The second-hand injection molding machine carries out diversified development with its strong economic strength, obtains the trust and support of many enterprise units, and establishes a good reputation in the industry.
The analysis of the used injection molding machine servo system is as follows:
(1) Reaction time: It indicates the time required for the system to reach the set value from the initial operation and the instant reaction, the faster the system responds.
(2) Overshoot amount: The amount by which the maximum peak value exceeds the expected set value at the moment of lifting. The smaller the overshoot amount, the higher the stability of the target control capability.
(3) Transient response: The moment the signal rises from the lift, the time response part of the system is still oscillating. The time it takes to spend, the shorter the time spent, the more stable the system is to restore stability, and the short cycle time or extremely high / Low-voltage switchers have more control advantages.
(4) Steady-state response: Representing the remaining part of the time response after the transient response disappears. The longer the steady-state time, the better the stability of the system under continuous load.
(5) Falling time: the time required to return to the original standby state at the end of the control. This result will also affect the reaction time required for equivalent switching when the control is switched to a lower pressure or speed.
The above is the relevant information about the used injection molding machine servo.