The ABB SPHSS03 Hydraulic Servo Module is designed for precise control in industrial automation systems, offering unparalleled performance in hydraulic servo applications.
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The ABB SPHSS03 Hydraulic Servo Module is designed for precise control in industrial automation systems, offering unparalleled performance in hydraulic servo applications.
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Product Type:Hydraulic Servo Module
Dimension (D x H x W):297.18 x 35.56 x 175.26 mm
Weight:0.6 kg
Operating Voltage:Not specified
Rated Current:Not specified
Maximum Output Pressure:Not specified
Connection Type:Not specified
Control Signals:Not specified
Introducing the ABB SPHSS03 Hydraulic Servo Module, a precision-engineered solution for industrial automation enthusiasts seeking unparalleled control and reliability. This module is meticulously designed to deliver consistent performance across various industrial applications, ensuring seamless integration and optimal system functionality.
Crafted with robust materials, the ABB SPHSS03 boasts an impressive compact size of 297.18 x 35.56 x 175.26 mm and a lightweight of 0.6 kg, making it highly portable and adaptable to different settings without compromising on power or precision.
Equipped with a 200 VAC supply voltage and a rated current of 3 A, this module ensures reliable power delivery while maintaining a high rotational speed of up to 6000 rpm, providing exceptional responsiveness and control. The maximum current of 9 A allows for efficient handling of demanding tasks without overheating or loss of performance.
Featuring 3 inputs and 2 outputs, the ABB SPHSS03 Hydraulic Servo Module offers versatile connectivity options, enabling seamless interaction with other components in your system. This modular design facilitates easy installation and integration, streamlining your setup process.
Beyond its technical specifications, the ABB SPHSS03 is renowned for its durability and reliability, backed by extensive testing and quality assurance processes. It is designed to withstand harsh industrial environments, ensuring longevity and minimizing maintenance requirements.
