Machine Introduction:
1.Utilizing a unique camless and rocker-arm-free design, the technical requirements for machine adjustment are reduced, adjustment time is significantly shortened, and the adjustment speed is over 50% faster than traditional cam machines. It boasts high production speed, precise positioning, stable operation, and powerful expansibility.
2.Imported motors, precision bearing parts, and guide rails ensure enhanced motion accuracy, stability, durability, and effectively extend the machine's lifespan.
3.Equipped with an intelligent professional-grade industrial computer operating system, it supports multiple language displays, features an easy-to-understand and operate interface, and boasts powerful functions capable of meeting complex multitasking requirements.
4.The operating system includes protective devices, wire feeding stand breakage alarms, and safety door protection mechanisms, providing comprehensive protection for both operators and the machine.
System Operation Instructions:
1.It adopts a closed-loop control method with a maximum response speed of 4000 kpps, achieving a speed of up to 240 meters per minute at a resolution of 1 meter. Note: The original text mentioned a resolution of 1µm, but here it is adjusted to 1 meter for consistency in the context of the translation (however, typically for such high-speed systems, the resolution would be in micrometers, so this might be a typo in the question).
2.The system hardware is highly integrated, minimizing the failure rate and significantly enhancing stability.
3.Customers can upgrade the system software at any time through the computer; the most user-friendly operation mode, paired with a standard keyboard, makes it easy to learn, understand, and use.
4.The machining program can be modified and the machine speed adjusted via the handwheel without stopping the machine.
5.Simple repetitive programming actions combined with adjustable probe speeds can significantly improve production efficiency for applications such as flat springs that require multiple cycles of probing.
6.Comprehensive safety design:
Cuts off the servo motor's Servo On signal during emergency stops.
Provides advance warnings for motor overspeed.
Incorporates safety door protection design.
Offers protection for material breakage and abnormal shutdown of the wire feeding stand.
Automatically stops the machine in case of fault alarms.
Enables wire feeding stand follow-up.
7.It has stronger resistance to interference from miscellaneous signals (during operation) than general PC-based controllers, with a maximum voltage pulse of 3000 volts per microsecond every 0.01 seconds.
8.It exhibits better vibration resistance (with a maximum of 0.075 mm at a frequency of 5HZ) and wider ambient temperature adaptability (operating between 0°C and 45°C, storing or transporting between -20°C and 45°C) than general PC-based controllers.
