CNC Servo Stepper Motor Controller Motion Control System Programmable

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Location: Shen Zhen
Ships to: US,
Item: 296747054678

Restocking Fee:No
Return shipping will be paid by:Buyer
All returns accepted:Returns Accepted
Item must be returned within:30 Days
Refund will be given as:Money Back
Unbranded:Unbranded
Type:Stepper Motor Motion Controller
Does not apply:Does not apply
MPN:Does not apply
Case Size:99.7 x 72 x 17mm / 3.93 x 2.83 x 0.67in
Application:industrial automation control
Motor Pulse Frequency:85K HZ
Manufacturer Part Number:Does Not Apply

Feature: 1. MULTIPLE MODES: This is a special operation control module for stepping, servo motor. This module has no programmable function, but built in a variety of fixed operation mode, the user can quickly choose the appropriate trajectory 2. CONFIGURABLE AND PRACTICAL: Stepper motor motion controller support power down save and set distance,, delay, cycle times 3. VARIOUS WAYS OF USE: Can be independently run as a module, can also cooperate with other systems, as a third party module to make up for the lack of motor output shaft 4. APPLICATION SCENARIO: Widely used in industrial automation control, small mechanical equipment, automatic painting industry, indexing tool control industry 5. EXCELLENT PERFORMANCE: Made with fine workmanship, possess compact appearance and stable performance, can make sure durability and stability Specification: Item Type: Stepper Motor Motion Controller Case Size(LxWxH): Approx. 99.7 x 72 x 17mm / 3.93 x 2.83 x 0.67in Screen Structure: 5 digit, high light digital tube Operating Environment: -5℃-60℃ (no condensation) Output: Output 2. Output Voltage: 0V Operating Voltage: DC DC12-24V >1A power supply Opening Size(LxW): Approx. 92 x 69.8mm / 3.62 x 2.75in Motor Pulse Voltage: Collector 24V, can be directly connected to 5-24V driver Motor Pulse Frequency: 85K HZ Input: Enter 7. The input takes 0V as the valid [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. Serial Number Function(with * is not recommended to adjust) Range Default value Molecular (electronic gear ratio) (see below for details on the specific algorithm) 0-65535 8 F2 Denominator (electronic gear ratio) (see below for details on the specific algorithm) 0-65535 5 F3 * Minimum (the minimum limit at which the motor is allowed to operate) Unit: Class 0-65535 0 F4 * Maximum (the maximum limit at which the motor is allowed to operate) Unit: Grade 0-1781 1781 F5 finding position (useful only when mechanical ) Unit: based on gear ratio 0-65535.999 1.5 F6 finding (useful only when machine is ) Unit: 0-65535 50 F7 seeking mode (0: software 1-3: mechanical , where 1 is recommended, do not use 2) 0-3 0 F8 * function start point (useful only when the machine is ) Unit: the gear ratio shall prevail 0-65535.999 65535 F9 * Acceleration (the acceleration of the motor starting to the normal, the larger the faster) the acceleration and deceleration values should be consistent as far as possible 0-65535 2000 * Deceleration (deceleration from normal motor&nbsp to stop, the larger the faster) acceleration and deceleration values should be consistent as far as possible 0-65535 2000 * System internal debugging parameters, do not set 0-255 3 * System internal debugging parameters, do not set 0-4294967295 6400 Function 13 *X0-X1-X2 Input filtering unit: 0-65535 40 When there is external interference, set again. The larger the value, the slower the response The magnitude of THE CHANGE in operation (can be turned off in6) Unit: 0-255 2 When the motor is in operation, the current running can be modified through the knob (encoder) on the panel. The magnitude of the knob change is determined by this parameter. The greater the value, the knob, the greater the range of! The smaller the better. Note: The after 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. -saue” is displayed. Is it automatically returned to after startup? (0: does not return to upon startup 1: automatically returns to upon startup) 0-1 0 Note: If automatic return to is set on startup, software is used for return to by default. The mode needs to be set in [F5-F8] function. If mechanical is set, it is recommended to set the back to mechanical F7=1 for the best effect! Returning to can only be a reversal! * Special function Settings 0-255 0 Value 0- Normal does not enable any special functions (default) Value 1- Forces knob change to turn off. Value 2- Modifies the motor rotation direction. Value 4- Enables RS485 communication (following RTU protocol). The agreement specification can be downloaded from the official website. Value 8- Automatically runs the job when turned on. The controller can be externally connected to the start button, direct wire to start port and 0V short circuit, can also play a similar effect. Value 16- Running knob regulation, whether the forward and reverse change simultaneously. You are not advised to use this function. Note: IF you want to change the at the same, the forward and reverse running values should be the same. The P2 = P4. if If not, the will be unexpected. For example: 1: If you want to modify the motor rotation direction, refer to the value of 2. So6 is equal to 2, which means change direction 2: Now to open the RS485 communication function (value :4), and to change the motor rotation direction (value :2).6=4+2=6 * Selective switch P interface or F interface 1- off [P] on [F] 2- on [P] off [F] 3- All off (temporary open: press the [Setting] key before starting up) 0-3 0 * The higher the multiple PSC value of motor running, the slower the 1-65535 3 The purpose is to adapt to some special occasion. If the motor is required to work at a very slow (only one turn a day, etc.). * Multiple of acceleration and deceleration (used in special cases, generally not set) 1-255 1 On some occasion, express acceleration and deceleration are required. In this case, a large value of acceleration and deceleration is needed (the higher the value, the faster the deceleration). By default, the value F9: acceleration or0: deceleration will not be large enough. In order to increase the number of acceleration and deceleration, so the multiple appears. The final acceleration and deceleration value = (F9: acceleration or0: deceleration value) X 9 value) F20 The main screen displays contents 0-6 0 0- Absolute position (positive and negative coordinates can be displayed) where “-” indicates reversal. Unit: circle or distance value or Angle. The display significance of the value is completely determined by the value of ] and [F2]. Calculate the value of ] [F2] in and it will display correctly 1- Absolute position (only positive coordinates can be displayed). Calculate the value of ] [F2] in and it will display correctly. 2- Relative position. That is, the current value of the motor is displayed (positive and negative coordinates can be displayed). If “-” is displayed, the switch is reversed. 3- Output pulse frequency (unit :KHZ) Maximum error: ±1KHZ, theoretical maximum frequency: 85Khz 4- Motor lap (unit: RPM, maximum error ±90 RPM. Please fill in the real drive sub-score in , otherwise the display is incorrect]) 5- Motor travel distance (unit: mm/ SEC, maximum error ±2mm/ SEC. The value of ] [F2] should be calculated in , otherwise the display is incorrect) 6- Actual value of the controller (i.e. [P2] [P4]) unit: 7- The value of the forward transfer delay (that is, the value of [P6]) in seconds 8- The value of the inversion in place delay (i.e., the value of [P7]) in seconds 9- Working times display (power off not saved) Unit: times. Maximum 99999. After that, “—–” is displayed F21 * Press the Return ESC(emergency stop) key 0-3 0 0- The motor will stop slowly according to the deceleration (if it is in the state of acceleration and deceleration, it will stop immediately) 1- The motor will stop immediately (impact) 2- The motor stops slowly and automatically returns to according to the reduced. Press again to pause back to . Press it again, it goes back to , and the cycle continues 3- The motor stops slowly according to the deceleration, and the coordinate is cleared to (the motor does not move) F22 * Button (including start/emergency stop) filtering Unit: 0-65535 20 When there is external interference, set again. The larger the value, the slower the response F23 * Allow to change the value of P0 0- Allow to enter Modify >0 Do not allow to change 0-65535 0 In practical work, the user will often modify the parameters of P1-P8, while the parameter P0 is used to select the corresponding trajectory. Generally, after setting, it will not be changed often. So I can lock it up here to prevent accidental changes. After the switch is locked, the screen blinks: ERR-0 when you change the parameters of P0 In7, you can selectively hide the function menu P interface or F interface. Combining the: we can set7 to 2 and F23 to 1. In this way, users are only allowed to modify commonly used parameters. Some system key parameters, the user is not, so as to play a protective role. F24 Note: After changing this parameter, power off and restart is required for it to take effect 0-4 or >10 4 1- Only [F] parameter is d. 2- Only [P] parameter is d 3- all (recommended) 4- No required 0 or >10: all and enable self-test mode, manufacturer mode (only for manufacturers, users do not set this parameter) Package List: 1 x Stepper Motor Motion Controller Note: The module has no programmable function It Is Prohibited To Be Used In The Following Industries: 1: equipment 2: Elevator, fire, boiler equipment, power generation equipment, mining equipment and other special industries or areas of life

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