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P/N 400518-02 manual
1
1
178
178
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178 pages, 4.36 Mb
Reference Manual
P/N 400518-02
Revision: A1
Date: December 22, 2006
© Control Techniques Americas LLC 2006
Epsilon EP-I Indexing Drive and
FM-2 Indexing Module
Contents
Main
Page
Page
Page
Customer Support
Document Conventions
Epsilon Only
Safety Instructions
General Warning
Qualified Person
Reference Materials
Page
Safety Considerations
Safety Precautions
Qualified Person
Enclosure
Setup, Commissioning and Maintenance
Identification of Safety Information
Table of Contents
Safety Considerations vii
Introduction 1
Setting Up Parameters 3
Operational Overview 41
Page
Introduction
Epsilon Indexing Drives
FM-2 Indexing Module
2
Front Back
Aligning Tabs
Figure 2: FM-2 Indexing Module Feature Location
Locking Latch
Setting Up Parameters
Graph View
Data Capture Group
Timing Group
Data Group
Setup View
Identification Group
Axis
Axis Address
Configuration Group
Motor View
Motor Type List Box
Use Motor Data From .ddf File Check box
Motor Parameters Column
Encoder Lines/Rev Exponent
Encoder Marker Angle
Encoder U-track Angle
Encoder Reference Motion
Values from Drive Column
Apply to Config. Button
Run Auto-Tune Button
Save .ddf Values Button
User Defined Motor Name Conflict Dialog Box
Existing Motor Names List Box
Parameters Not Matching List
User Units View
Distance Group
Units Name
Distance Scaling
Velocity Group
Position View
Index In Position Group
In Position
Following Error Group
Following Error Limit Enable Check Box
Following Error Limit
Rotary Group
Rotary Rollover Enable Check Box
Page
Velocity View
Ramps View
Ramps Group
Limits Group
Torque View
Settings Group
Torque Group
Tuning View
Load Group
Inertia Ratio
Friction
Tuning Group
Low Pass Filter Group
Low Pass Filter Enable Check Box
Low Pass Frequency
Position Error Integral Group
Position Error Integral Enable Check Box
Page
Faults View
Fault Enable Group
I/O Setup
Input Lines View
Input Function Window
Active Off Check Box
Always Active Check Box
Input Line Window
Debounce Text box
Outputs View
Output Function Window
Output Lines Window
Attached Function
Configuration
Analog Inputs View
Analog Outputs View
Analog Outputs Group
Jog View
Page
Home View
Home Type
Home Reference
Sensor
Marker
Index # View
Index Number
Index Type
Distance/Position/Limit Distance
Velocity
Acceleration
Index Count Group
Repeat Forever
Repeat For Count
Repeat while Input Function Active
Registration Tab
Compound Indexes
Status View
Status Online Tab
Position Group
Velocity Group
Torque Group
Drive Status Group
ID Group
Time Group
Graph View
Data Capture
Timing Group
Sample Rate
Trigger Offset
Buffer Upload Size
Page
Page
Operational Overview
User Interface
How Motion Works
How Jogging Works
Jog Input Functions
How Home Works
Home Type
Standard Home
One Side Home
Standard Home Sequence
46
One Side Home Sequence
Initiate Home
The Home function will NOT be initiated when any other motion command is in progress.
Establishing a Home Reference Position
Sensor
Marker (Standard Home only)
Sensor and Marker (Standard Home only)
Accuracy and Repeatability
Home Offset
Sensor Min. On Time 50 sec
Sensor
Page
Home Offset Examples
Page
Page
Ba
on
e
V
ome
Home Input and Output Functions
Input Functions
Output Functions
N T M o t o r
Home Examples
+
-
Page
Page
How Indexes Work
Index Type
Absolute vs. Incremental
Absolute Indexes
Incremental Indexes
Registration Indexes
Rotary Plus and Rotary Minus Indexes
Index Parameters
Distance/Position
Velocity
Acceleration
Deceleration
Registration Tab
Calculations Tab
How Chaining Works
Chaining Parameters
When this index is complete then:
Global Chain Count
Index Input and Output Functions
Inputs
Outputs
Examples
68
When this index is complete then: Stop Chain Count = 1
Figure 68: Example 1 Index1 is chained to Index2 with a Chain Count of 1.
Figure 69: Example 2 Index3 is chained to Index4 with a Chain Count of 2.
How Alternate Mode Works
Alternate Mode Select
Analog Torque Mode
Analog Torque Settings Group
Torque Mode Velocity Limiting Group
A
FS
FST) AZO) ((AI TC
Pulse Mode
Interpretation Mode Group
Pulse/Quadrature Interpretation
Pulse Signal Type
Differential Source
Single Ended Source
Differential input is recommended under any of the following conditions:
Differential input circuit specifications:
Single ended input circuit specifications:
Pulse Mode Ratio Setup Group
Pulse Mode Acceleration Group
Pulse Mode Velocity Group
Velocity Group
Torque Group
Alternate Mode Input and Output Functions
Drive Modifiers
Encoder Output Scaling
Current Foldback
RMS Foldback
Shunt Operation
Epsilon EP-I
Shunt Operation
External Shunt Operation
Shunt Control
Analog Inputs View
Settings Group
Analog Outputs
Digital Inputs and Outputs
Input Function Active State
Input Line Debounce Time
Output Line Active State
Input Functions
Page
Output Functions
Page
How Communications Work
Configuring Communication
Uploading
Downloading
Change Path Connection
Page
Quick Start
Page
Step 3: Assigning Inputs
Step 4: Assigning Outputs
Step 5: Setting Up Jogging
Step 6: Setting Up the Home Routine
Step 7: Setting Up Indexes
Online Setup
Step 1: Establishing Communications with Drive
Page
Page
Page
Tuning Procedures
PID vs. State-Space
Tuning Procedure
Initial Settings
Tuning steps
No Tuning
Basic Level
Intermediate Level
Fully Optimized Level
Page
Page
Tuning Parameters
Inertia Ratio
MI
Friction
Response
High Performance Gains
Feedforwards
Low Pass Filter Group
Line Voltage
Determining Tuning Parameter Values
Initial Test Settings
Determining Inertia Ratio
Ramp Units Conversion
Conversion Formula:
60) (RPSS
10 MPK
107
Tuning Procedures
Page
Diagnostics and Troubleshooting
Diagnostic Display
Fault Codes
Fault Descriptions
Epsilon Only
E Series Only
E
N
Diagnostic Analog Output Test Points
Page
Drive Faults
Watch Window
Page
118
Error Messages
User Defined Motors
Commutation Basics
Tools Required:
Procedure
Step 1:Motor Wiring
Page
Step 2:Motor Feedback Wiring
Thermal Switch Interfacing
Encoder Logical Interfacing
Step 3:Determine Encoder Alignment
Reading Encoder Alignment
CCW Reference Rotation
CW Reference Rotation
Establishing a Standard Alignment
Dynamic Alignment Method
Static Alignment Method
Step 4: Determine Motor Parameters
Motor Ke
Motor Pole Count
volutionsSeconds/Re
Step 5:Editing the MOTOR.DDF File
60 RPM= RPM
VRMS 1000 Ke =
Poles Motor of Number 2 Cycles of Number
=
Header
Motor Data
Motor Parameter Descriptions
Step 6:Configuring the Drive
Selecting a User Defined Motor
Step 7:Verification and Checkout
Rotation Test
Torque Test
Commutation Accuracy Test
Velocity Test
Page
Page
Options and Accessories
Epsilon EP Drive Options
Epsilon EP
FM-2 Indexing Module Options
STI-24IO Interface
STI-EIO Interface
ECI-44 External Connector Interface
142
Figure 119: ECI-44 Signal Connections
Specifications
144
Dimensions and Clearances
Epsilon EP-I Drive
The following table applies to the "A" as shown in the figure below.
Drive Model Dimension "A" (shown in inches/mm) EP202/204 2.11 [53.59] EP206 2.82 [71.63]
Page
Page
Cable Diagrams
CMDS-XXX Cable
CMMS-XXX Cable
Page
SNCE
SNCDD-915
SNCFLI
SNCFLOA
MOTOR POWER CABLES
XTMDS
XCMDS
XCMDBS
MOTOR FEEDBACK CABLES
XEFTS
PIN 1
Pin 1
XEFCS
Pin 1
EFCS
Page
Glossary
Page
Page
Page
Index
A
D
F
G