Summer Closure - RTA SRL
Dear Customer,
We hereby inform you that RTA SRL will be closed from Monday 04th of August 2025 to Sunday 24th of August 2025 - both included. All purchases received from 26th of July 2025 to Sunday 24th of August 2025 will be managed from 25th of August 2025.
Thank you for your cooperation,
Best regards
RTA SRL
* New series of R.T.A. with Modbus TCP/IP communication system.
* Drives optimized for coupling to SANYO DENKI stepper motors with feedback via encoder.
* Compact system, featuring a full range of built-in features and optimized for the most demanding motion control applications.
HIGHLIGHTS
* Operation with Modbus TCP/IP protocol.
* Modes of operation: PP, PV and HOMING.
* Full digital microstepping drive.
* Extremely compact size.
* Highly evolved control system, however capable of preserving the traditional simplicity of use of R.T.A drives
* Version: in plastic box, format 130 x 106 x 32 mm, equipped with removable screw connectors.
* Supply voltage range: 24-48 VDC.
* Nominal current: 4 Amp.
* Protections:
- Minimum and maximum voltage protection.
- Protection against short circuit at the motor outputs.
-Thermal protection.
* Advanced damping system for maximum noise and vibration control.
* Configurable opto-isolated auxiliary inputs and outputs.
* UL Recognized.
* Warranty: 24 months.
SETTINGS VIA Modbus INTERFACE
* Wide range of possible motor phase current values.
* Motor current overboost.
* Intelligent management of the current profile.
* Modes of operation: PP, PV and HOMING.
* Encoder management.* Version: in plastic box, format 130 x 106 x 32 mm, equipped with removable screw connectors.
* Supply voltage range: 24-48 VDC.
* Nominal current: 4 Amp.
* Protections:
- Minimum and maximum voltage protection.
- Protection against short circuit at the motor outputs.
-Thermal protection.
* Advanced damping system for maximum noise and vibration control.
* Configurable opto-isolated auxiliary inputs and outputs.
* Warranty: 24 months.
SETTINGS VIA Modbus INTERFACE
* Wide range of possible motor phase current values.
* Motor current overboost.
* Intelligent management of the current profile.
* Different modes of HOMING.
* Encoder management.
