RTA X-PLUS MT Stepper Drives with Modbus interface and optional STO (Safe Torque Off) function available from Micromech

July 24, 2024
TwinSpin® high-precision backlash-free cycloidal reduction gearboxes

Introduction:

  • The RTA X-PLUS MT is a series of stepping motor drives with Modbus interface STO (Safe Torque Off function)
  • Direct mains input (110v AC to 230v AC).
  • Auto-Sync function available.
  • Auto-Sync is a new function featuring a
  • Closed Loop positioning of the motor,
  • now embedded in all RTA EtherCAT and Modbus TCP/IP drives (Release 3).
  • Optimised for Sanyo Denki stepping motors with/without encoder.
  • High power performance.
  • UL/CSA certified.
Key Features:
  • Modbus TCP/IP communications interface
  • Profile positioning, profile velocity and homing modes.
  • Full digital microstepping drive.
  • Suited to a wide range of Sanyo Denki motors with holding torque up 9.2Nm and flange size up to 86mm.
  • Sanyo Denki motors are available from Micromech.
  • For NEMA 34 or larger stepping motors rated for high voltage.
  • Extremely compact.
  • Highly sophisticated easy to use operating system. Easy setup with RTA Modbus configurator.
  • Configurable IP address via USB.
Technical Features:
  • Communications by means of Modbus TCP/IP interface.
  • Range of operating voltages: 110-230 Vac.
  • Protections:
    – Protection against under-voltage and over-voltage.
    – Protection against a short-circuit at motor outputs.
    – Overtemperature protection with thermal sensor.
  • Electronic damping facility for reduction of acoustic noise and mechanic vibrations.
  • External cooling not required.
  • UL/CSA certified.
  • Warranty 24 months
  • Wide range of motor phase settings.
  • Motor current overboost.
  • Various HOMING operation mode.
  • Encoder feedback.
  • Intelligent management of current profile
RTA X-Plus MT

For details of the full R.T.A. range or for technical help contact our sales team.

Disclaimer
The use of this news article and images came with permission from RTA.
Mastering Multi-Axis Motion Control in Modern Production Cells

Mastering Multi-Axis Motion Control in Modern Production Cells

The electrification of modern manufacturing has fundamentally transformed machine automation, making basic movements far more reliable and highly controllable. But as production demands increase, the challenge shifts from moving an individual axis to managing motion...

read more
Optimizing Robotic Arm Actuators for Articulated Motion

Optimizing Robotic Arm Actuators for Articulated Motion

The demand for high-precision robotics within the manufacturing, material handling, medical and aerospace sectors is accelerating. From surgical robots performing delicate incisions to industrial arms welding chassis on an assembly line, the room for error is...

read more