SPHSS13 ABB Hydraulic Servo Module brand new

• Brand
  ABB
• Model
  SPHSS13
• Product Name
  Hydraulic Servo Module
• Dimensions
  297.18 mm depth, 35.56 mm height, 175.26 mm width
• Weight
  0.272 kg
• Place of Origin
  Sweden
• HS Code
  85389081
• Operating Temperature
  0 ℃ to +60 ℃
• Storage Temperature
  ‑40 ℃ to +85 ℃
• Power Supply
  2500 V RMS
• Warranty
  1year
• Status
  new and original

ABB SPHSS13 Hydraulic Servo Module is an in-stock original industrial automation spare part. Designed for high-precision hydraulic actuator and turbine valve control, this high-frequency servo module ensures reliable signal transmission and accurate process regulation for ABB DCS power control systems.

Compatible Systems, Software and I/O Signal List of ABB SPHSS13

1. Compatible Systems

DCS System: Compatible with ABB Symphony Plus / INFI-90 distributed control systems. It adapts to Harmony series racks and realizes high-speed communication with IMMFP12 multi-functional processors through the backplane bus.

Safety Architecture: Supports TMR (Triple Modular Redundancy) architecture and complies with SIL-2 safety control loop requirements. The redundant design allows hot-swap replacement of modules without system shutdown.

2. Supporting Software

The module is exclusively compatible with official ABB Symphony series software for configuration, commissioning and diagnosis. It supports a full range of functions including module parameter setting, servo control calibration, fault code reading, system interlock configuration and equipment maintenance calibration. Third-party general configuration software is not supported.

3. Input Signals

Command Input: Standard analog valve setpoint signals of 4-20mA and ±10VDC, transmitted from the DCS system.

Feedback Input: AC/DC compatible LVDT/RVDT displacement feedback signals, as well as 4-20mA analog feedback signals for pressure and flow parameters.

Fault Detection Input: Built-in signal acquisition for coil failure, circuit disconnection, LVDT abnormality and equipment overload status.

4. Output Signals

Servo Drive Output: PWM current output with typical specifications of ±40mA and ±100mA, capable of directly driving hydraulic servo valves of ABB, MOOG and other mainstream brands.

Fault Output: Uploads fault codes to the DCS system and outputs equipment abnormal alarm signals, enabling predictive maintenance and real-time equipment condition monitoring.

Typical Application Cases

1 Power Generation & Gas Turbine Control

The SPHSS13 servo module is extensively adopted within control systems for gas turbines and combined heat and power (CHP) facilities. It provides high-accuracy proportional hydraulic control with a maximum operating pressure rating of 350 bar to sustain steady regulation of fuel valves and actuators. In real-world industrial deployments, this module boosts turbine operational efficiency by around 8%. Its onboard diagnostic features cut unplanned equipment downtime by 25%, substantially enhancing the operational dependability of power-generating assets.

2 Process Industry Pipeline & Reactor Control

This module suits hydraulic servo actuator control for chemical reactors, oil-and-gas transmission pipelines, and industrial process valve assemblies. Boasting strong anti-interference capacity and reliable signal sampling performance, it achieves precise closed-loop tuning for pressure, flow and displacement variables. It performs reliably under complicated, demanding industrial operating conditions and safeguards uninterrupted, secure operation of process automation infrastructures.

3 High-Precision Industrial Automation Equipment

Engineered for high-accuracy motion control use-cases, the module fits industrial robots, cobot joint drive assemblies and precision machine-tool hardware. It enables highly responsive servo actuation and exact displacement calibration, delivering fluid, consistent mechanical motion with superior repeatability to satisfy stringent precision standards for smart manufacturing and high-precision machining operations.

4 Packaging, Printing & Papermaking Machinery

The module is integrated into automated manufacturing apparatus across food, pharmaceutical and electronics sectors, including filling devices, labeling units and packaging machinery. It also delivers precise tension and velocity regulation for printing presses and papermaking equipment. It stabilizes finished-product processing quality, minimizes operating deviations, and elevates overall production throughput and product uniformity for automated packaging and printing workflows.

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