ABB SPSET01 | SOE Digital Input and Time Synch Module

Overview

The ABB SPSET01 is a Sequence of Events (SOE) Digital Input and Time Synchronization Module that ensures precise event logging and high-accuracy time synchronization with a BRC controller. This module offers 16 digital input channels, making it an excellent choice for industrial automation applications that require reliable data collection.

Key Features

Provides 16 digital input (DI) channels for accurate event detection.
Ensures high-precision time synchronization with the BRC controller.
Designed for seamless integration into ABB’s Symphony Plus HR Series (Harmony Rack) I/O systems.
Offers compact and modular construction, simplifying installation and maintenance.

Technical Specifications

General Information

Parameter	Specification
Product ID	SPSET01
ABB Type Designation	SPSET01
Catalog Description	SOE DI and Time Synch Module, 16 CH
Product Type	I/O Module

Performance and Functionality

Parameter	Specification
Channel Type	Digital Input (DI)
Number of Input Channels	16
Time Synchronization	High-accuracy synchronization with BRC controller

Environmental Specifications

Parameter	Specification
WEEE Category	5 (Small Equipment, No External Dimension >50 cm)
Battery Type	Button Cell
Battery Composition	Lithium
Battery Weight	5 g
Number of Batteries	0

Physical Dimensions

Parameter	Specification
Depth / Length	76.2 mm
Height	358.14 mm
Width	279.4 mm
Net Weight	0 kg

Ordering Information

Parameter	Specification
HS Code	853890 (Parts for use with apparatus of heading 85.35, 85.36, or 85.37)
Customs Tariff Number	85389081

Applications

The ABB SPSET01 is widely used in industrial automation and control systems, especially in environments where accurate event logging and time synchronization play a crucial role. Power plants, process industries, and large-scale automation networks benefit from its precise data collection and real-time monitoring capabilities. Additionally, its integration with ABB’s Symphony Plus HR Series I/O system enhances overall system efficiency.