Azbil NX-D15 Manuals

Azbil NX-D15 Manuals

Manuals and User Guides for Azbil NX-D15. We have 2 Azbil NX-D15 manuals available for free PDF download: User Manual

Azbil NX-D15 User Manual

Azbil NX-D15 User Manual (504 pages)

Controller Module

Brand: Azbil | Category: Control Unit | Size: 28 MB

Table of Contents

Safety Precautions
4
The Role of this Manual
6
Organization of the Manual
9
Table of Contents
11
Chapter 1. Overview

23
- Overview and Features
  23
- Overview
  23
- Features
  23
- Model Selection Table
  25
- Controller Module
  25
- Communication Box
  25
- Communication Adapter, Terminal Adapter
  25
- Names and Functions of Parts
  26
- Controller Module
  26
- Communication Box
  27
- Communication Adapter
  28
- Terminal Adapter
  29
- Operation Modes
  30
- Input/Output of the Operation Modes
  30
- Communication Availability in each Operation Mode and Status
  31
- Loop Modes
  33
Chapter 2. Installation

35
Chapter 3. Wiring

41
- Wiring Precautions
  41
- Wiring Precautions
  42
- Cables
  43
- Connecting Screw Terminals
  44
- Connecting Screwless Terminals
  45
- Connection Using Ferrules
  45
- Terminal Wiring Diagram
  47
- Power Wiring
  48
- Noise Countermeasures
  49
- Power Supply Design
  50
- PV Input Connections
  51
- PV Input (PV1)
  51
- PV Input (PV2)
  51
- PV Input (PV3)
  51
- PV Input (PV4)
  52
- MFB Input (MFB1)
  52
- MFB Input (MFB2)
  52
- Transistor and Digital Output Connections
  53
- Transistor Output
  53
- Digital Output (DO) (Optional)
  53
- Connection with a Solid-State Relay (SSR)
  54
- Analog Current Output Connections
  55
- Analog Current Output (AOC)
  55
- Connection Example with the AVP300 (Output Type C)
  56
- Live Connection (Output Type S)
  56
- Analog Voltage Output Connections
  57
- Analog Voltage Output (AOV)
  57
- Current Transformer Input Connections
  58
- Current Transformer Input (CT) (Optional)
  58
- Digital Input (DI) Connections
  59
- Digital Input (DI) (Optional)
  59
- Ethernet Communication Connections
  60
- Loader Cable Connections
  61
- Communication Connections
  62
- Electrical Noise Sources and Countermeasures
  65
- Input/Output Isolation
  66
Chapter 4. Functions Necessary for Control -1

67
- How to Set the Loop Configuration
  67
- Settings Bank and Data Fields
  67
- How to Set the PV Input
  69
- Settings Bank and Data Fields
  69
- Range Types
  69
- Valid Range Types
  70
- Setting Method
  70
- How to Set Range-Related Items
  71
- Settings Bank and Data Fields
  71
- How to Set the Range for Proportional Band
  71
- How to Set up Linear Scaling
  73
- How to Set up Square Root Extraction
  73
- How to Set up the PV Filter
  74
- How to Change the Alarm Setting
  74
- How to Set the PV Ratio and PV Bias
  76
- LSP Functions
  77
- Number of SP Groups
  77
- Lsp
  77
- PID Group Definition
  77
- SP Group no
  77
- SP Low and High Limits
  78
- LSP Ramp
  78
- RSP Ramp
  78
- How to Set the Decimal Point Position
  79
- Settings Bank and Data Fields
  79
- How to Set the Loop Control Action
  80
- Settings Bank and Data Fields
  80
- How to Set Outputs (Continuous Output and Time Proportional Output)
  82
- Output Types and Applications
  82
- Continuous Output Settings
  82
- Time Proportional Output Settings
  84
- ON/OFF Control Settings
  85
- ON/OFF Output Settings
  85
- How to Set Position Proportional Output
  86
- Loop Settings (for Position Proportioning)
  86
- Position Proportioning Settings
  87
- PV Channel Settings for MFB
  88
- OUT/DO Output Settings
  88
- Default Settings for Position Proportional Output Models
  89
- Settings
  90
- Control Method Selection
  91
- Dead Zone
  92
- Long Life
  92
- Auto-Tuning
  93
- Motor Wiring and Operation with Auto-Tuning
  94
- Input Errors and Line Breaks
  98
- Monitoring During Operation
  98
- Wiring to a Motor
  99
- Connection Example with the ECM3000
  100
Chapter 5. Operation

103
- Operation Settings
  103
- Pwr, Run, Mod, Com, Nst, Fail
  103
- OP1 to
  104
- F0 to
  105
- Display When Power Is Turned on
  106
- LED Lighting Pattern under Special Conditions
  106
- Restoring Base EEPROM Using the Button
  108
- Loop Modes
  109
- Settings Bank and Data Fields (Loop Mode Switchover)
  109
- Settings Bank and Data Fields (for MANUAL)
  109
- Settings Bank and Data Fields (for READY)
  109
- Settings Bank and Data Fields (for RSP)
  109
- How to Change the Control Mode and Parameters
  110
- Functional Architecture of the SLP-NX
  110
- How to Change Parameters
  110
- How to Manually Output the MV (AUTO/MANUAL)
  112
- How to Change to the Remote SP (RSP/LSP)
  113
- How to Stop Control by Switching RUN to READY
  114
- How to Operate the Auto Tuning
  115
- How to Change the SP
  116
- Changing the LSP Used
  116
- Changing the LSP Group Selection
  116
- Changing the RSP Used
  116
- How to Change the PID
  117
- Changing the PID Settings
  117
- Executing Auto-Tuning
  117
- How to Change the Event Action Point
  118
- PID Control
  119
- Settings Bank and Data Fields
  119
- PID Control Initialization
  120
- Heating/Cooling Control
  121
- Settings Bank and Data Fields
  121
- Heating/Cooling Control Calculation
  122
- Heating/Cooling Control Dead Zone
  122
- High and Low Limits for Heating MV and Cooling MV
  123
- ON/OFF Control
  127
- Settings Bank and Data Fields
  127
Chapter 6. Functions Often Used for Operations Other than Control

129
Chapter 7. Functions Used as Required

163
- Control Algorithm
  163
- Settings Bank and Data Fields
  163
- MV When There Is a PV Error
  164
- Setup Data
  164
- Example
  164
- MV Change Limit
  165
- Setup Data
  165
- Example
  165
- MV Branching Output
  166
- Loop Mode Diagram
  166
- Setup Data
  167
- Example
  167
- Energy-Saving Time Proportioning
  169
- Setup Data
  169
- Master/Slave Selection
  169
- Time Proportional Slave Channels
  170
- Example
  170
- Energy-Saving Delay Time
  171
- Phase Shift
  172
- Approximation by Linearization Table
  173
- Approximation by Linearization Table of Output
  173
- Setup Data
  173
- Example
  174
- When the Breakpoint a Settings Are Not in Numerical Order by Size
  175
- When the a Settings Include Adjacent Breakpoints that Are the same
  175
- AT (Auto-Tuning)
  176
- Settings Bank and Data Fields
  176
- AT Progress
  178
- Example
  178
- Zone PID
  180
- Setup Data
  180
- Example
  181
- Cold Junction Compensation
  182
- Settings Bank and Data Fields
  182
- Logical Operations
  183
- Processing Sequence for Logical Operations
  183
- Settings Bank and Data Fields
  184
- Example
  184
- Input Assignments A-D
  185
- Inverted Input Bits A-D
  185
- Calculation Type
  185
- Reverse
  185
- ON-Delay Time
  185
- OFF-Delay Time
  186
- Latch
  186
- Ufled
  187
- Settings Bank and Data Fields
  187
- Lighting Status
  188
- Start Delay at Power on
  189
- Settings Bank and Data Fields
  189
- User-Defined Bits
  190
- Example
  190
- User-Defined Number
  191
- Example
  191
- Data Transfer Function between Modules
  192
- Settings Bank and Data Fields
  192
- Supported Functions
  194
- Reception Monitoring and Communication Timeout
  195
- Settings Bank and Data Fields
  195
- Transmission Timeout between Modules
  195
- Signal to Supervisor Module Timeout (Standard Bit 1982)
  195
- Cycle Settings
  196
- Settings Bank and Data Fields
  196
- Input Assignment Function
  197
- Settings Bank and Data Fields
  197
- Just-Fitter
  198
- Settings Bank and Data Fields
  198
- SP Lag
  199
- Settings Bank and Data Fields
  199
- Internal Cascade Control
  200
- Internal Cascade Control Elements
  200
- Scaling
  201
- Internal Cascade Control Setting Methods
  201
- IDLE/SV Communication Error Operation
  203
- Settings Bank and Data Fields
  203
- Fixed Value Output
  205
- Settings Bank and Data Fields
  205
- Example
  206
- Zener Barrier Adjustment and Wiring Resistance Correction
  207
- Settings Bank and Data Fields
  207
- Wiring During Adjustment
  207
- Setting Adjusted Values
  208
- Clearing the Adjusted Values
  208
- RSP Tracking
  210
- Settings Bank and Data Fields
  210
Chapter 8. CPL Communication Function

211
- Overview of Communication
  211
- Features
  211
- Settings
  211
- Communication Process
  212
- Message Structure
  213
- Data Link Layer
  213
- Application Layer
  216
- Description of Commands
  217
- Read Fixed Length Continuous Data Command (RD Command)
  217
- Write Fixed Length Continuous Data Command (WD Command)
  218
- Read Fixed Length Random Data Command (RU Command)
  219
- Write Fixed Length Random Data Command (WU Command)
  220
- Read Continuous Data Command (RS Command)
  221
- Write Continuous Data Command (WS Command)
  222
- Data Address Definition
  223
- RAM and EEPROM Areas of Data Addresses
  223
- Numerical Representation in the Application Layer
  224
- Hexadecimal
  224
- Decimal
  225
- End Codes
  226
- End Codes for the Read Command
  226
- End Codes for the Write Command
  226
- Reception and Transmission Timing
  227
- Timing Specifications for Instruction and Response Messages
  227
- Specifications of RS-485 Driver Control Timing
  227
Chapter 9. Modbus Communication Function

229
- Overview of Communication
  229
- Features
  229
- Settings
  230
- Communication Process
  230
- Message Structure
  231
- Command Type
  234
- Exception Codes
  234
- Number of Data Items
  234
- Description of Commands
  236
- Read Multiple Data Items Command (03H)
  236
- Write Multiple Data Items Command (10H)
  238
- Write 1 Data Item Command (06H)
  239
- Numeric Value Expression
  240
- ASCII Hexadecimals
  240
- RTU Hexadecimals
  240
- Specifications Common with CPL Communication Function
  242
- RAM and EEPROM Areas of Data Addresses
  242
- Specifications of RS-485 Driver Control Timing
  242
Chapter 10. CPL/TCP Communication Function

243
- Overview of Communication
  243
- Features
  243
- Settings
  243
- Communication Process
  244
- Communication Process for Standard TCP/IP Sockets
  244
- Message Structure
  245
- Data Link Layer
  245
- Application Layer
  248
- Description of Commands
  249
- Read Fixed Length Continuous Data Command (RD Command)
  249
- Write Fixed Length Continuous Data Command (WD Command)
  250
- Read Fixed Length Random Data Command (RU Command)
  251
- Write Fixed Length Random Data Command (WU Command)
  252
- Read Continuous Data Command (RS Command)
  253
- Write Continuous Data Command (WS Command)
  254
- Data Address Definition
  255
- RAM and EEPROM Areas of Data Addresses
  255
- Numerical Representation in the Application Layer
  256
- Hexadecimal
  256
- Decimal
  257
- End Codes
  258
- End Codes for the Read Command
  258
- End Codes for the Write Command
  258
Chapter 11. Modbus/Tcp Communication Function

259
- Overview of Communication
  259
- Features
  259
- Settings
  259
- Communication Process
  260
- Communication Process for Standard TCP/IP Sockets
  260
- Message Structure
  261
- Exception Code
  262
- Number of Data Items
  262
- Description of Commands
  263
- Application Section
  263
- Read Multiple Data Items Command (03H)
  263
- Write Multiple Data Items Command (10H)
  264
- Write 1 Data Item Command (06H)
  265
Chapter 12. List of Communication Data -1

267
- Comments on the Table
  267

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Azbil NX-D15 User Manual

Azbil NX-D15 User Manual (308 pages)

Network Instrumentation Controller Module

Brand: Azbil | Category: Control Unit | Size: 10 MB

Table of Contents

Table of Contents
8
Chapter 1. OVERVIEW
15
Overview and Features
15
Overview
15
Features
15
Model Selection Table
16
Controller Module
16
Communication Box
16
Communication Adapter, Terminal Adapter
16
Names and Functions of Parts
17
Controller Module
17
Communication Box
18
Communication Adapter
19
Terminal Adapter
20
Operation Modes
21
Chapter 2. INSTALLATION
23
Installation Location
23
Terminal Block Installation and Removal
24
Module Connection
25
Installation Method
25
Installing the Main Body to the Base
26
Chapter 3. WIRING
27
Wiring Precautions
27
Recommended Cables
29
Terminal Connections
31
Terminal Wiring Diagram
32
Terminal Connections
33
Power Supply Connections
33
Noise Countermeasures
34
Power Supply Design
34
Loader Cable Connections
35
Communication Connections
36
Noise Generation Sources and Noise Suppression
40
I/O Isolation
41
How to Set the Loop Configuration
43
Bank and Settings
43
How to Set the Input Type (PV Input)
44
Bank and Settings
44
Input Types
44
Setting Procedures
44
How to Set Range-Related Items
45
Bank and Settings
45
How to Set the Range Width for the Proportional Band
45
How to Set the Linear Scaling
47
How to Change the Alarm Setting
47
LSP Function
49
SP System Group
49
Lsp
49
PID Group Definition
49
SP Group Number
49
SP High and Low Limits
49
LSP Ramp
50
RSP Ramp
50
How to Set the Decimal Point Position
51
Bank and Settings
51
How to Set the Loop Control Action
52
Bank and Settings
52
How to Set Outputs (Continuous Output and Time Proportional Output)
54
Output Types and Applications
54
Continuous Output Setup
54
Time Proportional Output Setup
55
ON/OFF Control Setup
56
ON/OFF Output Setup
56
Chapter 5. OPERATION and GENERAL FUNCTIONS
57
Operation Displays
57
Pwr, Run, Mod, Com, Nst, Fail
57
PV1 to 4
57
OP1 to 4
58
F0 to 9
58
Display When Power Turned on
59
LED Lighting Pattern under Special Conditions
59
Push Button Functions
60
Operation Modes
61
Settings (Operation Mode Selection)
61
Settings (MANUAL Settings)
61
Settings (READY Settings)
61
Settings (RSP Settings)
61
How to Change the Control Mode and Parameters
62
SLP-NX Function System
62
How to Change the Setting Parameters
62
How to Manually Output the MV (AUTO/MANUAL)
64
How to Change to the Remote SP (RSP/LSP)
65
How to Change to READY to Stop the Control
66
How to Start the Auto Tuning
67
How to Change the SP
68
How to Rewrite Sps that Are Being Used
68
How to Change the SP Group Selection
68
How to Change the PID
69
How to Change the PID Setting
69
How to Perform the Auto Tuning
69
How to Change the Event Action Point
70
PID Control
71
Settings
71
Heat/Cool Control
72
Settings
72
ON/OFF Control
73
Settings
73
How to Use Events
75
Setting Banks
75
Example: PV High Limit Alarm (on if an Error Occurs)
75
Event Operation Type, Direct/Reverse, Hysteresis, Main Setting, and Sub-Setting
77
Loop/Channel Definition Setup
81
Event Standby and EVENT State at READY
81
Event Decimal Point
81
ON Delay and off Delay
81
How to Use Internal Contact Input
82
Setting Banks
82
Example 1: RUN/READY Mode Selection from the Digital Input
82
Example 2: SP Group Selection from the Digital Input
83
Operation Types
84
Input Types
84
Loop/Channel Definition
84
Weighting
84
How to Use the Multi-SP
85
Setting Banks
85
Features
85
Example: Multi-SP Is Used with Two LSP Groups
85
How to Change the LSP with Constant Ramp
87
Bank and Settings
87
Conditions for Ramp Start
87
Conditions for Ramp Start with PV Used as Start Point
87
How to Change the RSP with Constant Ramp
88
Bank and Settings
88
Conditions for Ramp Start
88
Conditions for Ramp Start with PV Used as Start Point
88
CT (Current Transformer) Input
89
Bank and Settings
89
Measurable Current
89
CT Operations
89
Waiting Time for CT Measurement
89
Number of CT Turns/Number of CT Power Line Passes
90
Heater Burnout Detection Current Value
90
Minimum Current Defined as Overcurrent
90
Minimum Current Defined as Short-Circuit
90
Hysteresis
90
Delay Time
90
Condition for Restoring Status before Measurement
90
Chapter 7. FUNCTIONS USED as REQUIRED
91
MV at PV Error
91
Setting Banks
91
Example
91
MV Change Limit
92
Setting Banks
92
Example
92
MV Branching Output
93
Setting Banks
93
Example
93
Energy Conservation
94
Setting Banks
94
Example
94
Energy Conservation Delay Time
96
Setting Banks
97
Example 1
97
AT (Auto Tuning)
97
Example 2
98
Processing Sequence for Logical Operations
99
Logical Operations
99
Example
100
User-Defined Bits
101
User-Defined Numbers
102
Example
102
Chapter 8. CPL COMMUNICATIONS FUNCTION
103
Outline of Communication
103
Features
103
Setup
103
Communication Procedure
104
Message Structure
105
Data Link Layer
105
Application Layer
107
Description of Commands
108
Fixed Length Continuous Data Read Command (RD Command)
108
Fixed Length Continuous Data Write Command (WD Command)
109
Fixed Length Random Data Read Command (RU Command)
110
Fixed Length Random Data Write Command (WU Command)
111
Continuous Data Read Command (RS Command)
112
Continuous Data Write Command (WS Command)
113
Definition of Data Addresses
114
Numeric Representation in the Application Layer
115
Hexadecimals
115
Decimals
116
List of End Codes
117
End Code of the Read Command
117
End Code of the Write Command
117
Reception and Transmission Timing
118
Timing Specifications for Instruction and Response Messages
118
Driver Control Timing Specifications
118
Chapter 9. MODBUS COMMUNICATIONS FUNCTION
119
Outline of Communication
119
Features
119
Setup
120
Communication Procedure
120
Message Structure
121
Command Types
124
Exception Codes
124
Of Data Records
124
Description of Commands
125
Multiple Data Item Read Command (03H)
125
Multiple Data Item Write Command (10H)
127
One Data Item Write Command (06H)
129
Numeric Representation
130
ASCII Hexadecimals
130
RTU Hexadecimals
130
Specifications Shared with CPL Communications Function
131
Definition of Data Addresses
131
Driver Control Timing Specifications
131
Chapter 10. MODBUS TCP COMMUNICATIONS FUNCTION
133
Outline of Communication
133
Features
133
Monitor/Communications Profile
141
Monitor/Loop Mode
143
Monitor/Monitor
144
Monitor/Remaining Delay Time
145
Monitor/Computation Result
146
Monitor/Standard Bit
147
Standard Numerical Code/Standard Numerical Code
151
Monitor/Standard Numerical Code
153
Monitor/User-Defined Bit
154
Monitor/User-Defined Number
155
Communications/Ethernet Communications
156
Communications/Rs-485 Communications
157
Basic/Setup
158
Basic/Loop (Input)
159
Basic/Loop
160
Basic/Loop Output
163
Input-Output/Pv Input
164
Input-Output/Continuous Output
165
Input-Output / OUT/DO Output
166
Input-Output/Ct Input
167
SP/SP Group Selection
168
Sp/Lsp
169
Sp/Rsp
170
SP/SP Configuration
171
Event/Event Settings
172
Event/Event Configuration
173
Pid/Pid
177
Function/Internal Contact in
180
Function/Logical Operation
182
Function/Energy Conservation
186
Function/MV Branching Output
187
Function/Reception Monitoring
188
Other/Uf LED Settings
190
Other/Instrument Information
191
Other/Pv Tag Name
192
Other/Out Tag Name
193
Other/Option Tag Name
194
Other/Tag for All Loops
195
Bitmap Assignment
196
Monitor/Communications Profile
205
Monitor/Loop Mode
208
Monitor/Monitor
209
Monitor/Remaining Delay Time
211
Monitor/Computation Result
212
Monitor/Standard Bit
213
Monitor/Standard Numerical Code
217
Monitor/User-Defined Bit
219
Monitor/User-Defined Number
220
Communications/Ethernet Communications
221
Communications/Rs-485 Communications
222
Basic/Setup
223
Basic/Loop (Input)
224
Basic/Loop
225
Basic/Loop Output
228
Input-Output/Pv Input
229
Input-Output/Continuous Output
231
Input-Output / OUT/DO Output
233
Input-Output/Ct Input
235
SP/SP Group Selection
237
Sp/Lsp
238
Sp/Rsp
239
SP/SP Configuration
240
Event/Event Settings
241
Event/Event Configuration
242
Pid/Pid
250
Function/Internal Contact in
256
Function/Logical Operation
260
Function/Energy Conservation
266
Function/MV Branching Output
268
Function/Reception Monitoring
269
Other/Uf LED Settings
271
Other/Instrument Information
273
Other/Pv Tag Name
274
Other/Out Tag Name
275
Other/Option Tag Name
276
Other/Tag for All Loops
277

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