Sale!

Yokogawa 16137-188 | APACS ModuleBus Cable Link

Original price was: $1,688.00.Current price is: $1,488.00.

  • Model: 16137-188
  • Brand: Yokogawa / Siemens Moore APACS
  • Part Type: ModuleBus / M-Bus Interconnect Cable
  • Lifecycle Status: Mature / Legacy Support Active
  • System Compatibility: APACS+ and QUADLOG Control Systems
  • Weight: 0.4 kg
Category: SKU: 16137-188 Tag:

Description

 

1. At-A-Glance Executive Brief

  • Model: 16137-188
  • Brand: Yokogawa / Siemens Moore APACS
  • Part Type: ModuleBus / M-Bus Interconnect Cable
  • Lifecycle Status: Mature / Legacy Support Active
  • System Compatibility: APACS+ and QUADLOG Control Systems
  • Weight: 0.4 kg

 

2. Technical Introduction

Network degradation or micro-fractures in legacy physical cabling can induce chronic packet loss between distributed process controllers, triggering spurious node dropouts.

The Yokogawa 16137-188 interface cable re-establishes high-integrity data exchange across legacy APACS+ and QUADLOG rack architectures. Built with multi-conductor tinned copper and dense dual-layer shielding, this factory-terminated harness blocks common-mode electromagnetic noise originating from adjacent heavy power distribution units and motor control switchgear.

Engineer’s Takeaway: Always confirm the exact bus orientation and slot designations prior to swapping network trunk cables to avoid communication fault-latching on the active master node.

 

3. Core Technical Specifications

  • Part Number: 16137-188
  • Application: ModuleBus / M-Bus Interconnect
  • Target Architecture: APACS+ / QUADLOG Distributed Control Systems
  • Shielding: Foil and braided overall screen
  • Connector Style: Factory-molded multi-pin industrial plug
  • Weight: 0.4 kg

 

4. Field Engineer’s Tech Notes

  • Backshell Screw Torque: Fasten the connector retaining screws securely on both rack ports. Persistent cabinet vibration can fatigue loose pin-headers, causing intermittent packet drops that register as network faults on the engineering console.
  • Physical Routing Separation: Maintain clearance away from high-voltage AC lines and variable frequency drive output conduits to eliminate noise coupling along the data transmission path.

 

5. Adaptive QA & Testing Protocol

Every 16137-188 cable assembly undergoes automated pin-to-pin continuity and wiring verification against original OEM manufacturing schematics. Technicians perform high-potential insulation resistance tests across individual conductors and the outer shield to verify jacket integrity and prevent ground faults. Detailed pre-dispatch verification reports are available upon request.

 

6. Buyer’s FAQ