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Moxa ioLogik E2210 [72/90] Programming manners
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Click&Go V2 Click&Go Examples and Applications
4-15
Programming Manners
1. 1
st
pump motor shuts down when temperature rises to High (110°C), send out an alarm e-mail.
2. 1
st
pump motor restarts when temperature falls to Low (70°C), notify with an e-mail.
3. 2
nd
pump motor shuts down when temperature rises to High (110°C), send out an alarm e-mail.
4. 2
nd
pump motor restarts when temperature falls to Low (70°C), notify with an e-mail.
Click&Go Rule-set
Applications_3
The ioLogik E2210 handles the alarm system of walk-in refrigerators in a semiconductor factory.
Project Background
A semiconductor factor preserves its
stock of epoxy resin and
silicon
-based materials in large walk-in refrigerators at temperatures
below
5°C. Temperatures higher than that will cause both the physical
and chemical characteristics of the material
s to change. This renders
the
materials unusable and lowers the factory
’s production
. The temperature
increases in the
refrigerator are primarily due to the fact that the
doors
are
not usually closed all the way when employees come in and out.
As a
result,
an alarm system was requested by the semiconductor factory
to
monitor the
refrigerator door.
Application Requirements
The system requested basically needs to monitor the opening and closing of the walk-in refrigerator door. It
takes a factory worker an average of 1 minute to enter the refrigerator, locate the appropriate materials, and
exit the refrigerator with the materials in hand. An alarm must be generated when the door remains open for
over 1 minute. Due to the tight timeframe available for deploying the alarm system, engineers needed to find
a quick solution that did not require extensive programming or complicated communication protocols. In
addition to local control capabilities for the door sensor and alarm, the semiconductor factory also required a
solution that would allow complete connectivity with a central PC or ERP/MES system.
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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