Schneider Electric Enkoderinterface funktionskort til Altivar 71 serien

Enkoderinterfacekort bruges til fluksbaseret vekstyringsdrift med sensor (FVC-modus) til asynkrone motorer eller til vektorstyret drift med hastighedsfeedback (FSY-modus) til synkrone motorer.
Til asynkrone motorer i andre styringstilstande (spændingsvektorstyring, spændings-/frekvensforhold), forbedrer enkoderinterfacekort statisk hastighedspræcision.

Interfaceenkoderkort er indsat i en dedikeret kortplads
Det er beskyttet mod kortslutning og overbelastning

Der findes forskellige typer:
- Med RS422-kompatible differential-udgange - VW3A3401, ...402
- Med åben kollektor udgange - VW3A3403, ...404
- Med push-pull udgange - VW3A3405, ...406, ...407

This inverter module is an essential part of industrial automation, enhancing the capabilities of the Altivar 71 series. Built for compatibility with Schneider Electric products, it optimises performance and provides energy-efficient solutions across various applications. The advanced encoder interface option card facilitates effective communication and control within automated systems, ensuring both reliability and efficiency.

• Boosts functionality of Altivar 71 series drives
• Integrates encoder feedback for precise motor control
• Supports energy-efficient inverters to lower operating costs
• Designed for straightforward installation and compatibility with current systems
• Promotes sustainability as a green premium product
• Suitable for a range of industrial automation components

• Utilised with Altivar 71 series drives for improved performance
• Fits requiring detailed speed and position control
• Ideal for automated systems in manufacturing and processing industries
• Suitable for advanced motion control setups
• Applicable in environments focused on energy efficiency and sustainability

Check the specifications of your current drives and systems to confirm they support the encoder interface option card.

Installation is simple and generally requires only basic tools

Yes, its design is intended to optimise motor control, leading to reduced energy consumption and operational costs.

Routine checks are recommended to maintain optimal functionality, but it generally needs little maintenance.

The encoder delivers real-time data on speed and position, enhancing control and precision within automated applications.