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Moxa ioLogik E2214 — мониторинг температуры и использования реле в системах управления [35/90]
![Moxa ioLogik E2210-T [35/90] Relay counter](/views2/1201328/page35/bg23.png)
Click&Go V2 Click&Go V2 Developing Process
3-19
TC
TC refers to the readings of a TC channel. TC channels are used to measure temperature degrees. For example,
an alarm should be triggered when the temperature reaches 500 degrees Celsius (RTD-0 > 40). Celsius or
Fahrenheit temperature units can be selected in the I/O Configuration tab after logging in as an administrator.
Relay (Counter)
Relay refers to the current counts of the relay usage. In ioLogik E2214, the counts of the relay usage is stored
inside the ioLogik. Checking the current counts of a relay will produce the action. For example, the average
life-cycle of a relay is 25,000 times. An alarm e-mail may be generated when the counter reaches 20,000 times
(CurRelayCNT-0 > 20000) to report the need for replacement.
Содержание
- Click go v2 user s manual p.1
- Edition 3 september 2016 p.1
- Www moxa com product p.1
- Www moxa com support p.2
- Trademarks p.2
- Technical support contact information p.2
- Disclaimer p.2
- Copyright notice p.2
- Click go v2 user s manual p.2
- Table of contents p.3
- Introduction p.5
- Overview p.6
- Click go v2 introduction p.6
- Remote control and control by remote p.7
- Product and software support p.7
- Peer to peer i o p.7
- Local monitoring and local control p.7
- Click go v2 introduction p.7
- Click go v2 features p.7
- Time stamped active messaging p.7
- Rules for if then else style programming p.7
- Difference in programming method and space p.8
- Difference in if conditions p.8
- Click go v2 introduction p.8
- Difference in then else actions p.9
- Click go version check p.9
- Click go v2 introduction p.9
- Getting started p.10
- Hardware connection p.11
- System requirements p.11
- Connecting to the network p.11
- Click go v2 getting started p.11
- Click go v2 getting started p.12
- Attention p.12
- Adding more i o channels p.12
- Optional liquid crystal display module lcm p.12
- Connecting the i o device p.12
- Software preparation p.13
- Ioadmin 3 x installation p.13
- Click go v2 getting started p.13
- Click go v2 getting started p.14
- Attention p.14
- Firmware update p.15
- Click go v2 getting started p.15
- Attention p.15
- Reset to factory default p.16
- Click go v2 getting started p.16
- Click go v2 developing process p.17
- Click go v2 development process p.18
- Click go v2 click go v2 developing process p.18
- Attention p.18
- I o configuration p.18
- Configurable dio channel mode selection p.18
- Digital input mode selection p.19
- Click go v2 click go v2 developing process p.19
- Attention p.19
- Digital output mode selection p.20
- Click go v2 click go v2 developing process p.20
- Click go v2 click go v2 developing process p.21
- Analog input mode selection p.21
- Click go v2 click go v2 developing process p.22
- Analog output mode selection p.22
- Temperature input mode selection p.23
- Click go v2 click go v2 developing process p.23
- Click go v2 click go v2 developing process p.24
- Attention p.24
- Alias name configuration p.24
- Testing the i o channels p.25
- Define global variables p.25
- Click go v2 click go v2 developing process p.25
- Timer settings p.26
- Internal register settings p.26
- Click go v2 click go v2 developing process p.26
- Snmp trap server p.27
- E mail server p.27
- Click go v2 click go v2 developing process p.27
- Click go v2 click go v2 developing process p.28
- Active message server p.28
- Work with logic p.29
- Click go v2 click go v2 developing process p.29
- Click go logic basics p.29
- If a then b else c p.30
- Click go v2 click go v2 developing process p.30
- If conditions p.31
- Click go v2 click go v2 developing process p.31
- Click go v2 click go v2 developing process p.32
- Counter p.33
- Click go v2 click go v2 developing process p.33
- Click go v2 click go v2 developing process p.34
- Relay counter p.35
- Click go v2 click go v2 developing process p.35
- Internal register p.36
- Click go v2 click go v2 developing process p.36
- Remote action p.37
- Click go v2 click go v2 developing process p.37
- Schedule p.38
- Click go v2 click go v2 developing process p.38
- Host connection fail p.39
- Click go v2 click go v2 developing process p.39
- More info on repeat interval vs edge detection p.40
- Click go v2 click go v2 developing process p.40
- Click go v2 click go v2 developing process p.41
- Then else actions p.42
- Click go v2 click go v2 developing process p.42
- Counter p.43
- Click go v2 click go v2 developing process p.43
- Pulse output p.44
- Click go v2 click go v2 developing process p.44
- Relay counts p.45
- Click go v2 click go v2 developing process p.45
- Internal register p.46
- Click go v2 click go v2 developing process p.46
- Remote action p.47
- Click go v2 click go v2 developing process p.47
- Attention p.48
- Click go v2 click go v2 developing process p.48
- Snmp trap p.49
- Click go v2 click go v2 developing process p.49
- Click go v2 click go v2 developing process p.50
- Active message p.50
- E mail p.51
- Click go v2 click go v2 developing process p.51
- Click go v2 click go v2 developing process p.52
- Cgi command p.52
- Peer to peer function p.53
- Configuring input module p.53
- Click go v2 click go v2 developing process p.53
- Configuring output module p.54
- Click go v2 click go v2 developing process p.54
- Click go v2 click go v2 developing process p.55
- Activating the rule set p.55
- Rule set management bar p.55
- Import export configuration p.55
- Download restart and run p.55
- Using ioadmin to import export configuration p.56
- Export system configuration p.56
- Click go v2 click go v2 developing process p.56
- Using tftp to import export configuration p.57
- Import system configuration p.57
- Click go v2 click go v2 developing process p.57
- Attention p.57
- Click go examples and applications p.58
- If then else p.59
- If di_0 on then do_0 on else do_0 off p.59
- If a then b else c p.59
- Click go v2 click go examples and applications p.59
- Click go rule 101 p.59
- Where there is an on logic there should be an off logic p.59
- Rules are running in a loop p.59
- Using the timer function p.60
- Heartbeat or repeat actions p.60
- Click go v2 click go examples and applications p.60
- Attention p.60
- On delay p.61
- Click go v2 click go examples and applications p.61
- Using internal registers p.62
- Soft key p.62
- Remote control p.62
- Off delay p.62
- Click go v2 click go examples and applications p.62
- Programming examples p.63
- Local i o control p.63
- Click go v2 click go examples and applications p.63
- Click go v2 click go examples and applications p.64
- Active i o messages p.64
- Peer to peer i o p.65
- Click go v2 click go examples and applications p.65
- Attention p.65
- Input module iologik e2242 192 68 27 54 p.66
- Click go v2 click go examples and applications p.66
- Output module 192 68 27 p.67
- Click go v2 click go examples and applications p.67
- Solution benefits p.68
- Project background p.68
- Moxa solution p.68
- Click go v2 click go examples and applications p.68
- Applications_1 p.68
- Application requirements p.68
- Additional features p.68
- System diagram p.69
- Programming manners p.69
- I o alias and mode configuration p.69
- Click go v2 click go examples and applications p.69
- Click go rule set p.69
- Click go programming example p.69
- Solution benefits p.70
- Project background p.70
- Moxa solution p.70
- Click go v2 click go examples and applications p.70
- Applications_2 p.70
- Application requirements p.70
- Additional features p.70
- I o alias configuration p.71
- Click go v2 click go examples and applications p.71
- Click go programming example p.71
- System diagram p.71
- I o mode configuration p.71
- Project background p.72
- Programming manners p.72
- Click go v2 click go examples and applications p.72
- Click go rule set p.72
- Applications_3 p.72
- Application requirements p.72
- Solution benefits p.73
- Moxa solution p.73
- Click go v2 click go examples and applications p.73
- Additional features p.73
- System diagram p.74
- I o alias and timer configuration p.74
- Click go v2 click go examples and applications p.74
- Click go programming example p.74
- Project background p.75
- Programming manners p.75
- Click go v2 click go examples and applications p.75
- Click go rule set p.75
- Applications_4 p.75
- Application requirements p.75
- System diagram p.76
- Solution benefits p.76
- Moxa solution p.76
- Click go v2 click go examples and applications p.76
- Additional features p.76
- Programming manners p.77
- I o mode configuration p.77
- I o alias configuration p.77
- Click go v2 click go examples and applications p.77
- Click go programming example p.77
- Project background p.78
- Click go v2 click go examples and applications p.78
- Click go rule set p.78
- Applications_5 p.78
- Application requirements p.78
- System diagram p.79
- Solution benefits p.79
- Moxa solution p.79
- Click go v2 click go examples and applications p.79
- Additional features p.79
- Programming manners p.80
- I o alias configuration p.80
- Click go v2 click go examples and applications p.80
- Click go rule set p.80
- Click go programming example p.80
- Additional features p.81
- Solution benefits p.81
- Project background p.81
- Moxa solution p.81
- Click go v2 click go examples and applications p.81
- Applications_6 p.81
- Application requirements p.81
- System diagram p.82
- I o alias and mode configuration p.82
- Click go v2 click go examples and applications p.82
- Click go programming example p.82
- Project background p.83
- Programming manners p.83
- Click go rule set p.83
- Applications_7 p.83
- Application requirements p.83
- Additional features p.84
- System diagram p.84
- Solution benefits p.84
- Moxa solution p.84
- Click go v2 click go examples and applications p.84
- Programming manners of iologik e2210_site p.85
- I o alias and timer configuration of iologik_site p.85
- Click go v2 click go examples and applications p.85
- Click go rule set of iologik e2210_site p.85
- Click go programming example_site p.85
- Click go v2 click go examples and applications p.86
- Programming manners of iologik e2210_central p.87
- I o alias and timer configuration of iologik_central p.87
- Click go v2 click go examples and applications p.87
- Click go rule set of iologik e2210_central p.87
- Click go programming example_central p.87
- Click go v2 click go examples and applications p.88
- Xxxx read write registers functions 3 6 16 p.89
- Iologik e2210 e2212 and e2214 p.89
- Internal registers modbus tcp p.89
- A internal registers modbus tcp p.89
- Xxxx read write registers functions 3 6 16 p.90
- Iologik e2240 e2242 e2260 and e22262 p.90
- Click go v2 internal registers modbus tcp p.90
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