Configured for 10BASE‑2 Vnet segment routing in Yokogawa control networks, the Yokogawa YCB141‑M002 (YCB141 V net cable) provides direct coaxial transmission for subsystem communication within CENTUM‑series architectures. The cable executes stable impedance behavior and fixed‑length signal propagation over a 2 m segment defined by the M002 suffix.
Hardware Specifications
Parameter
Specification
Model
YCB141‑M002
Brand
Yokogawa
Origin
Not specified
Weight
2 kg
Dimensions
Not specified
Operating Temp
Not specified
Power Consumption
Not applicable
Series
Vnet (10BASE‑2)
Cable Length
2 m
Product Type
V net Cable
4‑20 mA HART Loop Protocol & Channel‑Isolation Behavior
As a Yokogawa communication cable, the YCB141‑M002 aligns with process‑control wiring practices:
4‑20 mA HART loop protocol — stable coexistence with hybrid analog/digital signaling in mixed‑discipline cabinets.
FOUNDATION Fieldbus / Profibus PA connectivity — physical routing practices mirror shield‑bonding and grounding rules used in fieldbus installations.
Cold junction compensation (CJC) — wiring discipline parallels temperature‑sensitive signal routing used in Yokogawa analog modules.
Frequently Asked Questions (FAQ)
Q: Can the YCB141‑M002 be hot‑swapped? A: No. Removing or inserting coaxial Vnet cabling on an energized segment can cause transient communication loss.
Q: Does the cable support terminators? A: 10BASE‑2 segments require proper termination at both ends; terminators are external components, not integrated into the cable.
Q: Is the M002 suffix electrically significant? A: No. M002 defines only the physical length (2 m); electrical characteristics remain consistent across the YCB141 family.
Field Installation Guidelines
Maintain coaxial shielding continuity; bond shield at designated grounding points only.
Avoid sharp bend radii to preserve impedance stability across the 10BASE‑2 segment.
Ensure terminators are installed at both ends of the Vnet segment to prevent signal reflections.
Keep cable runs separated from high‑current conductors to reduce induced noise.
Verify connector seating before energizing the network to avoid intermittent communication faults.
