Description
The Emerson SSW-12E Communication Interface is a reliable interface module designed to enable seamless communication and integration between Emerson soft starters and automation systems, supporting efficient control and monitoring in industrial applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Emerson |
| Category |
Controls & Indicators |
| Part Number |
SSW-12E |
| Subcategory |
Conversion Module |
| Series / Variant |
SiteLink-E BACnet Router |
| Status |
Discontinued by Manufacturer |
| Supported Protocols |
BACnet, IGM, Velocity, ASCII, HiRONet (RS-485) |
| Connectivity |
RS-485 or RS-232 |
| Compatibility |
Supports up to 12 Liebert Unit Controllers |
| Enclosure |
Supplied with enclosure |
| Weight |
1.50 lbs |
Information About SSW-12E
The SSW-12E is part of Emerson’s SiteLink-E communication interface range, developed to enable seamless integration of Liebert unit controllers into building management and automation systems. Designed as a BACnet router with multi-protocol support, it allows up to 12 Liebert controllers to be networked for centralized monitoring and control. Supporting BACnet, IGM, Velocity, ASCII, and HiRONet over RS-485 or RS-232 connections, the SSW-12E ensures flexible communication in HVAC and critical facility environments. Though now discontinued by the manufacturer, it remains a reliable replacement for legacy systems requiring robust interface capability.
Key Features:
- Model / MPN: SSW-12E
- Type: Communication Interface / SiteLink-E BACnet Router
- Protocols Supported: BACnet, IGM, Velocity, ASCII, HiRONet (RS-485)
- Connectivity: RS-485 or RS-232 ports
- Capacity: Supports up to 12 Liebert Unit Controllers
- Application: Designed for Emerson/Liebert HVAC and power management systems
- Enclosure: Supplied with enclosure for protected installation
The Emerson SSW-12E Communication Interface delivers dependable networking and integration for legacy Liebert units, making it a trusted solution for facilities maintaining older Emerson infrastructure while ensuring centralized control and monitoring.
