Danaher Motion SS2000D3 / SS2000D6 Installation Instructions

Installation instructions, wiring guidelines, specifications, and troubleshooting for Danaher Motion SLO‑SYN SS2000D3 and SS2000D6 packaged drives.


Danaher Motion SS2000D3 / SS2000D6 Installation Instructions - cover page
Brand
Danaher Motion
Category
Industrial Robot
Document type
Installation Guide
Language
English
Pages
32
File format
PDF
File size
911 KB
Published
04 October, 2026
Updated
04 October, 2026
MD5 checksum
6A4AC9343A8B9E0EEBB44ADEF55776E3

About this manual

The SLO‑SYN SS2000D3 and SS2000D6 are bipolar, speed‑adjustable, two‑phase chopper drives that use MOSFET and IGBT power devices. They support a wide range of microstepping options and are designed for 115 VAC input.

This guide covers safety precautions, express start‑up steps, detailed wiring and mounting instructions, full mechanical and electrical specifications, motor compatibility, current and step‑resolution settings, torque‑versus‑speed characteristics, system‑checking procedures, and troubleshooting of electrical interference problems.

What's inside

  • Introduction
  • Express Start Up
  • Installation Guidelines
  • Specifications
  • Torque vs Speed Characteristics
  • System Checking
  • Troubleshooting

Specifications

Mechanical size (D3)2.5" W x 5.8" D x 10.8" H
Weight (D3)3.2 lb (1.45 kg)
AC input range90 V to 132 V, 50/60 Hz
Maximum current (D3)5 A
Fuse rating250 V, 8 A (Littelfuse 314008)
Operating temperature range+32 °F to +122 °F (0 °C to +50 °C)

Frequently asked questions

What safety steps must be taken before installing the drive?

Disconnect AC power, ensure the "PWR ON" LED is off, allow at least five minutes for capacitors to discharge, ground the unit, and keep the enclosure in place to avoid exposure to live voltage.

How do I set the motor current level for the SS2000D3/D6?

Use the front‑panel rotary switches to select the desired current; only one switch may be on at a time, and the highest‑current switch that is on determines the active setting.

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