Maxine Automation

Step accuracy:±5%;

Temperature rise:80 Max;

Ambient temperature:-10 50

Insulation resistance:100MΩmin.500VDC;

Voltage resistance:500VACfor one minute;

Radial runout:0.06Max.(450g-load);

Axial runout:0.08Max.(450g-load)

Step accuracy:±5%(synchronizing, no-load);

Temperature rise:80 Max;

Ambient temperature:-10 50

Insulation resistance:100MΩmin.500VDC;

Voltage resistance:500VACfor one minute;

Radial runout:0.06Max.(450g-load);

Axial runout:0.08Max.(450g-load).

Step accuracy: ±5%(synchronizing, no-load);

Temperature rise: 80℃Max;

Ambient temperature:-10℃—+50℃;

Insulation resistance: 100MΩmin.500VDC;

Voltage resistance: 500VACfor one minute;

Radial runout: 0.06Max.(450g-load);

Axial runout :0.08Max.(450g-load).

Step accuracy:±5%(synchronizing, no-load);

Temperature rise:80 Max;

Ambient temperature:-10 50

Insulation resistance:100MΩmin.500VDC;

Voltage resistance:500VACfor one minute;

Radial runout:0.06Max.(450g-load);

Axial runout:0.08Max.(450g-load).

Step accuracy:±5%(synchronizing, no-load);

Temperature rise:80 Max;

Ambient temperature:-10 50

Insulation resistance:100MΩmin.500VDC;

Voltage resistance:500VACfor one minute;

Radial runout:0.06Max.(450g-load);

Axial runout:0.08Max.(450g-load).

Step accuracy: ±5%(synchronizing, no-load);

Temperature rise: 80℃Max;

Ambient temperature:-10℃—+50℃;

Insulation resistance: 100MΩmin.500VDC;

Voltage resistance: 500VACfor one minute;

Radial runout: 0.06Max.(450g-load);

Axial runout: 0.08Max.(450g-load).

Step accuracy: ±5%(synchronizing, no-load);

Temperature rise: 80℃Max;

Ambient temperature:-10℃—+50℃;

Insulation resistance: 100MΩmin.500VDC;

Voltage resistance: 500VACfor one minute;

Radial runout: 0.06Max.(450g-load);

Axial runout: 0.08Max.(450g-load).

Step accuracy: ±5%(synchronizing, no-load);

Temperature rise: 80℃Max;

Ambient temperature: -10℃—+50℃;

Insulation resistance: 100MΩmin.500VDC;

Voltage resistance: 500VACfor one minute;

Radial runout: 0.06Max.(450g-load);

Axial runout: 0.08Max.(450g-load).

EPR60 stepper motor driver is based on Ethernet technology which developed by Rtelligent. The driver adopt MODBUS/TCP protocol with standard Ethernet interface, 10M /100M bps internet interface can be compatible. Compare with MODBUS/RTU products, the communication speed is greatly improved (highest speed of NT60 is 115200bps).With the standard Ethernet format compatible function, much cost can be saved.

Typical application: Production line, Li-on battery equipment, Solar energy equipment,3C electrical equipment.

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.

NT110 digital display 3 phase stepper servo drive, based on 32-bit digital DSP platform, built-in vector control technology and servo demodulation function, makes the stepper servo system have the characteristics of low noise and low heat.

NT110 is used to drive 3 phase 110mm and 86mm closed loop stepper motors, RS485 communication is available.

Pulse Mode: PUL&DIR/CW&CCW

Signal Level: 3.3 – 24Vcompatible; serial resistance not required for the application of PLC.

Power Voltage: 110-230V AC, and 220V AC is recommended.

Typical Application: Welding Machine, Wire-stripping Machine, Labeling Machine, Carving Machine, Electronic assembly equipment etc…

NT60 is the RS485 Modbus high-performance driver which developed by Rtelligent. The driver is based on 32-bit DSP platform.NT60 integrates intelligent motion controlling function with build-in S-type motion profile. Acceleration and deceleration can be set separately.NT60 run Modbus/RTU protocol over RS485 network to control the drive and motor.

Typical application: Production line, Li-on battery equipment, Solar energy equipment, 3C electrical equipment.