Overview
Manuals
Network Role
Configuration Requirements
Migration Notes
Features:
- 16 digital output channels
- 24 V DC output application
- Rack I/O expander bus communication
- Compatible termination assembly required
The
ABB IMDSO04 is a 16-channel digital output module in the INFI 90 / Harmony Rack I/O family. It switches 24 V DC field loads under controller command in legacy rack I/O systems. Its ordering identity should be checked exactly against the installed module before procurement.
ABB documentation identifies 16 digital output channels, 24 v dc output application, rack i/o expander bus communication. Use the approved rack position, termination hardware, power arrangement, and system configuration specified for the application.
The ABB IMDSO04 is a legacy ABB module. Moore Automated can support replacement and spare-part requirements; the documented evolution reference is SPDSO14 or SD DO01/DO02 selected by load, subject to application verification.
ABB IMDSO04 16-Channel Digital Output Module Manuals(Datasheets), Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Network Role
ABB IMDSO04 switches 24 V DC field loads under controller command in legacy rack I/O systems. Official ABB documentation identifies 16 digital output channels, 24 v dc output application, rack i/o expander bus communication.
Configuration Requirements
Match the complete IMDSO04 order identity with the installed ABB rack, backplane, termination unit, field signal, power supply, and engineering configuration. Commission the replacement only after wiring and channel assignments have been verified.
Migration Notes
Obsolete/Discontinued by OEM. The official evolution reference is SPDSO14 or SD DO01/DO02 selected by load; final selection requires application-specific verification. Moore Automated supplies high-quality ABB replacement modules and spare parts to help reduce customer downtime.