SPHSS13 Symphony Plus Hydraulic Servo Module

The SPHSS13 Symphony Plus hydraulic servo module is a high-performance control module that is widely

used in industrial control areas requiring high precision and high output power. As an important part of

electro-hydraulic servo system, it combines the dual advantages of electrical control and hydraulic drive

to achieve accurate control of hydraulic system.

In terms of electrical control, the SPHSS13 module shows the characteristics of high precision, high efficiency, low

energy consumption and low noise. The high performance dynamic energy control ensures the stable operation

of the system, while the stable temperature performance enables the module to maintain excellent performance in a

variety of operating environments. In addition, the module also has the function of energy regeneration and

feedback to the power grid, which effectively reduces energy consumption.

SPHSS03

In terms of hydraulic drive, SPHSS13 module makes full use of the advantages of the hydraulic system. Its high

force/work density and compact design allow the module to produce powerful power in a limited space. The hydraulic

motor (cylinder), as a high-power and economical actuator, ensures the stable operation of the module under high

load. Although the hydraulic system will have a certain amount of energy loss during pressure control, the

SPHSS13 module effectively reduces this energy loss through optimal design and precise control.

The output of the SPHSS13 Symphony Plus hydraulic servo module is a function of the input, which can quickly

respond to the control signal and realize the precise control of the hydraulic system. It is composed of an electro-mechanical

converter (torque motor or force motor), a hydraulic amplifier and a feedback or balancing mechanism,

which together constitute a stable and reliable control system.

Overall, the SPHSS13 Symphony Plus hydraulic servo module occupies an important position in the field of industrial

automation with its excellent performance and stable performance. It can meet a variety of complex control needs,

improve production efficiency, reduce operating costs, is an indispensable component in the field of industrial control.