RBA Optisync Private Limited

NT 60 is RS485 modbus high-performance driver.The driver based on 32-bit DSP platform. NT60 integrates intelligent motion controlling Function with build-in motion profile.Acceleration and Deceleration can be set separately. NT60 run Modbus/RTU protocol over RS485 network to control the driver and motor.

Features:

• Configurator interface : USB to RS485
• Connect Up to 32 salve address
• Configurable Input & Output with RS485 (4 D/I and 2 D/O)
• Control mode : velocity/relative/ absolute
• Baud rate : 9600/19200/38400/115200
• Application : production line, solar energy equipment, multiple stepper system, torque control mode. 

EPR60 is based on Ethernet technology.the driver adopt MODBUS/TCP protocol with standard ethernet interface,10M/100M bps internet interface can be compatible.

Features:

• Configurator interface : USB port
• Connect Up to 255 salve address
• Configurable Input & Output(6 D/I and 2 D/O)
• Control mode : velocity/relative/ absolute
• Application : production line, solar energy equipment, multiple stepper system, torque control mode.

Based on the new 32-bit DSP platform and adopting the micro stepping technology and PID current control algorithm design,Our R series stepper driver surpasses the performance of common analog stepper drive comprehensively.

• PID parameter adjustment function, meeting different types of load applications better
• Micro-stepping control algorithm, improving the stationarity of motor within each speed range
• Command smoothing function, enabling the smoother speed reduction process of motor
• Low speed vibration control, lowering down low speed vibration amplitude of motor by 80%

• Application Area : engraving machine, wire-

• stripping machine, laser marking, cutting machine, die bonder, plotter, numerical control machine, automatic assembly equipment , labelling machine.

Based on the new 32-bit DSP platform and adopting the micro stepping technology and PID current control algorithm design,Our R series stepper driver surpasses the performance of common analog stepper drive comprehensively.

• PID parameter adjustment function, meeting different types of load applications better
• Micro-stepping control algorithm, improving the stationarity of motor within each speed range
• Command smoothing function, enabling the smoother speed reduction process of motor
• Low speed vibration control, lowering down low speed vibration amplitude of motor by 80%

• Application Area : engraving machine, wire-

• stripping machine, laser marking, cutting machine, die bonder, plotter, numerical control machine, automatic assembly equipment , labelling machine.

Based on the new 32-bit DSP platform and adopting the micro stepping technology and PID current control algorithm design,Our R series stepper driver surpasses the performance of common analog stepper drive comprehensively.

• PID parameter adjustment function, meeting different types of load applications better
• Micro-stepping control algorithm, improving the stationarity of motor within each speed range
• Command smoothing function, enabling the smoother speed reduction process of motor
• Low speed vibration control, lowering down low speed vibration amplitude of motor by 80%
• Application Area : engraving machine, wire-
• stripping machine, laser marking, cutting machine, die bonder, plotter, numerical control machine, automatic assembly equipment, labelling machine.

Based on the new 32-bit DSP platform and adopting the micro stepping technology and PID current control algorithm design,Our R series stepper driver surpasses the performance of common analog stepper drive comprehensively.

• PID parameter adjustment function, meeting different types of load applications better
• Micro-stepping control algorithm, improving the stationarity of motor within each speed range
• Command smoothing function, enabling the smoother speed reduction process of motor
• Low speed vibration control, lowering down low speed vibration amplitude of motor by 80%

• Application Area : engraving machine, wire-

• stripping machine, laser marking, cutting machine, die bonder, plotter, numerical control machine, automatic assembly equipment , labelling machine.

EPR60 is based on EtherCAT field-bus technology.Its support COE (canopen over EtherCAT) protocol, confirm to CiA402 standard, and the field bus transmission rate can reach 100Mb/s, which can realise closed loop. The real time control and realtime transmission speed and high reliability communication.

Other Details:

• Open loop and close loop mode optional
• Configurable Input & Output (4 D/I and 2 D/O)
• Control mode : velocity/relative/ absolute
• Application : production line, solar energy equipment, multiple stepper system, torque control mode. 

Compared with R86, the R86mini digital two-phase stepper drive adds alarm output and USB debugging ports. smaller

size, easier to use.

R86mini 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,

Based on the new 32-bit DSP platform and adopting the micro-stepping technology and PID c
urrent control algorithm design, Rtelligent R series stepper drive surpasses the performance of common analog stepper drive comprehensively.

The Stepper motor is a special motor specially designed for accurate control of position and speed. the biggest characteristics of stepper motor is 'digital'. For each pulse signal from the controller, the stepper motor driven by its drive runs at a fixed angle('one step for short').

Compared with R86, the R86mini digital two-phase stepper drive adds alarm output and USB debugging ports. smaller

size, easier to use.

R86mini 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.