Audio package Schneider Electric Portier ws/ws 1WE 1891170 - intercom/audio interface module

Schneider Electric Portier ws/ws 1WE 1891170 is an audio/intercom interface module intended for integration with compatible Portier access and intercom systems. The module provides bidirectional voice communication channels and audio signal handling required for door entry panels and internal communication units. It is designed to fit within Schneider Electric Portier installations to support clear vocal transmission between visitors and occupants and to interface with control logic for access management.

Advantages

The audio package offers reliable audio interfacing with standard Portier system components, enabling consistent voice quality and straightforward connectivity. Its compact design is suitable for flush or concealed installation in distribution enclosures, and it communicates with the rest of the system using the specified Portier wiring topology. The module minimizes wiring complexity by centralizing audio signal conversion and provides a stable platform for intercom and door-entry functions without requiring separate third-party audio gear.

Suitable for

Key specifications

How to use

Install the module into a Schneider Electric Portier-compatible enclosure following the system installation guidelines. Connect the audio terminals to the door station and internal handsets or amplifiers as specified in the Portier documentation, and ensure power and data wiring to the main Portier controller is present. After physical installation, configure the Portier system to recognize the audio interface, verify signal routing, and test two-way communication between entry panel and internal units. Follow local electrical codes and system wiring diagrams during installation.

Recommendations

Mount the audio module in a dry, ventilated enclosure away from strong electromagnetic interference sources. Use the recommended gauge and type of cable for the Portier audio and control connections, and perform audio level tests after installation to adjust for optimal intelligibility in typical ambient noise conditions.