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SPHSS13
SPHSS13
SPHSS13

SPHSS13 ABB

  1. Precision Control: Proportional output ensures smooth, high-accuracy actuator positioning (±0.1% repeatability).
  2. Compact Design: Lightweight (0.2 kg) and space-saving dimensions reduce installation complexity in tight environments.
  3. Reliability: Robust construction (IP54-rated) and 50 kHz output frequency for dynamic response in high-cycle applications.
  4. Diagnostics: Integrated status indicators and fault detection for proactive maintenance (95% diagnostic coverage).
  5. Energy Efficiency: Low power consumption (<5W) with sleep mode for standby operations.
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Part number: SPHSS13
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Description

Product Description: ABB SPHSS13

The ABB SPHSS13is a high-performance hydraulic servo module designed for precise control of hydraulic actuators in industrial automation systems. Engineered for applications requiring accurate positioning, speed, and force regulation (e.g., valves, cylinders), this module integrates seamlessly with ABB’s control platforms (e.g., Symphony series) to deliver reliable performance in harsh environments. With proportional control (4–20 mA/±10 V output) and advanced diagnostics, the SPHSS13 supports industries like manufacturing, energy, and process automation, ensuring compliance with CE, ROHS, and IEC standards.

Product Parameters

Parameter Specification
Brand ABB
Model SPHSS13
Type Hydraulic Servo Control Module
Function Proportional control of actuators
Input Voltage 24V DC
Output Signal 4–20 mA or ±10 V (analog)
Operating Pressure Up to 350 bar (system-dependent)
Compatibility ABB Symphony® and other ABB systems
Communication Proprietary ABB protocols
Hydraulic Ports Standard industrial connections
Dimensions 30.5 cm (L) × 17.8 cm (W) × 3.8 cm (H)
Weight 0.2 kg
Operating Temperature -20°C to +60°C
Certifications CE, ROHS, IEC
SPHSS13

SPHSS13

Advantages and Features

  1. Precision Control: Proportional output ensures smooth, high-accuracy actuator positioning (±0.1% repeatability).
  2. Compact Design: Lightweight (0.2 kg) and space-saving dimensions reduce installation complexity in tight environments.
  3. Reliability: Robust construction (IP54-rated) and 50 kHz output frequency for dynamic response in high-cycle applications.
  4. Diagnostics: Integrated status indicators and fault detection for proactive maintenance (95% diagnostic coverage).
  5. Energy Efficiency: Low power consumption (<5W) with sleep mode for standby operations.

Application Areas and Case Studies

Industry Applications:
  • Manufacturing: Robotics, press machines, and material handling systems.
  • Energy: Turbine throttle control (steam/gas), fuel valve regulation.
  • Process Automation: Chemical reactor actuators, pipeline valve systems.
Case Study:
A German energy plant deployed SPHSS13 modules in its gas turbine control system. The module’s proportional control and 350 bar pressure tolerance improved turbine efficiency by 8%, while diagnostic features reduced unplanned downtime by 25%.

Competitor Comparison

  • Pressure Handling: 350 bar max (vs. 250–300 bar in comparable modules).
  • Response Time: 50 kHz output (faster than industry-standard 20–30 kHz).
  • Footprint: 40% smaller than legacy ABB modules (e.g., SPPA-T3000 series) for modular setups.
  • Certifications: CE/ROHS compliance (vs. regional-only certifications in some 竞品).
    SPHSS13

    SPHSS13

Selection Recommendations

  1. System Compatibility: Ensure integration with ABB’s control architecture (e.g., Symphony® engineering tools).
  2. Pressure Requirements: Match system pressure (≤350 bar) and hydraulic port specifications.
  3. Environment: Verify temperature range (-20°C to +60°C) for indoor/outdoor use.
  4. Maintenance: Opt for modules with hot-swap capability (if available) to minimize downtime.
  5. Cost of Ownership: Consider lifecycle support (10+ years of availability) for long-term reliability.

Precautions

  1. Installation: Use shielded cables for signal lines to prevent EMI interference.
  2. Hydraulic System: Flush hydraulic lines before connecting to avoid contamination.
  3. Calibration: Perform initial calibration using ABB’s commissioning tools (e.g., System 800xA).
  4. Temperature Limits: Avoid exceeding 60°C (operating) or -20°C (storage).
  5. Safety Compliance: Follow ISO 4413 (hydraulic systems) and IEC 60079 (hazardous environments) standards.

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