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Maxiflex P3 M1260E
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Manuals and User Guides for Omniflex Maxiflex P3 M1260E. We have
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Omniflex Maxiflex P3 M1260E manual available for free PDF download: User Manual
Omniflex Maxiflex P3 M1260E User Manual (110 pages)
Process Automation Controller CPU
Brand:
Omniflex
| Category:
Computer Hardware
| Size: 2 MB
Table of Contents
Table of Contents
6
1 Glossary of Terms
11
2 General Description of the P3 & A3 Cpu's
15
Front Panel LED Indicators
15
Figure 2.1: View of the M1267B P3E-R Redundant Controller CPU with 10/100 Ethernet
15
Table 2.1: Front Panel LED Indicators
15
Communication Ports
16
I/O Module Support
17
Dual Redundant Operation
17
CPU Functions
17
3 Cpu's and the MAXIFLEX Architecture
20
General System Architecture
20
Figure 3.1 P3 CPU System Architecture
22
4 Installing the CPU
23
Connecting the Internal Battery
23
Connecting the Memory Battery Backup
23
Figure 4.1 P3 Battery Link Shown Disconnected (as Shipped)
23
Installing the CPU on the Maxiflex Base
24
Connecting the Programming Port (All Models)
24
Connecting the Serial Port (All Models)
24
Figure 4.2: Layout of the 7I/O Master Base
24
Table 4.1: Pin Allocation of DB-9 Connector on Program Cable and FCC-68 Socket on P3 Cpu's
24
Connecting the Conet/C Network Port
25
Connecting the Ethernet Network Port
25
Connecting the Watchdog Relay Output Contact
25
Table 4.2: Pin Allocation of Serial Port Connector on P3 Cpu's
25
Table 4.3: Pin Allocation of Conet Port Connector on the M1261E CPU
25
Applying Power for the First Time
26
Front-Panel LED Indicators Explained
26
Table 4.4 Front Panel LED Indicator Functions Explained
27
5 I/O Module Management & Scanning Explained
28
Number of I/O Modules
28
Automatic I/O Module Identification
28
The I/O Module List
28
Automatic I/O Scanning
29
6 The Data Interchange Table Explained
30
DIT Table Overview
30
DIT Table Layout
30
Table 6.1: DIT Address Map of the P3 CPU and Master Rack in Extended DIT Address Mode 1
30
CPU Dynamic Data Space (0-29,999)
31
Intelligent Modules in I/O Slots 1 to 15 (30,000-59,999)
31
Table 6.2: DIT Address Map of the Expander Rack in Extended DIT Address Mode 1
31
Table 6.3: DIT Address Map of the CPU and Master Rack in Extended DIT Address Mode 2
31
CPU Configuration (Static) Data Space (60,000-65,499)
32
DIT Access to I/O Module Data
33
Table 6.4 I/O Slot DIT Data Space Allocation
33
Table 6.5- I/O DIT Address Map for P3 & A3 Cpus Local I/O Rack
34
Table 6.6- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 1
34
Table 6.7- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 2
35
Table 6.8- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 3
35
Table 6.9- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 4
36
Table 6.10- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 5
36
Table 6.11- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 6
37
Table 6.12- I/O DIT Address Map for P3 & A3 Cpus Remote I/O Rack 7
37
7 I/O Module DIT Register Reference
38
M1101A -24VDC/12V Solar 3A Charger/Power Supply
38
M1102B - DC L - 24Vdc Logic Power Supply
38
M1104A - DC LF - 48Vdc Logic/Field Power Supply
38
M1151C - AC LF - 115/230Vac Logic/Field Power Supply
39
M1152B - AC LC - 115/230Vac Logic Power Supply/Charger
39
M1321A - 8DI-C - 8 Way Individually Isolated Contact Input Module
39
M1322A - 16DI - 16 Way Digital Input Module (9-30Vdc) M1323A - 16DI - 16 Way Digital Input Module (18-60Vdc)
40
M1326A - 32DI - 32 Way Digital Input Module
40
M1330A - 8DI8RO 8Way Digital Input /8 Way Relay Output Module
41
M1341B - 16DO - 16Way Digital Output Module
41
M1342A - 32DO - 32Way Digital Output Module
42
M1372A - 8RO - 8Way Relay Output Module
42
M1403A - 16AI - 16Way Analogue Input Module
43
M1412A - 8AO - 8 Way Analogue Output Module
43
M1431B - 8VC ISO - 8 Way Isolated Voltage/Current Input Module
44
M1432C - 8TC ISO - 8 Way Isolated Thermocouple/Millivolt Input Module
47
M1433B - 6RTD ISO - 6 Way Isolated Resistance Bulb Input Module
50
M1760A - 32SOE - 32 Way Sequence of Events Input Module - 24V Input M1761A - 32SOE - 32 Way Sequence of Events Input Module - 48V Input
52
8 The Subscription Service Explained
55
Introduction to Subscriptions
55
Setting up Subscriptions
55
Figure 8.1 the Magazine Subscription Analogy
55
Number of Subscriptions Allowed
57
Subscription Application Example
57
Table 8.1 Subscription Configuration Information
57
Table 8.2 Subscription Block Data Example
58
9 Queue Service Explained
59
Introduction to the Queue Service
59
10 Modbus Master Operation Explained
60
Introduction to Modbus Master Driver
60
Modbus Master Parameters
60
Query Configuration
62
Query Triggers
63
Table 10.1 Modbus Master Query Settings
63
Status DIT Registers
64
Table 10.2 Modbus Master Query Error Codes
64
11 Configuring the P3 CPU
65
Overview
65
Setting the Serial Port Address Switch
65
Figure 11.1: Serial Port Address Switch
65
Table 11.1: Serial Port Address Switch Settings
66
Setting the Conet/C Network Port Address Switch
67
Preparing the Omniset Configuration Software to Configure the P3 CPU
68
Table 11.2: Conet Port Address Switch Settings (M1261D P3C)
68
Figure 11.2: Location of Programming Port
69
Synchronise Omniset and the P3 CPU
70
Configuring the Programming Port
71
Configuring the I/O Module List Using Omniset
71
Configuring the Real-Time Clock
73
Configuring the Serial Port from Omniset
74
Figure 11.3: Serial Port Configuration Group
74
Figure 11.4: Configuring Modbus Master Queries
75
Configuring the Ethernet Network Port
76
Figure 11.5: Setting Ethernet IP Address Etc. in Omniset
77
12 Programming the P3 CPU
78
Introduction to IEC61131-3 Programming
78
Programming the Maxiflex P3 CPU
79
Installing the Omniflex Isagraf Application Workbench for the Maxiflex P3 CPU
79
Setting up the Application Workbench for the Maxiflex P3 CPU
80
Creating I/O Connections
82
Programming with the DIT
86
Maxiflex P3 CPU Specific Function Blocks
99
13 Constructing a Redundant Controller System
100
Principles of Dual Redundancy
100
Functional Safety
100
Redundant System Architecture Overview
101
Figure 13.1: Dual Redundant Controller System Architecture
101
Operating Modes of the Dual Redundant System
102
Figure 13.2: Operating Modes of Primary Controller
102
Figure 13.3: Operating Mode of Secondary Controller
103
Table 13.1: Action List by Operating Mode - Primary Controller
103
Table 13.2: Action List by Operating Mode - Secondary Controller
104
14 Steps to Set up a Redundant Controller System
105
Step 1: Assemble Hardware
105
Step 2: Set Remote I/O DIP Switch Addresses
105
Step 3: Power up the Primary Controller and Remote I/O Racks
105
Step 4: Check Remote I/O Activity
105
Step 5: Configure Primary Controller
106
Step 6: Test I/O Access from Primary Controller
106
Figure 14.1: Setting the Sync Parameters in Omniset
106
Step 7: Save the Primary Controller Configuration
107
Step 8: Power up the Secondary Controller
107
Step 9: Check for Sync Link Activity
107
Step 10: Check Remote I/O Activity on Secondary Controller
107
Step 11: Configure Secondary Controller
107
Step 12: Test I/O Access from Secondary Controller
107
Step 13: Check Active and Standby Status of the Redundant System
108
Step 14: Test Fail Change-Over
108
Step 15: Test Force Change-Over
108
15 Maintenance
110
Battery Type
110
Battery Replacement Procedure
110
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