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Gemini GV6K Series
Parker Gemini GV6K Series Drive Manuals
Manuals and User Guides for Parker Gemini GV6K Series Drive. We have
3
Parker Gemini GV6K Series Drive manuals available for free PDF download: Programmer's Manual, Hardware Installation Manual, Quick Reference Manual
Parker Gemini GV6K Series Programmer's Manual (254 pages)
Brand:
Parker
| Category:
Controller
| Size: 2 MB
Table of Contents
Www.comoso.com
3
Table of Contents
3
Overview
7
About this Manual
7
Organization of this Manual
7
Programming Examples
8
Reference Documentation
8
Assumptions of Technical Experience
8
Before You Begin
9
Install and Use Motion Planner
9
Technical Support
9
Programming Fundamentals
11
Motion Planner Programming Environment
12
Wizard-Based Programming
12
Native Code Programming
13
Command Syntax
14
Introduction
14
Description of Syntax Letters and Symbols
15
General Guidelines for Syntax
16
Command Value Substitutions
17
Assignment and Comparison Operators
17
Programmable Inputs and Outputs Bit Patterns
19
Creating Programs
20
Program Example
20
Storing Programs
21
Memory Allocation
21
Checking Memory Status
22
Creating and Executing a Set-Up Program
23
Executing Programs
23
Executing Programs (Options)
23
Controlling Execution - Programs & Command Buffer
24
COMEXL (Save Command Buffer on Limit)
25
COMEXR (Effect of Pause/Continue Input)
25
COMEXS (Save Command Buffer on Stop)
26
Controlling Execution of Programs and the Command Buffer
24
COMEXC (Continuous Command Execution)
24
Program Security
24
Restricted Commands During Motion
27
Using Variables
28
Using Numeric (VAR and VARI) Variables
29
Using Binary Variables
32
Unconditional Looping and Branching
33
Variables
28
Converting between Binary and Numeric Variables
28
Program Flow Control
33
Conditional Looping and Branching
35
Program Interrupts
39
Program Interrupts (on Conditions)
39
Error Handling
40
Enabling Error Checking
41
Defining the Error Program
41
Canceling the Branch to the Error Program
42
Error Program Set-Up Example
44
Non-Volatile Memory
45
System Performance
45
System Performance Considerations
45
Communication
47
Communication Options
48
Communication Options (Protocols, Connections)
48
Motion Planner Communication Features
48
Motion Planner™ Communication Features
48
Ethernet Client Operation
49
Networking Guidelines
52
Configuring the Gem6K for Ethernet Communication
53
Networking with Other 6K or Gem6K Products (Peer-To-Peer)
56
Networking with OPTO22 SNAP I/O
58
Networking with a DVT Vision System
60
Networking with an Allen-Bradley SLC 5/05 PLC
61
Error Conditions
64
Ethernet Networking
49
Overview
49
Serial Communication
66
Controlling Multiple Serial Ports
66
Networking with an Allen-Bradley SLC 5/05 PLC
66
Networking with OPTO22 SNAP I/O
66
RS-232C Daisy-Chaining
67
Configuring the Gem6K for Ethernet Communications
67
Daisy-Chaining and Rp240S
70
RS-485 Multi-Drop
70
Basic Operation Setup
73
Before You Begin
74
Setup Parameters Discussed in this Chapter
74
Using a Setup Program
75
Resetting the Controller
75
Memory Allocation
75
Drive Setup
76
Drive Stall Detection (Stepper Only)
76
Drive Resolution (Stepper Only)
76
Disable Drive on Kill (Servo Only)
76
Scaling
77
Units of Measure Without Scaling
77
What Is Scaling
77
When Should I Define Scaling Factors
77
Acceleration & Deceleration Scaling (SCLA)
78
Velocity Scaling (SCLV)
78
Distance Scaling (SCLD and SCLMAS)
79
Positioning Modes
81
For Basic Motion (Accel/Velocity/Distance), See Page
81
Preset Positioning Mode
82
Continuous Positioning Mode
83
End-Of-Travel Limits
87
Homing (Using the Home Inputs)
89
For Homing Profiles, See Page
89
Encoder-Based Stepper Operation (Stepper Only)
94
Encoder Resolution
94
Stall Detection & Kill-On-Stall
94
Encoder Set up Example
94
Encoder Count/Capture Referencing
95
Tuning Procedures (Servos Only)
95
Entering Load Settings
95
Position Mode Tuning
95
Position Mode Tuning Procedure
96
Filter Adjustments
97
Target Zone Mode (Move Completion Criteria for Servos Only)
99
Programmable Inputs and Outputs (Onboard and External Inputs & Outputs)
100
Programmable I/O Bit Patterns
101
Input Functions
104
Output Functions
115
Variable Arrays (Teaching Variable Data)
120
Basics of Teach-Data Applications
120
Summary of Related Gem6K Series Commands
122
Teach-Data Application Example
122
Product Control Options
125
Options Overview
126
Stand-Alone Interface Options
126
Overview of Product Control Options
126
Programmable Logic Controller
127
Host Computer Interface
127
Custom Graphical User Interfaces (Guis)
127
Safety Features
126
Programmable I/O (Switches, Thumbwheels, Plcs, PLC Scan Mode, Etc.)
128
Thumbwheels
129
Plcs
129
PLC Scan Mode
130
Programmable I/O Devices
128
Programmable I/O Functions
128
RP240 Remote Operator Panel
133
Configuration
133
Operator Interface Features
134
Using the Default Menus
135
Joystick and Analog Input Interface (Requires ANI SIM on Expansion I/O Brick)
140
Analog Input Interface
143
Joystick Control, Analog Inputs
140
Joystick Control
140
Host Computer Interface
143
Graphical User Interface (GUI) Development Tools
144
Custom Profiling
145
S-Curve Profiling
146
S-Curve Programming Requirements
146
Determining the S-Curve Characteristics
146
Programming Example
147
Calculating Jerk
148
Compiled Motion Profiling
149
Compiled Following Profiles
152
Dwells and Direction Changes
154
Compiled Motion Versus On-The-Fly Motion
155
Related Commands
156
Compiled Motion - Sample Application 1
157
Compiled Motion - Sample Application 2
158
Compiled Motion - Sample Application 3
161
Compiled Motion - Sample Application 4
162
On-The-Fly Motion (Pre-Emptive Gos)
165
OTF Error Conditions
166
On-The-Fly Motion - Sample Application
167
Registration
169
How to Set up a Registration Move
169
Registration Move Accuracy (See also Registration Move Status Below)
169
Preventing Unwanted Registration Moves (Methods)
170
Registration Move Status & Error Handling
170
Registration - Sample Application 1
171
Registration - Sample Application 3
173
Conditional "Go"S (GOWHEN)
173
Synchronizing Motion
173
Trigger Functions (TRGFN)
176
Synchronizing Motion (GOWHEN and TRGFN Operations)
173
Following
177
For Following Profiles, See Page
178
Introduction to Ratio Following
178
Following Status (TFSF, TFS & FS Commands)
179
Ratio Following - Introduction
178
What Can be a Master
178
Implementing Ratio Following
180
Ratio Following Setup Parameters
180
Follower Vs. Master Move Profiles
185
Performing Phase Shifts
188
Geared Advance Following
190
Summary of Ratio Following Commands
191
Master Cycle Concept
192
Master Cycle Commands
192
Summary of Master Cycle and Wait Commands
195
Technical Considerations for Following
196
Performance Considerations
196
Master Position Prediction
197
Master Position Filtering
197
Following Error
198
Maximum Velocity and Acceleration (Stepper Axes Only)
199
Factors Affecting Following Accuracy
199
Preset Vs. Continuous Following Moves
201
Master and Follower Distance Calculations
202
Using Other Features with Following
204
Troubleshooting for Following
206
Error Messages
207
Troubleshooting for Following (See also Chapter 8)
206
Following Commands
208
Following Commands (List)
208
Multi-Tasking
211
Introduction to Multi-Tasking
212
Using Multi-Tasking to Run Programs
212
Interaction between Tasks
216
Tasks
218
How a "Kill" Works While Multi-Tasking
219
Using Gem6K Resources While Multi-Tasking
220
Associating Axes with Tasks
220
Sharing Common Resources between Multiple Tasks
221
Locking Resources to a Specific Task
221
How Multi-Tasking and the % Prefix Affect Commands and Responses
221
Input and Output Functions and Multi-Tasking
223
Multi-Tasking Performance Issues
224
When Is a Task Active
224
Task Swapping
224
Task Execution Speed
225
Troubleshooting
227
Solutions to Common Problems
228
Troubleshooting Basics
228
Program Debug Tools
231
Status Commands
232
Error Messages
239
Trace Mode
242
Single-Step Mode
244
Break Points
245
Simulating I/O Activation
245
Simulating Programmable I/O Activation
245
Simulating Analog Input Channel Voltages
247
Motion Planner's Panel Gallery
247
Simulating Analog Input Activation
247
Operating System Upgrades
248
Product Return Procedure
248
Technical Support
248
Index
249
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Parker Gemini GV6K Series Hardware Installation Manual (111 pages)
Brand:
Parker
| Category:
Industrial Equipment
| Size: 1 MB
Table of Contents
Table of Contents
3
Chapter 1 - Introduction
5
Gemini Products-Overview
6
Compatible Compumotor Products
8
Chapter 2 - Installation
9
Checking Your Shipment
10
Express Setup" Overview
10
Step 1 - Connecting the Motor
12
Step 2 - Connecting +24VDC Power
15
Step 3 - Connecting AC Power
16
Step 4 - Configuring the Drive
19
Step 5 - Verifying Correct System Installation
21
What's Next
22
Chapter 3 - Configuration
23
Configuration
24
Tuning Procedures - GV6K Servo
29
Procedure for Configuring Advanced Features - GT6K
32
Configuring Damping Settings
32
Configuring Encoderless Stall Detect Settings
34
Procedure for Motor Matching - GT6K
36
Chapter 4 - Special Features
39
Relay Connections (Optional)
40
Multiple Drive Installations (Optional)
40
Regeneration Protection
42
Aligning the Resolver - GV6K Servos (Optional)
46
RS-232/485 Communications
48
Ethernet
53
Master Encoder
54
Expansion I/O
54
Updating the Drive's Operating System
55
Chapter 5 - Troubleshooting
57
Appendixa - Specifications
65
Power Specifications
66
Interface/Communication
68
Inputs and Outputs
69
Feedback Devices
76
Dimensions
79
Protective Circuits
84
Cable Specifications
86
Motors
89
Appendixc - Regulatory Compliance : Ul and Ce
99
Index
109
Parker Gemini GV6K Series Quick Reference Manual (2 pages)
Digital servo controller/drives
Brand:
Parker
| Category:
Controller
| Size: 0 MB
Table of Contents
Environmental Specifications
1
Protective Circuits
1
Troubleshooting
1
Gemini 50-Pin Connector to Flying Leads Cable
1
RS-232/485 Connector – COM1 – Port 1
2
RS-232 Connector – COM2 – Port 2
2
Expansion I/O Connector
2
RS-485 Connections
2
RS-232 Connections
2
50 Pin DRIVE I/O Connector
2
+24Vdc/Relay Connector
2
26 Pin MOTOR FEEDBACK Connector
2
Master Encoder Connector
2
AC Input Connections
2
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