Pressure 0-300KG
Model: FSKC desktop servo press
Repeat positioning accuracy: +0.02 mm
Pressure accuracy:0.5%FS
Customized stroke: within 350MM
Composition structure
Manual mode, automatic mode
Monitoring display, program setting
Massive variety, diverse processes
S-1000 Series Intelligent Pressing Controller
S-1000 is a motion controller specially tailored for servo presses based on ARM Cortex-M4 processing chip. The controller sends pulse signals to control the servo motor to achieve precise control of position and pressure.
*Built-in imported 24-bit ADC acquisition chip can collect mV-level force sensor signals more accurately and quickly
*Closed-loop control with a maximum sampling frequency of 1600HZ:
*The maximum force resolution is 1/100000, and the control force value accuracy is 0.5%FS:
*The controller contains multiple communication methods, such as RS485, RS232, and TCP/IP communication:
*Accepts high-resolution grating rulers or servo drive encoder signals with AB orthogonal encoding signals, with a displacement control accuracy of 0.01mm;
*The largest multi-functional I/0 interface, real-time interactive system operation status and external control signals, can be coordinated with cylinder clamping, positioning and other actions
Features:
The equipment is sturdy and reliable, and the equipment platform is easier to use:
The repeatability can reach ±0.02mm;
Pressure detection accuracy ±2%
Information management
Good flexibility
It can adapt to a variety of products, switch the target program by itself, and achieve flexible production requirements. High-speed and high-height press-fitting process multi-stage speed setting ensures that the assembly process is controllable:
The interface is easy to operate. Users can input parameters such as speed, displacement, pressure, etc. to achieve intelligent flexible output curves, which is easy to use
Structure
Manual mode: you can manually set and adjust the relevant parameter information
Automatic mode: start the button, the servo press starts to run according to the set parameters and operates automatically
Monitoring display: monitor the entire pressing process of the servo press, count production information, and generate pressure curves
Program setting: allow editing and running programs and setting judgment conditions:
Massive variety: you can easily call the set programs, massive storage space, to adapt to different specifications of press products
Various processes: in the process of press assembly, you can set a variety of conditions, such as: segmented control of the speed of press; fast, slow, precise and other types of press; press stop position setting, you can accurately set the position of press and precisely control it; pressure control, you can also set the pressure for press.
The Column-Type High Precision Intelligent Servo Press offers the following significant advantages over
traditional hydraulic presses:
1. High-Precision Control
Utilizing a servo motor drive and high-precision ball screw, it achieves ±0.01mm repeatability, meeting
precision assembly requirements.
A closed-loop control system monitors pressure and displacement in real time, ensuring a stable press-
fitting process and preventing defective products.
2. Energy-Saving and Environmentally Friendly
The servo motor delivers power on demand, reducing energy consumption by over 30% compared to
traditional hydraulic presses.
No risk of hydraulic oil leakage, reducing environmental pollution and maintenance costs.
3. Intelligence and Automation
Supporting PLC or CNC control, it can store press-fitting data and generate force-displacement curves
for quality traceability.
In-line detection and audible and visual alarms enhance production safety.
4. Flexibility and Efficiency
Adjustable programs accommodate high-mix, small-batch production, allowing for rapid switching of
process parameters. The column-type structure (C-type or four-column) provides highly rigid support
and is suitable for large-tonnage (1-30 tons) metal or plastic molding.
5. Low Maintenance Costs
The simplified mechanical structure eliminates the need for regular hydraulic system oil and seal replace
ment, significantly reducing maintenance workload.
Some models utilize a block-type stroke adjustment mechanism to prevent thread wear and extend
equipment life.
6. Wide Applications
It is suitable for high-precision applications such as automotive parts (bearings, gears), electronic com
ponents, and aerospace.
7. Cost-Effectiveness
The initial investment is higher, but long-term operating costs (energy consumption, maintenance) are
lower, resulting in a shorter payback period.
In summary, this equipment surpasses traditional hydraulic presses in terms of precision, efficiency, en
vironmental friendliness, and intelligence, making it an ideal choice for smart manufacturing upgrades.
