The YOKOGAWA YCB141-M005 (YCB141 Vnet Cable) serves as the primary YCB141-M005 communication cable utilized to execute deterministic data exchange across CENTUM VP, CS 3000, and CS 1000 platforms.

Suffix Breakdown & Model Matrix

• YCB141: Base series identifier for 10BASE-2 coaxial Vnet communication cabling.
• M005: Suffix code designating a physical cable length of 5 meters.

Hardware Specifications

DCS Process Control Integration

The YCB141-M005 facilitates network connectivity via 10BASE-2 coaxial media, supporting V net and ER bus signal transmission requirements within distributed control system hierarchies. The cable architecture employs high-grade shielding to ensure signal integrity and electromagnetic compatibility, protecting against common-mode noise and cross-talk during inter-controller communication. Precision BNC connectors ensure consistent 50 Ohm characteristic impedance, mitigating packet collision risks and data transmission errors that impact real-time process monitoring synchronization.

Frequently Asked Questions

Q: Is the YCB141-M005 cable compatible with redundant V net bus configurations?

A: Yes, this cable is fully compatible with dual-redundant V net bus layouts. Proper pairing with an identical cable is required to maintain balanced signal propagation times across both bus channels.

Q: What are the specific storage requirements to maintain the coaxial dielectric integrity?

A: Store in a climate-controlled environment within the specified range to prevent polymer degradation and maintain the flexibility required for the 50 mm minimum bend radius.

Field Installation Guidelines

1. Power down the affected V net node before connecting or disconnecting the BNC interface to avoid transient voltage damage to the bus controller.
2. Route the cable through dedicated instrumentation trays, strictly avoiding proximity to high-voltage power lines to prevent signal induction.
3. Ensure the coaxial outer shield is securely grounded at the designated DCS cabinet bonding point to maintain EMI/RFI suppression.
4. Verify that the 50 mm minimum bend radius is strictly observed during routing; do not use cable ties that apply excessive localized compression.
5. Inspect the BNC connector for physical debris and ensure the locking lugs are fully engaged to provide a consistent electrical ground connection.