Configured for high-speed network integration in industrial automation environments, the Yokogawa MAC2*C, also cataloged as the MAC2 Communication Processor Module, provides direct physical/electrical execution to coordinate multipoint analog signals and drive deterministic system bus communication. The card functions as a primary interface module bridging field control units (FCUs) with the high-speed network infrastructure, running hardware-level data frame arbitration over integrated communication ports.
| Parameter | Specification |
|---|---|
| Model | MAC2*C |
| Brand | Yokogawa |
| Origin | Japan |
| Weight | 0.35 kg |
| Dimensions | 120 mm x 25 mm x 130 mm |
| Operating Temp | 0 to 60 deg C |
| Power Consumption | ~6.0 W (calculated from 5 VDC, ~1.2 A) |
| Module Type | Communication Processor / Multipoint Analog Control |
| Communication Protocol | Vnet/IP (100 Mbps Ethernet-based) |
| System Compatibility | CENTUM VP, CS 3000 |
| Electrical Isolation | 1500 VAC (system-to-bus, 1 min) |
| Humidity Range | 5 to 95% RH (non-condensing) |
The module establishes high-bandwidth processing tracks to manage 16 channels of analog information over deterministic networks. To prevent electrical cross-talk and field-side surges from reaching the processing core, the unit maintains a 1500 VAC galvanic isolation zone between the internal system logic and the network bus. The component handles real-time data packets at a transfer rate of 100 Mbps, executing cyclic communication schedules without introducing jitter into critical control loops. Integrated diagnostic routines actively monitor the link state, driving front-facing LEDs to broadcast system faults, active line transmission, and physical layer hardware status.
Q: How does the MAC2*C transition between master and standby roles in redundant networks?
A: The card runs continuous synchronization routines across the dual-redundant backplane bus architecture. If the primary online processor suffers a link fault or drops out due to internal diagnostic limits, the secondary backup module assumes control of the 100 Mbps Vnet/IP stream within one network cycle, preserving the continuity of all analog control loops.
Q: What grounding protocols are necessary to protect the 100 Mbps signal path from high-frequency industrial noise?
A: All communication lines require twisted-pair shielded cables terminated directly at the main structural chassis ground terminal. Isolating the shield at the field side prevents the formation of ground loop currents that induce common-mode voltage fluctuations across the analog signal processor.
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