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Classic 2 Phase Open loop Stepper Drive Series
Based on the new 32-bit DSP platform and adopting the micro-stepping technology and PID current control algorithm
design, Rtelligent R series stepper drive surpasses the performance of common analog stepper drive comprehensively.
The R60 digital 2-phase stepper drive is based on 32-bit DSP platform,with built-in micro-stepping technology & auto tuning of parameters. The drive features low noise, low vibration, low heating and high-speed high torque output.
It is used to drive two-phase stepper motors base below 60mm
• Pulse mode: PUL&DIR
• Signal level: 3.3~24V compatible; series resistance not required for the application of PLC.
• Power voltage: 18-50V DC supply; 24 or 36V recommended.
• Typical applications: engraving machine, labeling machine, cutting machine, plotter, laser, automatic assembly equipment, etc.
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Advanced Pulse Control Digital Stepper Drive R86
Based on the new 32-bit DSP platform and adopting the micro-stepping technology and PID current control algorithm
design, Rtelligent R series stepper drive surpasses the performance of common analog stepper drive comprehensively.
The R86 digital 2-phase stepper drive is based on 32-bit DSP platform,with built-in micro-stepping technology & auto
tuning of parameters. The drive features low noise, low vibration, low heating and high-speed high torque output.
It is used to drive two-phase stepper motors base below 86mm
• Pulse mode: PUL&DIR
• Signal level: 3.3~24V compatible; series resistance not required for the application of PLC.
• Power voltage: 24~100V DC or 18~80V AC; 60V AC recommended.
• Typical applications: engraving machine, labeling machine, cutting machine, plotter, laser, automatic assembly equipment, etc.
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Advanced Pulse Control Digital Stepper Driver R130
The R130 digital 2-phase stepper drive is based on 32-bit DSP platform, with built-in micro-stepping technology & auto
tuning of parameters, featuring of low noise,low vibration, low heating and high-speed high torque output. It can be used
in most applications of stepper motor.
R130 is used to drive two-phase stepper motors base below 130mm
• Pulse mode: PUL & DIR
• Signal level: 3.3~24V compatible; series resistance not required for the application of PLC.
• Power voltage: 110~230V AC;
• Typical applications: engraving machine, cutting machine, screen printing equipment, CNC machine, automatic assembly
• equipment, etc.
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3 Phase Open loop Stepper Drive Series
The 3R60 digital 3-phase stepper drive is based on patented three-phase demodulation algorithm, with built-in micro
stepping technology, featuring low speed resonance, small torque ripple. It can fully play the performance of three-phase
stepper motor.
3R60 is used to drive three-phase stepper motors base below 60mm.
• Pulse mode: PUL & DIR
• Signal level: 3.3~24V compatible; Series resistance not required for the application of PLC.
• Power voltage: 18-50V DC; 36 or 48V recommended.
• Typical applications: dispenser, soldering machine, engraving machine, laser cutting machine,3D printer, etc.
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3 Phase Open loop Stepper Drive Series
The 3R130 digital 3-phase stepper drive is based on patented three-phase demodulation algorithm, with built-in micro
stepping technology, featuring low speed resonance, small torque ripple. It can fully play the performance of three-phase
stepper motors.
3R130 is used to drive three-phase stepper motors base below 130mm.
• Pulse mode: PUL & DIR
• Signal level: 3.3~24V compatible; series resistance not necessary for the application of PLC.
• Power voltage: 110~230V AC;
• Typical applications: engraving machine, cutting machine, screen printing equipment, CNC machine, automatic assembly
• equipment, etc.
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5 Phase Open loop Stepper Drive Series
Compared with the ordinary two-phase stepper motor, the five-phase
stepper motor has a smaller step angle. In the case of the same rotor
structure, the five-phase structure of the stator has unique advantages
for the performance of the system. . The five-phase stepper drive, developed by Rtelligent, is
compatible with the new pentagonal connection motor and has
excellent performance.
5R42 digital five-phase stepper drive is based on TI 32-bit DSP platform and integrated with the micro-stepping
technology and the patented five-phase demodulation algorithm. With the features of low resonance at low
speed, small torque ripple and high precision, it allows the five-phase stepper motor to deliver full performance
benefits.
• Pulse mode: default PUL&DIR
• Signal level: 5V, PLC application requires string 2K resistor
• Power supply: 24-36VDC
• Typical applications：machanical arm, wire-cut electrical discharge machine, die bonder, laser cutting machine, semiconductor equipment, etc
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High Performance 5 Phase Digital Stepper Drive 5R60
5R60 digital five-phase stepper drive is based on TI 32-bit DSP platform and integrated with the micro-stepping technology
and the patented five-phase demodulation algorithm. With the features of low resonance at low speed, small torque ripple
and high precision, it allows the five-phase stepper motor to deliver full performance benefits.
• Pulse mode: default PUL&DIR
• Signal level: 5V, PLC application requires string 2K resistor.
• Power supply: 18-50VDC, 36 or 48V recommended.
• Typical applications：dispenser, wire-cut electrical discharge machine, engraving machine, laser cutting machine,
• semiconductor equipment, etc
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2-Phase Open Loop Stepper Motor Series
The stepper motor is a special motor specially designed for accurate control of position and speed. The biggest characteristic of stepper motor is “digital”. For each pulse signal from the controller, the stepper motor driven by its drive runs at a fixed angle.
Rtelligent A/AM series stepper motor is designed based on the Cz optimized magnetic circuit and adopts stator and rotator materials of high magnetic density, featuring a high energy efficiency. -
3-phase Open Loop Stepper Motor Series
Rtelligent A/AM series stepper motor is designed based on the Cz optimized magnetic circuit and adopts stator and rotator materials of high magnetic density, featuring a high energy efficiency.
