Siemens Simoreg D460/35 Mre-GcE6 S20-2A 6RA 2120-6 S20-1A

Category Industrial Automation → Drives & Motor Control → DC Drives
Condition Used
Equipment Type DC Drive Converter / Industrial Motor Controller
Available yes item in stock
SKU 34/7 (306)

The Siemens SIMOREG D460/35 (MRE-GcE6 S20-2A / 6RA2120-6 S20-1A)

is a DC drive converter unit from the well-known SIMOREG series, designed for controlling DC motors in industrial applications.

This unit belongs to the SIMOREG K series, which is used for single-quadrant DC drives (forward operation only). It converts three-phase AC input power into controlled DC output to regulate motor speed, torque, and direction.

The designation D460/35 indicates:

  • Input voltage: approx. 380–460 VAC (3-phase)
  • Rated current: approx. 35 A

The module uses a thyristor-based bridge (B6C configuration) for controlled rectification, ensuring smooth motor performance and precise control in heavy-duty environments.

This specific configuration (MRE-GcE6 S20-2A / S20-1A) refers to internal control electronics and interface options used for integration with industrial automation systems.


? Key Features

  • DC drive converter for industrial motors
  • Single-quadrant operation (forward drive)
  • Input: 3-phase AC (≈380–460V)
  • Rated current: ≈35 A
  • Thyristor bridge (B6C) power conversion
  • Precise speed and torque control
  • Robust design for heavy-duty environments
  • Compatible with legacy Siemens SIMOREG systems

⚙️ Applications

  • Steel and rolling mills
  • Crane and hoisting systems
  • Paper and textile machinery
  • Conveyor and material handling systems
  • Heavy industrial drives
  • Retrofitting older DC motor systems

? Notes

  • Model: D460/35 MRE-GcE6 S20-2A / 6RA2120-6 S20-1A
  • Series: SIMOREG K
  • Manufacturer: Siemens
  • Type: DC converter / drive unit
  • Status: Legacy / discontinued (commonly available as surplus)
  • Often supplied as used or refurbished equipment

? Simple Explanation

? This device controls the speed and power of a DC motor by converting AC electricity into adjustable DC output, helping machines run smoothly and accurately.