Configured for high-speed data transmission in CENTUM VP / CS 3000 platforms, the Yokogawa ANB10D-223 S2 (ANB10D-223 S2 Dual Node ESB Bus Unit) provides direct physical/electrical execution. It functions as the primary communication routing bridge linking a central Field Control Unit (FCU) to decentralized downstream I/O modules across a deterministic network backplane.
| Parameter | Specification |
|---|---|
| Model | ANB10D-223 S2 |
| Brand | Yokogawa |
| Origin | Japan |
| Weight | 1.5 kg (Base chassis without I/O modules) |
| Dimensions | 482.6 mm x 221.5 mm x 205 mm |
| Operating Temp | 0 to +60 deg C |
| Power Consumption | 6 W or less (Base logic consumption) |
| Input Voltage | Dual 24 VDC inputs (Redundancy supported) |
| Bus Interface | ESB (Extended Serial Bus) |
| Transmission Speed | 10 Mbps (Deterministic) |
| Node Configuration | Dual Node architecture |
| Slot Capacity | Accommodates 8 to 10 I/O modules depending on specific chassis configuration |
| Mounting | Standard 19-inch rack mount or direct panel installation |
This bus unit coordinates the transmission of multi-channel data packets, including digitized 4-20 mA HART loop protocol parameters, across the 10 Mbps backplane. The physical architecture establishes galvanic channel-to-channel isolation parameters between adjacent slot locations. This isolation blocks common-mode voltage fluctuations and ground potential differences from altering raw field sensor inputs, preserving communication packet sequence timing under heavy EMI loads.
Q: How does the dual-redundant configuration handle an independent bus interface failure?
A: The dual node structure operates parallel communication pathways simultaneously over the ESB bus. If one interface line encounters an electrical fault or physical break, data transmission switches immediately to the healthy path within sub-10ms cycle boundaries, preventing process loop disruptions.
Q: Can the 24 VDC inputs operate from separate power grid sources?
A: Yes. The dual 24 VDC terminals are physically isolated inside the base logic assembly. Connecting them to independent power supplies or battery banks provides real-time system supply redundancy.
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