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Moxa ioLogik E2210-T [68/90] Project background
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Click&Go V2 Click&Go Examples and Applications
4-11
Applications_1
The ioLogik E2260 provides temperature monitoring and alarm messaging for laboratories, hospitals, and
blood banks.
Project Background
Laboratories, hospitals, and blood banks refrigerate their stocks of
biochemical
medicines, organic complexes, solutions, and blood at
temperatures between 2 to 8
°C to preserve quality. Constant
monitoring
is required to prevent vaporization, chemical change, or
co
ntamination. Therefore, alarm messages must notify staff
immediately if any drastic change in temperature occurs.
Application Requirements
The existing network uses Ethernet SNMP (Simple Network Management Protocol) to gather necessary
information such as network traffic and line status. Most of the I/O signal monitoring, such as temperature
monitoring, runs on Modbus/TCP or other proprietary protocols that take time for IT engineers to learn. As a
result, a temperature monitoring system for the freezers must be established in a short amount of time and use
SNMP protocol.
Moxa Solution
The ioLogik E2260 Active Ethernet I/O server is designed for mixed I/O applications. The 6 RTD analog inputs
are able to connect to 13 types of Pt (platinum) and Ni (nickel) sensors, in addition to 4 types of resistance
measurement. The 4 embedded digital outputs are suitable for triggering a hard alarm locally. Most of all, the
I/O status can be polled by the SNMP management software from the control center. The ioLogik also sends out
SNMP traps to report the current status when the temperature becomes too high.
Solution Benefits
The ioLogik E2260 provided the freezer temperature monitoring system with the following benefits:
• I/O status control and monitoring via SNMP saves development effort.
• Automatic SNMP trap reports.
• A controller with both RTD inputs and digital output channels
• 16-bit high resolution measurement with more than 13 types of sensor connection
• Click&Go’s easy IF-THEN-ELSE style control logic, which eliminates the need for a PLC or RTU
• Compact size and cost-effectiveness
Additional Features
The ioLogik E2260 is also equipped with the following features:
• Local alarm output via digital channels
• Alarm notifications via e-mail
• Periodic status updates via SNMP trap
• Moxa’s Active OPC Server to connect ioLogik devices to the most popular SCADA systems
Содержание
- Click go v2 user s manual 1
- Edition 3 september 2016 1
- Www moxa com product 1
- Click go v2 user s manual 2
- Copyright notice 2
- Disclaimer 2
- Technical support contact information 2
- Trademarks 2
- Www moxa com support 2
- Table of contents 3
- Introduction 5
- Click go v2 introduction 6
- Overview 6
- Click go v2 features 7
- Click go v2 introduction 7
- Local monitoring and local control 7
- Peer to peer i o 7
- Product and software support 7
- Remote control and control by remote 7
- Rules for if then else style programming 7
- Time stamped active messaging 7
- Click go v2 introduction 8
- Difference in if conditions 8
- Difference in programming method and space 8
- Click go v2 introduction 9
- Click go version check 9
- Difference in then else actions 9
- Getting started 10
- Click go v2 getting started 11
- Connecting to the network 11
- Hardware connection 11
- System requirements 11
- Adding more i o channels 12
- Attention 12
- Click go v2 getting started 12
- Connecting the i o device 12
- Optional liquid crystal display module lcm 12
- Click go v2 getting started 13
- Ioadmin 3 x installation 13
- Software preparation 13
- Attention 14
- Click go v2 getting started 14
- Attention 15
- Click go v2 getting started 15
- Firmware update 15
- Click go v2 getting started 16
- Reset to factory default 16
- Click go v2 developing process 17
- Attention 18
- Click go v2 click go v2 developing process 18
- Click go v2 development process 18
- Configurable dio channel mode selection 18
- I o configuration 18
- Attention 19
- Click go v2 click go v2 developing process 19
- Digital input mode selection 19
- Click go v2 click go v2 developing process 20
- Digital output mode selection 20
- Analog input mode selection 21
- Click go v2 click go v2 developing process 21
- Analog output mode selection 22
- Click go v2 click go v2 developing process 22
- Click go v2 click go v2 developing process 23
- Temperature input mode selection 23
- Alias name configuration 24
- Attention 24
- Click go v2 click go v2 developing process 24
- Click go v2 click go v2 developing process 25
- Define global variables 25
- Testing the i o channels 25
- Click go v2 click go v2 developing process 26
- Internal register settings 26
- Timer settings 26
- Click go v2 click go v2 developing process 27
- E mail server 27
- Snmp trap server 27
- Active message server 28
- Click go v2 click go v2 developing process 28
- Click go logic basics 29
- Click go v2 click go v2 developing process 29
- Work with logic 29
- Click go v2 click go v2 developing process 30
- If a then b else c 30
- Click go v2 click go v2 developing process 31
- If conditions 31
- Click go v2 click go v2 developing process 32
- Click go v2 click go v2 developing process 33
- Counter 33
- Click go v2 click go v2 developing process 34
- Click go v2 click go v2 developing process 35
- Relay counter 35
- Click go v2 click go v2 developing process 36
- Internal register 36
- Click go v2 click go v2 developing process 37
- Remote action 37
- Click go v2 click go v2 developing process 38
- Schedule 38
- Click go v2 click go v2 developing process 39
- Host connection fail 39
- Click go v2 click go v2 developing process 40
- More info on repeat interval vs edge detection 40
- Click go v2 click go v2 developing process 41
- Click go v2 click go v2 developing process 42
- Then else actions 42
- Click go v2 click go v2 developing process 43
- Counter 43
- Click go v2 click go v2 developing process 44
- Pulse output 44
- Click go v2 click go v2 developing process 45
- Relay counts 45
- Click go v2 click go v2 developing process 46
- Internal register 46
- Click go v2 click go v2 developing process 47
- Remote action 47
- Attention 48
- Click go v2 click go v2 developing process 48
- Click go v2 click go v2 developing process 49
- Snmp trap 49
- Active message 50
- Click go v2 click go v2 developing process 50
- Click go v2 click go v2 developing process 51
- E mail 51
- Cgi command 52
- Click go v2 click go v2 developing process 52
- Click go v2 click go v2 developing process 53
- Configuring input module 53
- Peer to peer function 53
- Click go v2 click go v2 developing process 54
- Configuring output module 54
- Activating the rule set 55
- Click go v2 click go v2 developing process 55
- Download restart and run 55
- Import export configuration 55
- Rule set management bar 55
- Click go v2 click go v2 developing process 56
- Export system configuration 56
- Using ioadmin to import export configuration 56
- Attention 57
- Click go v2 click go v2 developing process 57
- Import system configuration 57
- Using tftp to import export configuration 57
- Click go examples and applications 58
- Click go rule 101 59
- Click go v2 click go examples and applications 59
- If a then b else c 59
- If di_0 on then do_0 on else do_0 off 59
- If then else 59
- Rules are running in a loop 59
- Where there is an on logic there should be an off logic 59
- Attention 60
- Click go v2 click go examples and applications 60
- Heartbeat or repeat actions 60
- Using the timer function 60
- Click go v2 click go examples and applications 61
- On delay 61
- Click go v2 click go examples and applications 62
- Off delay 62
- Remote control 62
- Soft key 62
- Using internal registers 62
- Click go v2 click go examples and applications 63
- Local i o control 63
- Programming examples 63
- Active i o messages 64
- Click go v2 click go examples and applications 64
- Attention 65
- Click go v2 click go examples and applications 65
- Peer to peer i o 65
- Click go v2 click go examples and applications 66
- Input module iologik e2242 192 68 27 54 66
- Click go v2 click go examples and applications 67
- Output module 192 68 27 67
- Additional features 68
- Application requirements 68
- Applications_1 68
- Click go v2 click go examples and applications 68
- Moxa solution 68
- Project background 68
- Solution benefits 68
- Click go programming example 69
- Click go rule set 69
- Click go v2 click go examples and applications 69
- I o alias and mode configuration 69
- Programming manners 69
- System diagram 69
- Additional features 70
- Application requirements 70
- Applications_2 70
- Click go v2 click go examples and applications 70
- Moxa solution 70
- Project background 70
- Solution benefits 70
- Click go programming example 71
- Click go v2 click go examples and applications 71
- I o alias configuration 71
- I o mode configuration 71
- System diagram 71
- Application requirements 72
- Applications_3 72
- Click go rule set 72
- Click go v2 click go examples and applications 72
- Programming manners 72
- Project background 72
- Additional features 73
- Click go v2 click go examples and applications 73
- Moxa solution 73
- Solution benefits 73
- Click go programming example 74
- Click go v2 click go examples and applications 74
- I o alias and timer configuration 74
- System diagram 74
- Application requirements 75
- Applications_4 75
- Click go rule set 75
- Click go v2 click go examples and applications 75
- Programming manners 75
- Project background 75
- Additional features 76
- Click go v2 click go examples and applications 76
- Moxa solution 76
- Solution benefits 76
- System diagram 76
- Click go programming example 77
- Click go v2 click go examples and applications 77
- I o alias configuration 77
- I o mode configuration 77
- Programming manners 77
- Application requirements 78
- Applications_5 78
- Click go rule set 78
- Click go v2 click go examples and applications 78
- Project background 78
- Additional features 79
- Click go v2 click go examples and applications 79
- Moxa solution 79
- Solution benefits 79
- System diagram 79
- Click go programming example 80
- Click go rule set 80
- Click go v2 click go examples and applications 80
- I o alias configuration 80
- Programming manners 80
- Additional features 81
- Application requirements 81
- Applications_6 81
- Click go v2 click go examples and applications 81
- Moxa solution 81
- Project background 81
- Solution benefits 81
- Click go programming example 82
- Click go v2 click go examples and applications 82
- I o alias and mode configuration 82
- System diagram 82
- Application requirements 83
- Applications_7 83
- Click go rule set 83
- Programming manners 83
- Project background 83
- Additional features 84
- Click go v2 click go examples and applications 84
- Moxa solution 84
- Solution benefits 84
- System diagram 84
- Click go programming example_site 85
- Click go rule set of iologik e2210_site 85
- Click go v2 click go examples and applications 85
- I o alias and timer configuration of iologik_site 85
- Programming manners of iologik e2210_site 85
- Click go v2 click go examples and applications 86
- Click go programming example_central 87
- Click go rule set of iologik e2210_central 87
- Click go v2 click go examples and applications 87
- I o alias and timer configuration of iologik_central 87
- Programming manners of iologik e2210_central 87
- Click go v2 click go examples and applications 88
- A internal registers modbus tcp 89
- Internal registers modbus tcp 89
- Iologik e2210 e2212 and e2214 89
- Xxxx read write registers functions 3 6 16 89
- Click go v2 internal registers modbus tcp 90
- Iologik e2240 e2242 e2260 and e22262 90
- Xxxx read write registers functions 3 6 16 90
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