Stepper Motor Motion Controller CNC Industrial Servo Preset Control Module Panel System

Item Type: Stepper Motor Motion Controller <br>Case Size(LxWxH): Approx. 99.7 x 72 x 17mm / 3.93 x 2.83 x 0.67in <br>Screen Structure: 5 digit, high light digital tube <br>Operating Environment: -5℃-60℃ (no condensation) <br>Output: Output 2. Output Voltage: 0V <br>Operating Voltage: DC DC12-24V >1A power supply <br>Opening Size(LxW): Approx. 92 x 69.8mm / 3.62 x 2.75in <br>Motor Pulse Voltage: Collector 24V, can be directly connected to 5-24V driver <br>Motor Pulse Frequency: 85K HZ <br>Input: Enter 7. The input takes 0V as the valid signal <br> <br> <br>[F] Function Summary: In the actual work, the parameters (internal parameters of the system) that do not need to be modified often are focused on this. <br> <br>Serial NumberFunction(with * is not recommended to adjust)RangeDefault value <br>F1Molecular (electronic gear ratio) (see below for details on the specific algorithm)0-655358 <br>F2Denominator (electronic gear ratio) (see below for details on the specific algorithm)0-655355 <br>F3* Minimum speed (the minimum speed limit at which the motor is allowed to operate) Unit: Class0-655350 <br>F4* Maximum speed (the maximum speed limit at which the motor is allowed to operate) Unit: Grade0-17811781 <br>F5Zero finding position (useful only when mechanical zero) Unit: based on gear ratio0-65535.9991.5 <br>F6Zero finding speed (useful only when machine is zero) Unit: level0-6553550 <br>F7Zero seeking mode (0: software zero 1-3: mechanical zero, where 1 is recommended, do not use 2)0-30 <br>F8* Zero function start point (useful only when the machine is zero) Unit: the gear ratio shall prevail0-65535.99965535 <br>F9* Acceleration (the acceleration level of the motor starting to the normal speed, the larger the faster) the acceleration and deceleration values should be consistent as far as possible0-65535 level2000 <br>F10* Deceleration (deceleration level from normal motor speed to stop, the larger the faster) acceleration and deceleration values should be consistent as far as possible0-65535 level2000 <br>F11* System internal debugging parameters, do not set0-2553 <br>F12* System internal debugging parameters, do not set0-42949672956400 <br>Function 13*X0-X1-X2 Input signal filtering time unit: level0-6553540 <br>When there is external interference, set again. The larger the value, the slower the response <br>F14The magnitude of THE SPEED CHANGE in operation (can be turned off in F16) Unit: Level0-2552 <br>When the motor is in operation, the current running speed can be modified through the knob (encoder) on the panel. The magnitude of the knob change speed is determined by this parameter. The greater the value, the rotary knob, the greater the range of speed! The smaller the better. <br>Note: The speed after speed change is not saved by default after power failure. If you want to save after power failure, press the "Confirm" button to save in standby state. "Speed-saue" is displayed. <br>F15Is it automatically returned to zero after startup? (0: does not return to zero upon startup 1: automatically returns to zero upon startup)0-10 <br>Note: If automatic return to zero is set on startup, software zero is used for return to zero by default. The mode needs to be set in [F5-F8] function. If mechanical zero is set, it is recommended to set the zero back to mechanical zero F7=1 for the best effect! Returning to zero can only be a reversal! <br>F16* Special function Settings0-2550 <br>Value 0- Normal does not enable any special functions (default) <br>Value 1- Forces knob speed change to turn off. <br>Value 2- Modifies the motor rotation direction. <br>Value 4- Enables RS485 communication (following RTU protocol). The agreement specification can be downloaded from the official website. <br>Value 8- Automatically runs the job when turned on. The controller can be externally connected to the start but