Motortronics VMX-agility Soft Starter Installation Guide

This is an installation manual for VMX-agilityTM soft starters, which includes installation methods, safety precautions, etc.


Motortronics VMX-agility Soft Starter Installation Guide - cover page
Brand
MOTORTRONICS
Document type
Installation Guide
Language
English
Pages
161
File format
PDF
File size
3.7 MB
Published
19 October, 2023
Updated
19 October, 2023
MD5 checksum
DE1F04928667C658D0750753EF57425D

About this manual

This document provides detailed installation instructions for Motortronics VMX-agility soft starters, including mounting requirements, enclosure ventilation, altitude derating, and electrical connections. It also covers safety warnings, environmental specifications, and accessory installation. The guide is intended for qualified personnel and includes technical details for proper installation and operation in industrial environments.

The manual includes sections on horizontal mounting, environmental ratings, and specific accessories like remote keypads and cooling fans. It also addresses safety hazards, such as dangerous voltages, and provides formulas for calculating ventilation requirements based on heat dissipation.

What's inside

  • Safety
  • Mounting
  • Enclosure Ventilation
  • Altitude Derate
  • Handling
  • Accessories
  • Dimensions
  • Environmental Specifications
  • Electrical Installation
  • Wiring Diagrams

Specifications

Heat Output (Model 101)9 W
Weight (Model 101)1.97 kg [4.20 lb]
Ambient Operating Temperature-20°C to 40°C; above 40°C derate linearly by 2% per °C to max 60°C
Maximum Altitude1,000m; above 1000m derate by 1% per 100m to max 2,000m

Frequently asked questions

What is the maximum operating temperature for VMX-agility soft starters?

Above 40°C, derate linearly by 2% per °C to a maximum of 60°C (140°F).

How should VMX-agility units be mounted?

Mount to a flat, vertical surface using mounting holes on the base-plate. Ensure the 'TOP' is uppermost unless horizontally mounted.

What is the formula for calculating fan requirements?

Q = (4 x Wt / (Tmax-Tamb)) where Q is air delivery in m³/h, Wt is heat in Watts, Tmax is max enclosure temperature, Tamb is air entry temperature.

Download PDF (3.7 MB)

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