ABB Core Components of the SDe Series Product Portfolio

Core components of the SDe series product portfolio include:

SDe series hardware

SDe Series control and I/O modules have been

designed to consume very little power, operate in

extreme environments, and can operate with a

supply voltage of 24V only. SDe controllers

consume 3.6 W per module and SDe Series I/O

modules consume an average of 2.1 W. SDe Series

controller and I/O modules are designed to

support operating temperature ranges from -40

to +70 °C. In addition, all SDe Series hardware is

available with ISA 74.01 G3 conformal coating.

SDe series controllers

Powerful high-capacity scalable controllers with

flexible mounting options for small to large

applications. Selection is dependent on process

complexity, number of I/O and mounting method.

SDe Series I/O Modules

The SDe I/O family includes a range of

redundancy enabled, intelligent analog, HART,

digital and mixed I/O modules. Each module

couples with an evolution mounting base for use

in a Harmony Rack system and is fully compatible

with the HR BRC410. SD and SDe controllers.

Compatible turbine specific modules deliver a

fully integrated single-vendor solution for all

aspects of turbine automation within the plant

automation platform.

Evolution Mounting Chassis and Bases

SDe Evolution mounting chassis and bases allow

direct reuse of HR cabinets, module cabling,

termination units and field wiring by providing

form and space fit replacements that enable

stepwise evolution at all levels.

Device Integration

Seamless integration with intelligent field devices

via standard protocol interfaces: PROFIBUS DP,

HART, IEC61850. IEC60870-5-104. DNP 3.0.

Ethernet IP and Modbus TCP.

In summary, the SDe series portfolio offers

innovation with continuity; Allowing users to

secure investments in their current Symphony®

Plus Harmony Rack system while modernizing

and evolving to the latest technologies, while

increasing performance, capacity and

functionality, with minimal risk and disruption.