerto COM1 en su portátil.





Una vez conectada con el PLC. Usted puede ver en la parte inferior derecha de VersaPro y ver el estado en el PLC y VersaPro software.





Igualdad significa que la lógica debería ser capaz de navegar por su escala y ver una vista en línea de su escalera instrucciones. Si usted ve una lógica no de Igualdad, tendrá que decidir si es necesario descargar lo que hay en su computadora portátil para el PLC o el PLC de subir a su portátil. Por lo general de ejecutar el pulgar, probablemente debería CARGAR siempre lo que es actual en el PLC a su computadora portátil, porque nunca se sabe que podría haber sido andar por ahí en el PLC antes de llegar. Así que es mejor para subir la copia más actual de la lógica a su portátil. Hacer copia de seguridad de lo que tienes y cargas actuales de PLC. Esto podría llegar usted a cabo después de un atasco.

GE FANUC 90 30 IC693CPU374 Plus

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

* Product Name: CPU (Model 374 PLUS with built-in 10/100 Mbps Ethernet and Web Enabled). Requires High Capacity Power Supply
* Module Type: CPU Module
* Boolean Execution Speed (ms/K): 0.15
* User Logic Memory (K bytes): 240
* Real Time Clock: YES
* I/O Discrete Points: 4096
* I/O Analog Points: 2048 In/ 512 Out
* Built-in Communication Ports: One RS-485 port on power supply. Supports SNP and two Ethernet ports
* (one IP address) on CPU, 10/100 Mbps built-in switch, SRTP - channels (Producer and Consumer)
* EGD, Modbus TCP Client/Server and Web Diagnostics Support
* Total Number of Racks: 8
* Communications Option Modules: Serial-SNP, SNPX, RTU and CCM, LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP Client/Server
* Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN

IC693CPU363

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

Product Name: CPU (Model 363)
Module Type: CPU Module
Boolean Execution Speed (ms/K): 0.22
User Logic Memory (K bytes): 240
Real Time Clock: YES
I/O Discrete Points: 4096
I/O Analog Points: 2048 In/ 512 Out
Built-in Communication Ports: Three total. One RS-485 port on power supply, one RS-232 and one RS-485 port on CPU. Supports SNP, RTU Master and Slave, Serial Read and Write
Total Number of Racks: 8
Communications Option Modules: Serial-SNP, SNPX, RTU and CCM, LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP
Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN

IC693CPU360

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

Product Name: CPU (Model 360)
Module Type: CPU Module
Boolean Execution Speed (ms/K): 0.22
User Logic Memory (K bytes): 240
Real Time Clock: YES
I/O Discrete Points: 4096
I/O Analog Points: 2048 In/ 512 Out
Built-in Communication Ports: One RS-485 port on power supply.Supports SNP
Total Number of Racks: 8
Communications Option Modules: Serial-SNP, SNPX, RTU and CCM, LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP
Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

Product Name: CPU(Model 350)
Module Type: CPU Module
Boolean Execution Speed (ms/K): 0.22
User Logic Memory (K bytes): 74
Real Time Clock: YES
I/O Discrete Points: 4096
I/O Analog Points: 2048 In/ 512 Out
Built-in Communication Ports: One RS-485 port on power supply.Supports SNP
Total Number of Racks: 8
Communications Option Modules: Serial-SNP, SNPX, RTU and CCM, LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP
Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN

IC693CPU323

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

Product Name: 10-slot Baseplate(Model 323)
Module Type: I/O Base with built-in CPU
Boolean Execution Speed (ms/K): 0.6
User Logic Memory (K bytes): 12
Real Time Clock: NO
I/O Discrete Points: 320
I/O Analog Points: 64 In/ 32 Out
Built-in Communication Ports: One RS-485 port on power supply.Supports SNP
Total Number of Racks: 1 (CPU built in)
Communications Option Modules: Serial-SNP and RTU,LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP
Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN

IC693CPU323

For entry-level applications with low I/O counts, the CPU is embedded into the backplane, making all slots available for I/O. These modules are compatible with advanced modules such as Ethernet, various
bus modules, and control. Mid-range CPU models are modular and come in various memory sizes, performance capability and increased functionality such as overrides, battery-backed clock and
Programmable Coprocessor module support. The high-performance CPUs are based on the latest 386EX processor for fast computation and high throughput. They can handle up to 4,096 I/O and
start at 32K of memory and are programmable in a number of standard languages.

Product Name: 10-slot Baseplate(Model 323)
Module Type: I/O Base with built-in CPU
Boolean Execution Speed (ms/K): 0.6
User Logic Memory (K bytes): 12
Real Time Clock: NO
I/O Discrete Points: 320
I/O Analog Points: 64 In/ 32 Out
Built-in Communication Ports: One RS-485 port on power supply.Supports SNP
Total Number of Racks: 1 (CPU built in)
Communications Option Modules: Serial-SNP and RTU,LAN-Genius, Ethernet SRTP and Ethernet Modbus TCP
Field Busses/Device Networks: Ethernet, Genius, Profibus-DP, DeviceNet,Interbus-S, CsCAN