PHOENIX CONTACT 2320186, QUINT-ORING24DC2X201X40 24VDC ACTIVE REDUNDANCY MODULE

PHOENIX CONTACT 2320186, QUINT-ORING24DC2X201X40 24VDC ACTIVE REDUNDANCY MODULE

PHOENIX CONTACT 2320186, QUINT-ORING24DC2X201X40 24VDC ACTIVE REDUNDANCY MODULE

Phoenix Contact 2320186 – QUINT-ORING/24DC/2X20/1X40 is a high-performance redundancy module designed to ensure uninterrupted 24V DC power supply by combining two power sources and maintaining continuous system operation in critical industrial applications.

Product Description

Phoenix Contact 2320186 – QUINT-ORING/24DC/2X20/1X40 is a robust redundancy module engineered to enhance the reliability and availability of industrial power systems. It allows the parallel connection of two 24V DC power supplies, ensuring uninterrupted power delivery even if one power supply fails.

Designed to support 2 x 20A input currents with a 40A output capacity, the module automatically decouples the connected power supplies and prevents reverse current flow. This ensures continuous operation of critical equipment such as PLCs, HMIs, industrial PCs, controllers, sensors, communication devices, and other automation components.

As part of the trusted QUINT Power Series, the module offers superior performance, high operational reliability, and easy integration into industrial control panels through its compact DIN-rail mounting design. It is an ideal solution for applications where maximum uptime and power redundancy are essential.

Key Features:

Model: QUINT-ORING/24DC/2X20/1X40
Redundancy module for 24V DC power systems
Supports 2 x 20A input currents
40A output current capacity
Ensures uninterrupted power supply operation
Automatic power source decoupling
Prevents reverse current flow
Improves system availability and operational reliability
Compact DIN-rail mounting design
Suitable for PLCs, HMIs, industrial PCs, and automation systems
Ideal for critical industrial applications requiring power redundancy
Long service life with maintenance-free operation
Reliable solution for continuous industrial processes and control systems