Замкнутый контур шаговый Драйвер 2LS860H по номеру 86 мм замкнутый контур шаговый двигатель, хит продаж, цена по прейскуранту завода изготовителя 2 фазы 86 мм драйвер шагового двигателя

          Based on the platform of TI's new 32-bit multi-channel DSP processing chip, the magnetic field orientation and high-speed flux-weakening algorithm in the servo driver are designed to achieve excellent performance.
          The built-in vector control design and servo demodulation function of the driver, combined with the feedback of the closed-loop motor encoder, make the stepping servo system have the features of low noise, low heating, no lost steps and higher application speed, and can improve the intelligent equipment system performance in all directions.
Pulse mode: single pulse/ CW/CCW pulse/quadrature pulse.
Signal level: 3.3-24V compatible, PLC applications without string resistance.
Typical applications: lock screw machine, servo dispensing machine, stripping machine, labeling machine, medical detector, electronic assembly equipment, etc. The application effect is particularly good in a device where the user desires high rotation speed and high torque.

Do not lose step

           Use of photoelectric encoder feedback motor position constitutes a closed-loop stepping drive system; The traditional stepping motor drive system may cause lost step or stall during sudden load, so it is necessary to reserve a large torque margin; and the closed loop stepping driver will collect the current position information every 50us, and according to the position error information adjusts the current, corrects the position, and prevents step loss.

High torque

          Ordinary stepping drive systems typically require a 30% torque margin to prevent lost step. Closed-loop stepping can use 100% of the motor torque to improve efficiency. Closed-loop stepping According to the position of the motor detected by the encoder, the magnitude and phase of the current are adjusted during overload, so that the torque of the motor at the current speed is kept to a maximum.

Stop without oscillation

         The traditional servo system is an error tracking system. When reaching the target position, the error is close to zero, the torque fluctuates in a certain range, causing the shaft to oscillate; and the closed-loop stepping system utilizes the low-speed large torque characteristics of the stepping motor when the motor reaches the target position. No oscillation will occur. This feature is suitable for visual inspection applications.

Fast response

          The characteristic of the stepping motor is that the rotor is synchronized with the given pulse to achieve fast positioning. Suitable for quick positioning of short distances. The position sampling speed of traditional servo systems is slow and there is a large settling time.

No gain adjustment

         Traditional servo systems require complex, lengthy, and time-consuming various gain tunings depending on the load. Closed-loop stepping utilizes the unique torque characteristics of a stepping motor to match the encoder's position correction, enabling stable and reliable performance without the need for complex gain tuning. Particularly suitable for low rigidity loads (eg pulley drive systems).

Low heat

          An ordinary stepping drive system operates with a constant current. The closed loop stepping drive system adjusts the current according to the load fluctuation. Can reduce heat, improve energy efficiency.

LS series closed loop stepping introduction

          The closed-loop stepping drive of Bergerda is based on an ordinary open-loop stepping motor combined with position feedback and servo algorithm to form a high-speed, high-torque, high-precision, low-vibration, low-heat, No-lose-step stepping scheme. LS series stepping servo driver, based on the platform of IT company's new 32-bit DSP processing chip, utilizes magnetic field orientation (FOC) and weak magnetic control algorithm design in servo driver, and has all-round performance beyond ordinary stepping.

Built-in PID parameter adjustment function enables the motor to better meet the application of different types of loads.
Built-in field weakening control algorithm reduces the magnetic field characteristics of the motor at high speed and maintains power.
Built-in current vector control function makes the motor have servo current characteristics and low heat generation
Built-in micro-step instruction algorithm, so that the motor speed stage to maintain stable, low vibration.
Built-in 4000pulse resolution encoder feedback, so that the motor accuracy, never lost step.

          The servo control direction combined with the characteristics of the stepping motor enables the LS series closed-loop stepping driver to better perform the performance of the stepping motor and replace the same power servo application, making the automation equipment the most cost-effective new choice.

          Application: It is especially good for users who want small noise and high speed equipment. For example: engraving machine, stripping machine, marking machine, cutting machine, solid crystal machine, plotter, CNC machine tools, automatic assembly equipment.

1.Q:Can I get some samples first?
A:Sure, we are honored to offer you samples for your check.

2.Q:Do you have the products in stock?
A:We have normal products in stock.

3.Q:Are you manufacturer or trading company?
A:We are manufacturer directly,and have our own technology team,can match your requirement directly and quickly.

4.Q:What's about your technology ability?
A:We have our own R&D team, can provide one-stop solution for your application.

5.Q: How does your factory do regarding quality control?
A: Quality is priority. We always attach great importance to quality control from the beginning to the end of the production. Every product will be fully assembled and carefully tested before packed.

6.Q:What's your warranty terms?
A: We offer different warranty terms for different products. Please contact with us for details.

Packaging Detailspacked in plywood case or carton
Delivery Timewithin 7 days

The independent research and development of the company's motion controller, stepping drive, stepping motor has been widely used in textile packaging, CNC machine tools, printing, embroidery, sculpture, electronic manufacturing and other automated machinery.