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Curtis Instruments 1234

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Table of Contents

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Curtis Instruments 1234 Specifications

General IconGeneral
BrandCurtis Instruments
Model1234
CategoryController
LanguageEnglish

Summary

1 - OVERVIEW

OVERVIEW

Introduces the Curtis 1232/1234/1236/1238 AC induction motor controllers and their capabilities.

2 - INSTALLATION & WIRING

MOUNTING THE CONTROLLER

Details the outline and mounting hole dimensions for the 1232, 1234, and 1236/1238 controllers.

HIGH CURRENT CONNECTIONS

Identifies the five high-current terminals on the controller housing and provides details on lug assembly.

LOW CURRENT CONNECTIONS

Explains low power connections via a 35-pin AMPSEAL connector and lists individual pins.

INPUTOUTPUT SIGNAL SPECIFICATIONS

Digital inputs

Describes digital input lines and their functions, including switch contacts and input impedance.

3 - PROGRAMMABLE PARAMETERS

PROGRAMMING MENUS

Outlines the structure of programmable parameters organized into nested hierarchical menus.

Motor response tuning

Explains how motor response characteristics are tuned via speed control or torque control.

4 a - MONITOR MENU

5 - INITIAL SETUP

BEFORE YOU START

Advises on obtaining correct AC motor parameters and preparing for initial setup.

6 - TUNING GUIDE

Selecting the control mode

Explains the importance of selecting the control mode before adjusting performance parameters.

0 - SPEED MODE EXPRESS tuning

Details tuning steps for Speed Mode Express, including setting Max Speed and adjusting rates.

1 - SPEED MODE tuning

Covers parameters for Speed Mode Controller and Velocity Feedforward adjustments.

2 - TORQUE MODE tuning

Guides tuning for Torque Mode, including speed limiting, response, and fine tuning parameters.

7 - VCL

VEHICLE CONTROL LANGUAGE (VCL)

Introduces VCL as a programming language for implementing unique functions and vehicle control.

8 - DIAGNOSTICS & TROUBLESHOOTING

DIAGNOSTICS

Explains how to obtain diagnostic information using the programmer or by observing LED displays.

TROUBLESHOOTING

Introduces troubleshooting using the chart, listing fault codes, names, causes, and conditions.

Table 5 TROUBLESHOOTING CHART

Provides a detailed chart for troubleshooting faults, including code, effect, possible cause, and set/clear conditions.

APPENDIX A: THEORY OF OPERATION

THEORY OF OPERATION

Explains the principles of AC induction motor control and motor control algorithms.

APPENDIX B: EMC & ESD DESIGN CONSIDERATIONS

VEHICLE DESIGN CONSIDERATIONS REGARDING ELECTROMAGNETIC COMPATIBILITY (EMC) AND ELECTROSTATIC DISCHARGE (ESD)

Covers EMC and ESD design considerations for vehicle systems, including emissions and immunity.

APPENDIX D: PROGRAMMING DEVICES

PROGRAMMING DEVICES

Introduces programming devices like PC stations and handheld programmers for controller configuration.

APPENDIX E: SPECIFICATIONS

SPECIFICATIONS

Provides technical specifications for the 1232/34/36/38 controllers, including electrical and physical data.

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