The Yokogawa F3YD64‑1P is a high‑density digital I/O module designed for FA‑M3 and FA‑M3R control platforms. It provides 64 channels of digital input/output capability in a compact form factor, supporting large‑scale distributed control applications where fast response and stable signal processing are required.
Suffix Breakdown & Model Matrix
The F3YD64‑1P identifier does not include decomposable functional suffix elements.
No variant matrix is defined in the provided documentation.
The part number is treated as a fixed FA‑M3 digital I/O module designation.
Hardware Specifications
Part Number: F3YD64‑1P
Brand: Yokogawa
Series: FA‑M3 / FA‑M3R
Product Type: Digital I/O Module
Channels: 64 channels
Input/Output Type: Digital signal interface
Technology: Surface‑mount PCB
Mounting: Base‑mounted FA‑M3 module installation
Availability: In Stock
Country of Origin: Not specified (Yokogawa global manufacturing)
Signal Behavior & System Integration
Supports high‑density digital signal acquisition and output for FA‑M3 control systems.
Designed for fast scan cycles and deterministic digital processing within Yokogawa PLC architectures.
Internal routing minimizes cross‑talk between channels, ensuring stable digital transitions.
Compatible with FA‑M3 CPU modules and expansion bases, enabling scalable multi‑rack configurations.
Provides reliable digital interfacing for machine control, factory automation, and high‑speed logic applications.
Frequently Asked Questions (FAQ)
Q: Does the F3YD64‑1P support mixed input/output channels?A: No. Channel behavior is fixed according to the module’s digital I/O specification.
Q: Can the module be hot‑swapped?A: No. Power must be removed before installing or removing FA‑M3 modules.
Q: Is the module compatible with FA‑M3R redundant systems?A: Yes. It can be used in both standard and redundant FA‑M3R architectures.
Field Installation Guidelines
Ensure proper seating on the FA‑M3 base unit to maintain backplane continuity.
Route digital wiring away from high‑voltage conductors to avoid induced noise.
Maintain ESD protection during handling; the module contains MOS‑sensitive components.
Verify correct channel mapping in the PLC configuration before energizing the system.
Apply strain relief to wiring to prevent connector fatigue in vibration‑prone environments.
