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Trio Motion Technology DX3-EA
Servo drive with EtherCAT

  • Total solution: controller-drive-motor
  • 230Vac/400Vac / 50W–7,5 kW
  • EtherCAT - Motion Perfect integrated
Trio DX3-EA servo drive EtherCAT
Trio DX3

DX3, the single-axis ac servo drive, is designed to create the most optimized entry-level solution with excellent performance and practical control features. The Trio DX3 drive is compatible with Trio MX servo motors and Trio's Motion Controllers to provide high speed, high precision and high performance machine solutions.

With a power range from 50 W to 7.5 kW and options for EtherCAT or conventional (pulse & direction, analog and CANopen) control, the DX3 will suit a wide variety of machine types.

 DX3 is fully integrated into Trio's application development environment, Motion Perfect, the software environment for system planning, configuration, virtualization and machine programming.

Trio DX3-EA servo drive EtherCAT
  • Quick response, short lines
  • Renowned manufacturers
  • Profound product knowledge
  • High reliability
Locking drive - ADE cylinder

We are active in many markets

Various applications in the Benelux, from handling systems to tooling machines or the automotive to food processing industry.
Applications

We supply slewing ring bearings, oscillating mountings, tensioner devices from stock and we also have spiral bevel gearboxes, servo gears and electromechanical actuators in our delivery program.


In addition we also select and offer the right components and systems for motion control solutions, such as servo gear motors, linear servo actuators and complete XYZ cartesian systems.

@Tcnoelectronica
@60thDAC @FiabCujae @ATBAutomation @sielmec @alliedelec @telecujae @ElectronicaCero ¿Conoces los sensores piroeléctricos?. Lee este artículo e infórmate.... tecnologiaelectron.blogspot.com/2022/10/sensores-piroelectricos.html

@Tcnoelectronica
@59thDAC @ATBAutomation @FiabCujae @grmCujae @mecatronicaORT @Mecatronica_UPP Formación del transistor NPN tecnologiaelectron.blogspot.com/2021/02/formacion-transistor-npn.html

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