Moog G122-829-001 P-Iservoamplifier Application Notes

These Application Notes are a guide to applying the G122-829-001 P-I Servoamplifier. They can be used to determine the closed loop structure for the application, select the G122-829-001, determine the system configuration, draw the wiring diagram, and install and commission the system.


Moog G122-829-001 P-Iservoamplifier Application Notes - cover page
Brand
MOOG
Category
Industrial Supply
Document type
Application Note
Language
English
Pages
6
File format
PDF
File size
450 KB
Updated
28 September, 2023
MD5 checksum
B57189AEB74870897E725DB38F12F78B

About this manual

This document serves as a guide for applying the G122-829-001 P-Iservoamplifier, assisting users in determining closed-loop structures, selecting the amplifier, and configuring system settings. It provides instructions for drawing wiring diagrams, installing the unit on a DIN rail, and commissioning the system, while noting that hydraulic design and actuator selection are not covered.

What's inside

  • Scope
  • Description
  • Installation
  • Wiring
  • EMC
  • Power supply
  • Set-up adjustments
  • Input configuration
  • Output configuration
  • Step push button

Specifications

Power supply voltage24V DC nominal
Power consumption (no load)75mA @ 24V
Power consumption (100mA load)200mA
Recommended fuseM205, 250mA T
Wire size range0.2mm2 to 2.5mm2
Input 1 scale range10 to 100%
Input 1 lag option55mS
Output voltage range±10V
Output current range±5 to ±100mA
Maximum load resistance (50mA)181 Ohm

Frequently asked questions

What is the recommended fuse for the power supply?

An M205, 250mA T (slow blow) fuse compliant with IEC127-2 sheet 3 is recommended.

What wire sizes are supported by the screw terminals?

The terminals accommodate wire sizes from 0.2mm2 to 2.5mm2 (24AWG to 12AWG).

How should the amplifier be mounted?

It should be mounted on a horizontal DIN rail on the vertical rear surface of an industrial steel enclosure.

What is the default state of the feedback amplifier?

The default setup is 4-20mA flowing into terminal 18 and out of terminal 17, producing an output of 0 to -10V.

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