COSMOS Driver Series 3000 Use and Maintenance Manual

This manual covers the safe use, installation, operation, error codes, and maintenance of the COSMOS Driver Series 3000 for brushless and asynchronous motors.


COSMOS Driver Series 3000 Use and Maintenance Manual - cover page
Brand
Cosmos
Document type
User Manual
Language
English
Pages
71
File format
PDF
File size
2.5 MB
Published
10 October, 2026
Updated
10 October, 2026
MD5 checksum
843FDABA64E93AC9127F3AF433A6D529

About this manual

The COSMOS Driver Series 3000 is a digital driver designed for sinusoidal electromotive force motors and three-phase asynchronous motors. It features an intelligent IGBT module (IPM) and a 32-bit micro-controller, allowing flexible control via field bus or a removable VISIO keyboard interface.

The document provides comprehensive instructions on safety precautions, electrical installation including power and signal wiring, and the configuration of various connectors such as motor output, encoder inputs, and field buses like Sercos III and FlxIO. It also details operator interface functions, LED status indicators, error code interpretation, firmware updates via USB, and maintenance procedures.

What's inside

  • Introduction
  • Safety Instructions
  • Product Features
  • Installation
  • Operator Interface
  • Error Codes
  • Firmware Update
  • Maintenance

Specifications

Protection degreeIP20B
Ambient temperature at rated currents0 ÷ +40°C
Ambient humidity5 ÷ 85% non condensing
Altitude at rated current0 ÷ 1000m
Weight (Type 315X)1,8 kg
Weight (Type 325X)2,0 kg

Frequently asked questions

What motors is the COSMOS Driver Series 3000 designed for?

The series is designed for motors with sinusoidal electromotive force and three-phase asynchronous motors.

How long must the driver be switched off before starting operation?

The user must ensure the driver has been switched off at least 10 minutes earlier to avoid dangerous voltage from condensers.

What is the maximum altitude for operation at rated current?

The drivers can operate at an altitude of up to 1000m without derating.

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