desktop mini four-column press machine PJL-S-5KN

1.The main function

The Pinjialing servo press is driven by an AC servo motor. It changes the rotational force into the vertical direction through a high-precision ball screw. It relies on the pressure sensor loaded on the front end of the driving part to control and manage the pressure. It relies on the encoder to control the speed and position. At the same time, it controls the speed and position. A device that applies pressure to the work object to achieve the purpose of processing. It can control the pressure/stop position/driving speed/stop time at any time. It can realize the whole-process closed-loop control of the pressing force and the pressing depth in the pressure assembly operation; it adopts user-friendly human-machine The touch screen of the interface is intuitive and easy to operate. Through high-speed collection of pressure-position data during the press-fitting process, online quality judgment and data information management of precision press-fitting are realized.

Equipment mechanical structure

The fuselage is made of ductile iron frame-type one-piece casting, which has higher strength and stability. The guardrails are made of transparent PC boards, and the carbon steel parts are hard chromium plated, oiled and other anti-rust treatments.

2. Equipment specifications and main technical parameters

3. Main components and brands of equipment

4. Dimensional drawing

5. Main configuration of the system

6. System software main interface

The main interface includes interface jump buttons, data display and manual operation functions.
Management: Contains jump interface program backup, shutdown, and login method selection.
Settings: Contains jump interface units and system settings.
Reset to zero: clear the load indication data.
View: Language settings and graphical interface selection.
Help: version information, maintenance cycle settings.
Test plan: Edit the pressing method.
Redo a batch: Clear the current pressing data.
Force: Real-time force monitoring.
Displacement: real-time press stop position.
Maximum force: The maximum force generated during the current pressing process.
Manual control: automatic continuous descent and rise, inching rise and fall; test initial pressure.

7. Equipment characteristics

1. High equipment accuracy: displacement accuracy ±0.01mm, pressure accuracy 0.5%FS.

2. The software is independently developed and easy to maintain.

3. Various pressing modes: optional pressure control, position control.

4. The equipment is equipped with a safety grating to ensure the safety of operators.

5. Achieve precise displacement and pressure control without the need for hard limits and reliance on precision tooling.

6. Online assembly quality management technology detects defective products in real time.

7. Specify the optimal press-fitting process according to specific product requirements.

8. Specific, complete and accurate operation process recording and analysis functions.

9. Self-diagnosis function: When the equipment fails, the servo press can display an error message and prompt a solution, making it easy to quickly find and solve the problem.

10. The software sets multiple permission setting functions, such as administrator, operator and other permissions.

Advantages:

1. The fuselage is made of ductile iron frame-type integrated casting, which has higher strength and stability.

2. The guardrail is made of transparent PC board, which has high anti-collision strength and good light transmission. The entire body gives people a transparent and intuitive visual aesthetic feeling.

3. The overall equipment is lightweight and portable, and is suitable for pressing and mounting small precision products such as electronic products, clocks, and medical equipment on production line work surfaces and laboratory environments.

8. Application fields

• Precision press-fitting of automobile engines, transmission shafts, steering gears and other parts
• Precision press mounting of electronic products
• Precision pressing of core components of imaging technology
• Motor bearing precision press fitting application
• Precision pressure testing such as spring performance testing
• Automated assembly line applications
• Press assembly application of aerospace core components
• Medical and power tool assembly
• Other occasions requiring precision pressure assembly