990XCA65609 Schneider Electric (Modicon) Duplex Fiber Optic Cable
May 30, 2026

990XCA65609 Schneider Electric (Modicon) Duplex Fiber Optic Cable

Product Description The 990XCA65609 is a duplex fiber optic cable for Modicon Quantum PLC hot‑standby (redundancy) connection, enabling high‑speed, noise‑immune data link between primary and standby CPUs.

Description

Product Parameters

Manufacturer: Schneider Electric (Modicon)

Model: 990XCA65609

Product Type: Industrial duplex fiber optic cable

Application: Quantum PLC hot‑standby redundancy (140CHS21000 module)

Fiber Type: Multimode duplex

Wavelength: 850 nm / 1300 nm

Length: Standard length (factory‑terminated)

Connector: Specialized fiber connectors (hot‑standby port)

Compatibility: Modicon Quantum 140CPU series + 140CHS21000

Certification: CE, UL, RoHS compliant

Weight: Approx. 0.45 kg

Specifications

Operating Temperature: 0 °C to +60 °C

Jacket Material: Industrial PVC (black, flame‑retardant)

Fiber Core: Multimode (50/125 μm or 62.5/125 μm)

Bandwidth: High‑speed for redundancy data

Shielding: Non‑metallic (fiber, EMI‑immune)

Minimum Bending Radius: 10 × cable diameter

Series

990XCA Series: Modicon Quantum fiber optic connectivity series

Quantum Redundancy Line: Cables for CPU hot‑standby systems

Features

Hot‑Standby Dedicated: Optimized for Quantum PLC redundancy link.

EMI/RFI Immune: Fiber optic eliminates electrical interference in industrial environments.

Duplex Design: Separate transmit/receive fibers for full‑duplex communication.

Factory‑Terminated: Pre‑fitted connectors for plug‑and‑play installation.

High Reliability: Stable link for critical redundant control systems.

Purpose

To establish a high‑speed, noise‑free fiber link between primary and standby Quantum CPUs, ensuring seamless failover in critical automation processes.

Application Fields

Industrial Automation: Critical process control (power, water, pharmaceuticals).

Redundant PLC Systems: Quantum hot‑standby (140CHS21000) configurations.

High‑Noise Environments: Factories with heavy motors, VFDs, or high EMI.

Mission‑Critical Applications: Where zero downtime and data integrity are required.


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