Configured for ESB/AKB‑series signal routing in Yokogawa control platforms, the Yokogawa AKB336-M010 (AKB336 signal cable) provides direct 20‑pin to 20‑pin transmission for mixed analog/digital signals across a fixed 10 m interconnect.
Hardware Specifications
Parameter
Specification
Model
AKB336-M010
Brand
Yokogawa
Origin
Not specified
Weight
3 kg (shipping)
Dimensions
Not specified
Operating Temp
Not specified
Power Consumption
Not applicable
Core Performance Indicators
20‑pin to 20‑pin signal cable; 10 m length (M010 suffix); shielded multi‑signal routing
Channel‑to‑Channel Isolation for Multi‑Signal Routing
Within Yokogawa DCS wiring practices, the AKB336 cable maintains stable transmission by preserving channel‑to‑channel isolation across its 20‑pin mapping. Shielding reduces cross‑talk and external noise coupling, ensuring deterministic timing for mixed analog/digital signals between AKB‑series terminal boards. The controlled impedance geometry supports predictable behavior across the 10 m M010 variant without degrading signal integrity.
Frequently Asked Questions
Q: Is the AKB336-M010 interchangeable with other AKB336 cable lengths? A: Yes. Only the cable length changes; pin mapping and connector behavior remain identical across suffix variants.
Q: Can the cable be used for mixed analog and digital signals? A: Yes. The shielding and conductor layout support stable routing of multi‑signal paths.
Q: Is the cable hot‑swappable? A: No. Connect or disconnect only when associated modules are de‑energized to avoid communication faults.
Field Installation Guidelines
Ensure both 20‑pin connectors are fully seated and latched before powering the system.
Route the cable away from high‑voltage or high‑current conductors to reduce induced noise.
Maintain shield bonding according to Yokogawa grounding practices, typically at the cabinet entry point.
Avoid tight bending radii to preserve conductor geometry over the 10 m length.
Apply strain relief at both ends to prevent connector fatigue during cabinet vibration.
Verify continuity after installation, especially for multi‑signal paths.
