Galil DMC-3xx12 Manual de instalación - Página 4
Navegue en línea o descargue pdf Manual de instalación para Amplificador Galil DMC-3xx12. Galil DMC-3xx12 17 páginas. Dmc-3xx1 series integrated amplifier
Imprimir página- 1. Amplifier Installation
- 1. Chapter 1 Overview
- 2. Using this Manual
- 2. Chapter 2 Installation
- 2. Operating Environment
- 2. Mounting Location
- 2. Unpacking the Controller
- 2. Mounting the Controller
- 2. Powering the Controller
- 2. Power Connector
- 2. Motor Connector
- 2. Communication Connection
- 2. Additional Wiring
- 2. Ethernet Connection
- 3. Appendix: Specifications
- 3. Fault Information
Chapter 2 Installation
Pre-Installation
Operating Environment
The location for use of the DMC-3xx1x must meet the following requirements.
Description
Ambient Temperature
Altitude
Humidity
Mounting Location
The DMC-3xx1x motion controller must be mounted on a flat surface using the 4 mounting holes
found on the metal base-plate. The grating found on the side of the metal must not be obstructed in
order provide proper air flow for adequate heat dissipation. The dimensions and the mounting hole
locations are found in Appendices A3.
Additional Mounting Consideration when using the DMC-3xx12
When operating a DMC-3xx12, special mounting considerations must be made if the total continuous
current output for the controller is greater than 5A. In this case, the controller base must be mounted to
an addition heat sink.
When the application requires that the DMC-30012 be mounted to a heat sink, the heat sink must be
sized such that the base of the DMC-30012 be kept at a temperature of 65
to a thermal resistance of 2
100% duty cycle at 10Amps continuous current with a 60VDC bus.
Elements Needed for Installation
1. Isolated DC power supply
a.
Ratings found in Appendix A1
2. Power Supply Cable
3. PC or laptop with Ethernet and/or RS-232 ports
4. GalilTools, or GalilTools-Lite software package
5. Ethernet Cable
Units
C
feet
RH
C/W at full continuous power. Full continuous power is defined as a
O
Specification
0 to +40
10,000
20-95% (non-condensing)
C or below. This works out
O