GE Fanuc IC693DNM200-BD DeviceNet Master Module for Series 90-30 PLCs

The IC693DNM200-BD is a DeviceNet Master (scanner) module designed for the GE Fanuc Series 90-30 platform. It lets a 90-30 CPU exchange cyclic and acyclic data with DeviceNet slave devices—drives, I/O blocks, operator panels—over a robust CAN-based network. From my experience, this single-slot module is a practical way to link legacy 90-30 systems to newer or mixed-vendor DeviceNet devices without rewriting your whole control strategy.

Company’s Order Placement Process and Guarantees

• Warranty: 365 days coverage.
• Lead time: 1 week when in stock; no more than one month at the latest.
• Payment: 50% advance payment, full payment prior to delivery.
• Express options: FedEx, UPS, DHL.

Key Features

• DeviceNet Master/Scanner: Manages a DeviceNet network and polls slave nodes for deterministic data exchange.
• Multi‑rate support: Typically supports 125/250/500 kbps to match plant standards and cable lengths.
• Series 90‑30 backplane integration: Seamless data mapping to the CPU for quick ladder or logic access.
• Status diagnostics: Front‑panel LED indicators for module health and network status—handy for on‑site troubleshooting.
• Mixed‑vendor interoperability: Works with common DeviceNet drives, distributed I/O, sensors, and HMIs in many cases.
• Single‑slot footprint: Conserves baseplate space while adding a full DeviceNet segment.

Technical Specifications

Application Fields

You might notice that DeviceNet still shows up in a lot of brownfield projects. This module fits well in:

• Automotive assembly lines linking robots, weld controllers, and distributed I/O via DeviceNet.
• Packaging systems where drives and I/O blocks are standardized on DeviceNet.
• Material handling—conveyors, scanners, and stacker cranes with DeviceNet nodes.
• Process skids migrating to a 90‑30 central PLC while keeping existing DeviceNet instruments.

Advantages & Value

• Lifecycle protection: Keep proven 90‑30 control in place while integrating DeviceNet assets.
• Compatibility: Works with a wide range of DeviceNet drives and I/O, typically without custom gateways.
• Lower retrofit cost: Reduces engineering time compared to rewriting to an entirely new platform.
• Serviceability: LED diagnostics and standard DeviceNet wiring make on‑site support straightforward.
• Spare strategy: Single‑slot design makes it easy to stock and swap to minimize downtime.

Installation & Maintenance

• Panel environment: Install in a ventilated enclosure; follow typical 0–60 °C guidelines and avoid corrosive atmospheres.
• Wiring: Use proper DeviceNet trunk/drop cabling, 121 Ω termination at both ends, and dedicated 24 VDC network power sized for all nodes.
• Grounding: Maintain consistent shield grounding and trunk polarity to avoid bus errors.
• Configuration: Set node addresses and data maps in the PLC programming software; match baud rate to segment length.
• Routine checks: Inspect connectors, check LED status, and verify that node scan lists match the as‑built network after any changes.
• Firmware: If applicable, keep module firmware aligned with CPU firmware to avoid subtle comms issues.

Supporting Components (Typical)

• IC693CPU364 / IC693CPU374: Popular 90‑30 CPUs that pair well with DeviceNet applications.
• IC693PWR321: Series 90‑30 power supply sized for added communication modules.
• IC693CHS391: 10‑slot baseplate for expansion capacity.
• DeviceNet cabling & accessories: 121 Ω terminators, T‑connectors, 5‑pin open‑style connectors, and a dedicated 24 VDC network power supply.

One thing I appreciate is how forgiving the network can be when the trunk power and termination are done right. A maintenance lead told us, “Once we cleaned up the drops and set the baud correctly, the IC693DNM200 Master has been steady for months.”

Quality & Certifications

• Typically CE and UL/cUL for industrial control equipment.
• RoHS status may vary by build/revision; confirm per lot if this is critical.
• Manufacturer warranty practices vary by channel; our coverage is 365 days as stated above.