Procesador de control FCP270 P0917YZ

Control processor FCP270 P0917YZ

MÓDULO DE TARJETA
PROCESADOR DE CONTROL FCP270 PARA MÓDULO DCS
P/N P0917YZ; FOXBORO

El procesador de control de campo 270 es un controlador distribuido, opcionalmente tolerante a fallas, montado en campo que
realiza control de procesos y funciones de alarma de acuerdo con una estrategia de control definida por el usuario

El procesador de control de campo 270 (FCP270) es un procesador distribuido, opcionalmente tolerante a fallas y montado en campo.
módulo controlador. El FCP270 realiza control regulatorio, lógico, temporizado y secuencial junto con
módulos de bus de campo conectados. También realiza adquisición de datos y detección y notificación de alarmas.
El FCP270 se conecta a la red de control MESH a través de Ethernet de fibra óptica estándar de 100 Mbps.
La versión tolerante a fallos del FCP270 consta de dos módulos de procesador. Estos módulos se instalan en
ranuras FCP270 adyacentes en una placa base FCP270 compatible para comunicación de alta velocidad entre
los módulos.

Procesador de control FCP270 P0917YZ
Fuente de alimentación P0922YU
Módulo de comunicaciones de bus de campo P0914YZ


P0926HF
P0916AE
P0931RQ
FBM219
FBMSVH
FBM205 P0914XG
ZCP270
FBI10E P0972AJ
FBI10E
FBM201
CP40
FBM218
P0926JM
CP40B
FBM202 P0914ST
P0904AK
RLY4 2500M/RLY4/XXXXXX/XXXXXX
CP30 CP30B
P0926HJ
P0916AG
FBM202
FBM203 P0914SV
FBM241c P0914WM
FBM214
P0926HZ
FBM218 P0922VW
FBM231
P0931RM
PF3S-BP13
FBM206
P0903CW
FCM100ET P0926GS
P0922AE
FCP270 P0917YZ
FBM203
FBM204 P0914SY
FCM100Et
FBM214b P0927AH
P0926CP ZCP270
P0903CV
FBM242
P0926HT
FBM201 P0914SQ

Mostrar todo
Publicaciones de blog
Mostrar todo
Rockwell Automation's Vision for the Future of Manufacturing

Rockwell Automation's Vision for the Future of Manufacturing

Rockwell Automation's vision for the future of manufacturing is centered around integration, AI, and a hybrid edge and cloud strategy. By breaking down silos, leveraging data-driven insights, and adopting a flexible approach to technology, the company aims to empower manufacturers to achieve new levels of efficiency, productivity, and sustainability.
Enhancing Sustainability through Automation in Logistics
plcdcspro

Enhancing Sustainability through Automation in Logistics

The rise of e-commerce has highlighted the environmental impact of logistics operations, particularly in packaging waste and energy consumption. Sustainable automation technologies, such as optimized packaging systems and low-power components, offer solutions that not only reduce waste but also improve profitability. By integrating energy-efficient systems and recyclable materials, industries can contribute to environmental goals while enhancing operational efficiency. Furthermore, reliability and sustainability go hand-in-hand, as efficient systems reduce the need for repairs and replacements, ultimately conserving resources and extending equipment lifespans.
A New Lease on Life: ABB's Revitalization of NASA's Wind Tunnel
plcdcspro

A New Lease on Life: ABB's Revitalization of NASA's Wind Tunnel

ABB has successfully modernized a critical variable speed drive at NASA's National Transonic Facility, extending its lifespan and enhancing its performance. This collaboration showcases the power of technology and innovation in preserving legacy infrastructure.