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Phase Closed Loop Stepper Motor 110 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 86 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 60 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 57 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 42 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 35 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 86 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 28 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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Phase Closed Loop Stepper Motor 20 Series
● Built-in high-resolution encoder, optional Z signal.
● The lightweight design of the AM series reduces the installation.
● Space of the motor.
● Permanent magnet brake is optional, Z-axis brake is faster.
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New generation 2 Phase Closed Loop Stepper Drive T60S
The T-S series is an upgraded version of the open-loop stepper driver launched by Rtelligent, and the product design idea is derived from the our experience accumulation
in the field of stepper drive over the years. By using a new architecture and algorithm, the new generation of stepper driver effectively reduces the low-speed resonance amplitude of the motor, has a stronger anti-interference ability, while supporting non-inductive rotation detection, phase alarm and other functions, support a variety of pulse command forms, multiple dip Settings.
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New generation 2 Phase Closed Loop Stepper Drive T86S
The T-S series is an upgraded version of the open-loop stepper driver launched by Rtelligent, and the product design idea is derived from the our experience accumulation
in the field of stepper drive over the years. By using a new architecture and algorithm, the new generation of stepper driver effectively reduces the low-speed resonance amplitude of the motor, has a stronger anti-interference ability, while supporting non-inductive rotation detection, phase alarm and other functions, support a variety of pulse command forms, multiple dip Settings.
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Pulse Control 2 Phase Closed Loop Stepper Drive T86
The Ethernet fieldbus-controlled stepper drive EPR60 runs the Modbus TCP protocol based on standard Ethernet interface
T86 closed loop stepper drive, based on 32-bit DSP platform, built-in vector control technology and servo demodulation function, combined with the feedback of closed-loop motor encoder, makes the closed loop stepper system has the characteristics of low noise,
low heat, no loss of step and higher application speed, which can improve the performance of intelligent equipment system in all aspects.
T86 matches closed- loop stepper motors below 86mm.• Pulse mode: PUL&DIR/CW&CCW
• Signal level: 3.3-24V compatible; serial resistance not required for the application of PLC.
• Power voltage: 18-110VDC or 18-80VAC, and 48VAC recommended.
• Typical applications: Auto-screwdriving machine, servo dispenser, wire-stripping machine, labeling machine, medical detector,
• electronic assembly equipment etc