ABB SPHSS13 hydraulic servo module

Technical Specifications

Symphony Plus is a platform-based system. ABB SPHSS13 technical specifications vary depending on the specific components (controller, I/O modules, etc.), but its core specifications reflect its high performance and robustness.

Controller Performance

The processing capabilities of the hydraulic servo module cover applications ranging from small to very large. For example:

Supports 5,000 function blocks and 500 I/O points and up to 30,000 function blocks and 5,000 I/O points, with control loop execution times faster than 250 milliseconds. Utilizes an industrial-grade RISC processor with memory configurations ranging from 128MB RAM and higher, ensuring stable operation of complex logic.  The cycle time of this board programme can be configured down to 1 millisecond, meeting the requirements of high-speed control.

I/O Module Accuracy and Performance

The analog input is 16-bit resolution, with an accuracy of up to ±0.1% FSR.

And the analog output is 12-bit resolution. The Digital I/O supports SOE with a timestamp resolution of 1 millisecond for precise fault analysis.

The Hart natively supports the HART protocol, allowing digital device information to be overlaid on analog signals.

Environmental Compatibility

The ABB SPHSS13 features a broad operating temperature range, with the SD series controllers supporting environments from -40°C to +70°C, rendering them suitable for harsh industrial conditions.

Compliant with multiple international standards like IEC/EN 60068 and IEC 61000, the module also offers an ISA G3 corrosion-resistant coating option for highly corrosive environments.

Communication Network

Application Scope

Symphony Plus's flexibility and scalability make it suitable for a wide range of industrial applications:

Energy and Power

Conventional thermal power Boiler, steam turbine, and auxiliary equipment network control. Renewable Energy Photovoltaic power plants and wind farms (SCADA). Grid Management Substation automation, integrated via IEC 61850.

Water and Wastewater Treatment Plant-wide control and wide-area SCADA, from water intake and treatment to pipeline transmission and pumping stations.

Oil, Gas, and Chemicals Upstream extraction, long-distance pipeline SCADA, and process control in refineries and chemical plants.

Industrial Manufacturing Complex process control and production management in metallurgy, mining, cement, papermaking, food and beverage, and life sciences.