The GE Fanuc WESCOM D200 VME, also cataloged as the D200 VME Industrial Controller, serves as the primary D200 master control and data processing node utilized to execute real-time automation algorithms and telemetry routing across VMEbus standard platforms. It processes low-latency control logic natively at the backplane tier to orchestrate downstream I/O sub-assemblies parallel to master control network platforms.
Hardware Specifications
Parameter
Specification
Model
WESCOM D200 VME
Brand
GE Fanuc / GE Harris
Origin
United States / Canada
Weight
Standard multi-slot VMEbus module profile parameters
Dimensions
Eurocard standard form factor matching VME chassis layouts
Operating Temp
-20 to +60 deg C
Humidity Limits
5% to 95% non-condensing relative humidity
Bus Interface
Fully compliant VMEbus hardware standard specification
Processor
High-performance industrial micro-processing unit
Network Interface
Integrated Ethernet interface link port
Serial Ports
Configurable RS-232 / RS-485 serial communication lines
Industrial Control & Drive Integration
Backplane Bus Communication Velocity Licences and Processing Logic: The controller utilizes the standard parallel VMEbus architecture to maintain real-time data transfers with adjacent I/O modules. Because the primary industrial control algorithms and network traffic execution run inside isolated memory sectors, high-density data processing cycles do not limit the backplane bus communication velocity attributes assigned to neighboring communication slots.
Profinet / EtherNet/IP Deterministic Networks Mapping: Local I/O registers, serial device telemetry tables, and controller status metrics are held inside the core internal data matrices. These variables map directly onto active Profinet / EtherNet/IP deterministic networks via the onboard Ethernet interface port, updating supervisory SCADA architectures without signal conversion delays.
I/O Density Scaling and Core Processing Footprint: Adhering to the modular VMEbus configuration allows the controller to govern multiple mixed-signal expansion cards across a shared chassis. This open-architecture distribution increases overall local I/O density scaling capabilities inside marshalling enclosures, permitting a single processing node to manage large amounts of substation or field instrumentation points.
