Showing 2476–2484 of 2737 results
SPASO11 ABB Bailey Infi 90 & Net 90 AI Module14 CH
Discover the ABB SPASO11 Analog Output Module for Bailey Infi 90 and Net 90 systems. Featuring 14 channels, modular design, and precise signal output for advanced control applications.
SPBRC300 ABB Bailey Infi 90 & Net 90 BRIDGE CONTROLLER
Discover the ABB SPBRC300 Bridge Controller, designed for Bailey Infi 90 and Net 90 systems. It offers high-speed communication, advanced redundancy, and stable control network integration.
SPBRC400 ABB Bailey Infi 90 & Net 90 Controller with Expanded Memory
ABB SPBRC400 Controller for Bailey Infi 90 & Net 90 systems offers expanded memory, fast processing, and stable industrial automation performance.
SPBRC410 ABB Bailey Infi 90 & Net 90 Controller with Modbus TCP Interface
The ABB SPBRC410 controller for Bailey Infi 90 & Net 90 offers Modbus TCP, reliable process control, and smooth industrial network integration.
SPCIS22 ABB Bailey Infi 90 & Net 90 Control I/O Module 4 AI
The ABB SPCIS22 Control I/O Module offers 4 analog input channels for Bailey Infi 90 and Net 90 systems, ensuring accurate signal conversion and stable control performance.
SPDSI13 ABB Bailey Infi 90 & Net 90 I/O Module
Explore the ABB SPDSI13 I/O Module, designed for Bailey Infi 90 and Net 90 control systems. It offers efficient data acquisition, stable performance, and seamless communication within industrial automation networks.
SPDSI14 ABB Bailey Infi 90 & Net 90 DI Module 16 CH 48 VDC
ABB SPDSI14 16-channel 48VDC digital input module provides fast, reliable signal acquisition for Bailey Infi 90 and Net 90 control systems.
SPDSI22 ABB Bailey Infi 90 & Net 90 Digital Input Module
ABB SPDSI22 Digital Input Module for Bailey Infi 90 & Net 90 systems delivers fast signal processing, reliable status monitoring, and robust control performance.
SPDSM04 ABB Bailey Infi 90 & Net 90 Pulse In Module 8 CH
ABB SPDSM04 Pulse Input Module provides 8-channel high-speed pulse acquisition for Bailey Infi 90 & Net 90, ensuring accurate system feedback.