JOHNSON MS-NAE5510-1

  • Supports BACnet MS/TP or N2 protocols:
    • BACnet MS/TP is a newer and more widely used protocol for communication with various field controllers and sensors in BAS.
    • N2 is an older communication protocol specific to Johnson Controls systems, likely used for integrating older devices.
  • Maximum of 100 devices per Trunk: The NAE can handle communication with a maximum of 100 devices on each N2 bus or BACnet MS/TP trunk it’s connected to (refer to product manuals for confirmation).

Possible Features (depending on model revision):

  • Scheduling and Control: May enable scheduling and controlling various building systems (HVAC, lighting, etc.) based on programmed logic and user inputs.
  • Data Logging and Trending: Might record and store data from connected devices for historical analysis, optimizing building performance, and identifying energy-saving opportunities.
  • Web Interface: Some revisions might offer a web interface for remote access, configuration, and monitoring.
Category:

Description

Absolutely, you’re right on target with the Johnson Controls MS-NAE5510-1. It’s a Network Automation Engine (NAE) from their Metasys building automation system. Here’s a consolidated view of its functionalities and what we can glean from available information:

Core Function:

  • Acts as a central communication hub, managing and monitoring multiple devices and subsystems within a building automation system.

Communication Capabilities:

 

  • Supports BACnet MS/TP or N2 protocols:
    • BACnet MS/TP is a newer and more widely used protocol for communication with various field controllers and sensors in BAS.
    • N2 is an older communication protocol specific to Johnson Controls systems, likely used for integrating older devices.
  • Maximum of 100 devices per Trunk: The NAE can handle communication with a maximum of 100 devices on each N2 bus or BACnet MS/TP trunk it’s connected to (refer to product manuals for confirmation).

Possible Features (depending on model revision):

  • Scheduling and Control: May enable scheduling and controlling various building systems (HVAC, lighting, etc.) based on programmed logic and user inputs.
  • Data Logging and Trending: Might record and store data from connected devices for historical analysis, optimizing building performance, and identifying energy-saving opportunities.
  • Web Interface: Some revisions might offer a web interface for remote access, configuration, and monitoring.

Applications:++

  • Integral part of a Metasys BAS for managing and controlling various building systems.
  • Provides a central point for monitoring the health and performance of building subsystems.
  • Collects data from connected devices for analysis, troubleshooting, and optimizing building operations.