Equipped with Built-in Battery-Free Absolute Encoder

αSTEP AZ Series mini Driver

DC Input

Equipped with Built-in Battery-Free Absolute Encoder αSTEP AZ Series mini Driver DC Input
  • Compact and Lightweight with DC Input
  • Compatible with Battery Power
  • Industrial Network Compatible

Features | αSTEP AZ Series mini Driver

Compact Design to Fit in Small Spaces/Lightweight Design Reduces Equipment Burden

Single Axis Driver Network Compatible* mini Driver Network Compatible*
Single Axis Driver Network Compatible 🡇63 % Reduction in Size
mini Driver Network Compatible
W 45 mm × D 70 mm × H 100 mm W 69 mm × D 56 mm × H 30 mm
Mass: 180 g Mass: 110 g
  • *Dimensions and mass are the same regardless of network type.
Single Axis Driver (Built-in controller type) mini driver RS-485 Communication Type
Single Axis Driver (Built-in controller type) 🡇75 % Reduction in Size
mini driver RS-485 communication type
W 35 mm × D 70 mm × H 100 mm W 47 mm × D 53 mm × H 24 mm
Mass: 150 g Mass: 56 g
Single Axis Driver Pulse Input Type With RS-485 Communication mini Driver Pulse Input Type With RS-485 Communication
Single Axis Driver Pulse Input Type With RS-485 Communication 🡇60 % Reduction in Size
mini Driver Pulse Input Type With RS-485 Communication
W 35 mm × D 70 mm × H 100 mm W 69 mm × D 56 mm × H 25 mm
Mass: 150 g Mass: 84 g

Compatible With Battery Power

A wide range of power supply voltage specifications are available for use with battery power supply. 24 VDC and 48 VDC are supported. The following shows the range of allowable operating voltages.

  • When used with 24 VDC
    When used with 24 VDC
    • *For electromagnetic brake motors, the voltage range is 22.8 to 32 VDC.
  • When Used With 48 VDC
    When Used With 48 VDC

Optimal Current Control Saves Energy

The servo emulation mode optimizes the current supplied to the motor according to the load conditions.

  • When the load is heavy
  • When the load is small

Visualization of Power Supply Voltage

  • The power supply voltage of the driver can be monitored from a host control device.

    Visualization of Power Supply Voltage
  • If the driver power supply voltage drops below a pre-set threshold, a signal is output.

    Visualization of Power Supply Voltage

Applications

Incorporation Into Self-Propelled Devices

Equipment Problem Battery operation time must be maximized.
Solution With mini Driver
  • Reduce the Overall Equipment Mass
  • Reduce Motor Power Consumption When Large Amounts of Torque aren't Required
Incorporation Into Self-Propelled Devices

Lightweight Design Reduces Equipment Burden

By reducing the overall equipment mass, the power consumption for the wheel drive shafts can be reduced.

Lightweight Design Reduces Equipment Burden
  • *The mass is 84~110 g except for AZD-KR2D.

Incorporation into Stationary Equipment

Equipment Problem Install the driver and control systems in separate locations to reduce overall equipment size.
Solution With mini Driver
  • Compact Drivers Can be Installed in Any Empty Space
  • Extension of Up to 10 m are Available With a Connection Cable Even if the Distance Between the Motor and Driver is Far
Incorporation into Stationary Equipment

Product Line

Interface Driver Type Power Supply Input
AZD-KRED EtherCAT EtherCAT compatible 24/48 VDC
AZD-KREP EtherNet/IP EtherNet/IPTM compatible 24/48 VDC
AZD-KRPN PROFINET PROFINET compatible 24/48 VDC
AZD-KREN Modbus (TCP, UDP)
CC-Link IE Field Basic
Ethernet type 24/48 VDC
AZD-KR2D Modbus (RTU) RS-485 communication type 24/48 VDC
AZD-KRX Pulse Pulse input type with RS-485 communication 24/48 VDC
  • *EtherCAT compatible products have passed the official EtherCAT conformance test.
  • *The RS-485 communication type can be controlled via CC-Link or MECHATROLINK by using with the network converter (gateway) sold separately.
Narrow down Products

Narrow down Products

Download

Operating Manual (Excluding Ethernet Type CC-Link IE Field Network Basic)

Technical Reference (Ethernet Type CC-Link IE Field Network Basic)

Support software

Lineup and Related Information