ABB SPHSS13 Hydraulic Servo Module.

Description

Main Features and Advantages

The ABB SPHSS13 offers significant advantages for demanding hydraulic control applications.Its primary benefit is extremely precise and dynamic control.By utilizing advanced servo-valve technology and high-gain amplifiers,the ABB SPHSS13 enables micron-level positioning accuracy,rapid response times,and smooth motion profiles,which are essential for high-quality manufacturing processes.This level of control surpasses what is achievable with standard hydraulic valves.Another key feature is high power density and force generation.Hydraulic systems controlled by the ABB SPHSS13 can generate immense forces in a relatively compact package,making them ideal for applications like stamping,forging,and clamping where high force is paramount.The ABB SPHSS13 also provides robustness and reliability.ABB designs its components to withstand the rigors of industrial use,ensuring long service life and minimal downtime.The module facilitates closed-loop control by accepting feedback from sensors(like LVDTs),allowing it to continuously correct for errors and maintain the desired position,speed,or force with high repeatability.Furthermore,being an ABB-integrated solution ensures compatibility and simplified programming within ABB’s automation ecosystem,reducing engineering effort and potential integration issues.The ABB SPHSS13 is the component of choice when ultimate precision and high force are required from a hydraulic system.

Application Field

The ABB SPHSS13 Hydraulic Servo Module is critical in industries and machinery that require high-precision,high-force motion control.A primary application is in injection molding machines,where it controls the precise movement of the screw and the closing/opening of the mold with exact force and position,directly impacting part quality and consistency.It is also extensively used in die-casting machines for controlling the shot sleeve and clamping mechanisms.In metal forming and stamping presses,the ABB SPHSS13 manages the ram movement for deep drawing,blanking,and coining operations with controlled force and speed.Test and simulation rigs,such as material testing machines or flight simulators,rely on the ABB SPHSS13 to replicate complex load profiles and movements with high fidelity.It is found in specialized machine tools for tasks requiring high force,like certain grinding or honing operations.The ABB SPHSS13 is also used in plastics and rubber processing machinery for extrusion and blow molding control.Any application where the combination of high force,high speed,and extreme precision is needed from a hydraulic actuator is a potential use case for the ABB SPHSS13.

Related Products

ABB AC500 PLC Series:A common controller that sends command signals to the ABB SPHSS13.

ABB Motion Controllers/Robot Controllers:Higher-level controllers that generate the motion profiles for the ABB SPHSS13 to execute.

Hydraulic Power Units(HPUs):Provide the pressurized hydraulic fluid required by the system controlled by the ABB SPHSS13.

Proportional/Servo Hydraulic Valves:The valves that are directly driven by the ABB SPHSS13 output.

Hydraulic Cylinders and Motors:The actuators that perform the mechanical work.

Position Transducers(e.g.,LVDTs):Provide feedback to the ABB SPHSS13 for closed-loop control.

Pressure Transducers:Provide feedback on hydraulic pressure.

ABB HMI Panels(e.g.,CP600 series):Used for operator interface and monitoring of the system controlled by the ABB SPHSS13.

ABB I/O Modules:For connecting auxiliary digital and analog signals.

DIN Rail and Cabinet Components:For mounting and integrating the ABB SPHSS13.

Installation and Maintenance

Pre-installation preparation:Ensure the control cabinet is powered down.Verify the power supply voltage and capacity match the ABB SPHSS13 requirements.Check the condition of the hydraulic system(clean fluid,correct pressure).Have the wiring diagrams and device manual ready.Inspect the ABB SPHSS13 for any physical damage.

Installation steps:

Mount the ABB SPHSS13 securely on the DIN rail.

Connect the main power supply(e.g.,24VDC)to the designated terminals.

Connect the control signal input(e.g.,±10V from a PLC)to the command input terminals.

Connect the feedback signal input(e.g.,from an LVDT)if using closed-loop control.

Connect the output wires to the coil(s)of the proportional/servo valve.

Ensure all connections are tight and correct.

Power on the system and verify status LEDs.

Perform calibration and tuning procedures as per the manual to optimize performance.

Maintenance recommendations:Regularly inspect electrical connections for tightness.Monitor the hydraulic fluid quality and replace filters as scheduled.Check for any signs of oil leakage near the valve.Monitor system performance for changes in response or accuracy,which might indicate the need for recalibration.Keep the control cabinet clean and cool.

Product Guarantee

We guarantee that the ABB SPHSS13 Hydraulic Servo Module we supply is a genuine ABB product.Each unit undergoes a visual inspection to ensure it is free from damage before shipment.We provide a standard warranty against manufacturing defects.Our support team is available to assist with basic technical questions regarding the ABB SPHSS13.We understand the critical role precise hydraulic control plays in your operations,and we are committed to providing a reliable ABB SPHSS13 module to help maintain the performance and efficiency of your machinery.

ABB 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101 5SHY4045L0006 3BHB030310R0001 3BHE039203R0101 GVC736CE101 ABB GRID BREAKER UNIT GBU72 3BHE055094R0002 3BHE031197R0001 3BHB030310R0001 In stock!!! Interested parties please inquire