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Moxa ioLogik E1214-T [12/115] Iologik e1240
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ioLogik E1200 Series Introduction
1-8
ioLogik E1240
Inputs and Outputs
Analog Inputs:
8 channels
Isolation:
3k VDC or 2k Vrms
Analog Input
Type:
Differential input
Resolution:
16 bits
I/O Mode:
Voltage / Current (jumper selectable)
Input Range:
0 to 10 VDC, 0 to 20 mA, 4 to 20 mA, 4 to 20 mA (burnout detection)
Accuracy:
±0.1% FSR @ 25°C
±0.3% FSR @
-10 and 60°C
±0.5% FSR @
-40 and 75°C
Sampling Rate:
• All channels: 12 samples/sec
• Per
channel: 1.5 samples/sec
• Only one channel enabled: 12 samples/sec
Input Impedance:
10 mega-ohms (min.)
Built
-in Resistor for Current Input: 120 ohms
Power Requirements
Input Voltage:
12 to 36 VDC
Input Current:
121 mA @ 24 VDC
MTBF
(mean time between failures)
Time:
474,053 hrs
Standard:
Telcordia SR332
ioLogik E1241
Inputs and Outputs
Analog Outputs:
4 channels
Isolation:
3k VDC or 2k Vrms
Analog Output
Resolution:
12 bits
Output Range:
0 to 10 VDC, 4 to 20 mA
Drive Voltage:
10 mA (max.)
Accuracy:
±0.1% FSR @ 25°C
±0.3% FSR @
-40 and 75°C
Load Resistor:
Internal register, 400 ohms
Note: 24 V of external power required when loading exceeds 1000 ohms.
Power Requirements
Input Voltage:
12 to 36 VDC
Input Current:
194 mA @ 24 VDC
MTBF (mean time between failures)
Time:
888,656 hrs
Standard:
Telcordia SR332
Содержание
- Edition 12 november 2016 1
- Iologik e1200 series user s manual 1
- Www moxa com product 1
- Copyright notice 2
- Disclaimer 2
- Iologik e1200 series user s manual 2
- Technical support contact information 2
- Trademarks 2
- Www moxa com support 2
- Table of contents 3
- Introduction 5
- Inside the box 6
- Iologik e1200 series introduction 6
- Product features 6
- Product model information 6
- Common specifications 7
- Environmental limits 7
- Iologik e1200 series introduction 7
- Physical characteristics 7
- Product specifications 7
- Standards and certifications 7
- Warranty 7
- Digital input 8
- Digital output 8
- Inputs and outputs 8
- Iologik e1200 series introduction 8
- Iologik e1210 8
- Iologik e1211 8
- Mtbf mean time between failures 8
- Power requirements 8
- Digital input 9
- Digital output 9
- Inputs and outputs 9
- Iologik e1200 series introduction 9
- Iologik e1212 9
- Mtbf mean time between failures 9
- Power requirements 9
- Digital input 10
- Digital output 10
- Inputs and outputs 10
- Iologik e1200 series introduction 10
- Iologik e1213 10
- Mtbf mean time between failures 10
- Power requirements 10
- Digital input 11
- Inputs and outputs 11
- Iologik e1200 series introduction 11
- Iologik e1214 11
- Mtbf mean time between failures 11
- Power requirements 11
- Analog input 12
- Analog output 12
- Inputs and outputs 12
- Iologik e1200 series introduction 12
- Iologik e1240 12
- Iologik e1241 12
- Mtbf mean time between failures 12
- Power requirements 12
- Analog input 13
- Digital input 13
- Digital output 13
- Inputs and outputs 13
- Iologik e1200 series introduction 13
- Iologik e1242 13
- Mtbf mean time between failures 13
- Power requirements 13
- Inputs and outputs 14
- Iologik e1200 series introduction 14
- Iologik e1260 14
- Mtbf mean time between failures 14
- Power requirements 14
- Inputs and outputs 15
- Iologik e1200 series introduction 15
- Iologik e1262 15
- Mtbf mean time between failures 15
- Power requirements 15
- Thermocouple 15
- Iologik e1200 series introduction 16
- Physical dimensions 16
- Ethernet port 17
- Hardware reference 17
- Iologik e1200 series introduction 17
- Led indicators 17
- Panel guide 17
- Di circuit 18
- I o circuit diagram 18
- Iologik e1200 series introduction 18
- Sinking do circuit 18
- Iologik e1200 series introduction 19
- Sourcing do circuit 19
- Dio circuit 20
- Iologik e1200 series introduction 20
- Ai circuit 21
- Iologik e1200 series introduction 21
- Relay circuit 21
- Rtd circuit 21
- Iologik e1200 series introduction 22
- Tc circuit 22
- Initial setup 23
- Attention 24
- Connecting the power 24
- Din rail wall mounting 24
- Grounding the iologik e1200 24
- Hardware installation 24
- Iologik e1200 series initial setup 24
- Connecting to the network 25
- Iologik e1200 series initial setup 25
- Jumper settings dio and ai 25
- Ai mode configuration settings 26
- Dio mode configuration settings 26
- Ext power configuration settings iologik e1213 only 26
- Iologik e1200 series initial setup 26
- Attention 27
- I o wiring diagrams 27
- Iologik e1200 series initial setup 27
- Iologik e1200 series initial setup 28
- Iologik e1200 series initial setup 29
- Iosearch installation 29
- Load factory default settings 29
- Using the web console 30
- Introduction to the web console 31
- Iologik e1200 series using the web console 31
- Iologik e1200 series using the web console 32
- Overview 32
- Ethernet configuration 33
- General settings 33
- Iologik e1200 series using the web console 33
- Network settings for the web console 33
- Attention 34
- Default modbus address 34
- Iologik e1200 series using the web console 34
- User defined modbus addressing 34
- Aopc server settings 35
- Iologik e1200 series using the web console 35
- Tag generation 35
- Iologik e1200 series using the web console 36
- Di channels 37
- I o settings 37
- Iologik e1200 series using the web console 37
- Iologik e1200 series using the web console 38
- Do channels 39
- Iologik e1200 series using the web console 39
- Ai channels 40
- Iologik e1200 series using the web console 40
- Ai input range 41
- Iologik e1200 series using the web console 41
- Attention 42
- Iologik e1200 series using the web console 42
- Ao channels 43
- Iologik e1200 series using the web console 43
- Iologik e1200 series using the web console 44
- Rtd channels 44
- Iologik e1200 series using the web console 45
- Iologik e1200 series using the web console 46
- Tc channels 46
- Iologik e1200 series using the web console 47
- Peer to peer networking 47
- Peer to peer settings 1 50 47
- Client settings 48
- Iologik e1200 series using the web console 48
- Sample peer to peer configuration 48
- Server settings 48
- Ao safe mode settings 49
- Do safe mode settings 49
- Iologik e1200 series using the web console 49
- Snmp trap 49
- Standard trap 49
- Iologik e1200 series using the web console 50
- Private trap 50
- Snmp agent 50
- Snmp trap server 50
- Snmp trap settings 50
- Using snmp 50
- Digital input counter trap settings 51
- Digital output pulse output trap settings 51
- Iologik e1200 series using the web console 51
- Snmp trap 51
- Specific id 51
- Analog input trap settings 52
- Iologik e1200 series using the web console 52
- Iologik e1200 series using the web console 53
- Rtd input trap settings 53
- Tc input trap settings 53
- Accessibility ip list 54
- Iologik e1200 series using the web console 54
- Ethernet ip setting 55
- Iologik e1200 series using the web console 55
- Restful api setting 55
- Firmware update 56
- Import system configuration settings 56
- Iologik e1200 series using the web console 56
- Network connection 56
- System management 56
- Attention 57
- Change password 57
- Export system settings 57
- Iologik e1200 series using the web console 57
- Load factory defaults 57
- Iologik e1200 series using the web console 58
- Save restart 58
- Using iosearch 59
- Introduction to iosearch 60
- Iologik e1200 series using iosearch 60
- Iosearch main screen 60
- Main screen overview 60
- Iologik e1200 series using iosearch 61
- Iosearch setup 61
- System 61
- Iologik e1200 series using iosearch 62
- Main function 62
- Quick links 62
- Attention 63
- Batch upgrades on multiple devices of the same model 63
- Firmware upgrade 63
- Iologik e1200 series using iosearch 63
- Locate 63
- Unlock 63
- Export 64
- Import 64
- Iologik e1200 series using iosearch 64
- Batch tcp ip configuration on multiple devices 65
- Change ip address 65
- Iologik e1200 series using iosearch 65
- Activate ethernet ip 66
- Change server name 66
- Iologik e1200 series using iosearch 66
- Iologik e1200 series using iosearch 67
- Restart system 67
- Iologik e1200 series using iosearch 68
- Mass deployment export 68
- Mass deployment import 68
- Reset to default 68
- Activation process for the ethernet ip function 69
- Iologik e1200 series activation process for the ethernet ip function 70
- Iologik e1200 series activation process for the ethernet ip function 71
- Iologik e1200 series activation process for the ethernet ip function 72
- Iologik e1200 series activation process for the ethernet ip function 73
- How to connect the iologik e1200 to an allen bradley plc 74
- Eds installation of the iologik e1200 series in rockwell software rslogix 5000 75
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 75
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 76
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 77
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 78
- Establishing communication between the iologik e1200 device and the allen bradley plc 79
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 79
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 80
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 81
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 82
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 83
- Iologik e1200 series how to connect the iologik e1200 to an allen bradley plc 84
- Modbus tcp default address mappings 85
- Iologik e1200 series modbus tcp default address mappings 86
- Iologik e1210 modbus address and register map 86
- System 86
- Iologik e1200 series modbus tcp default address mappings 87
- Iologik e1211 modbus address and register map 87
- Iologik e1200 series modbus tcp default address mappings 88
- System 88
- Iologik e1200 series modbus tcp default address mappings 89
- Iologik e1212 modbus address and register map 89
- Iologik e1200 series modbus tcp default address mappings 90
- System 90
- Iologik e1200 series modbus tcp default address mappings 91
- Iologik e1213 modbus address and register map 91
- Iologik e1200 series modbus tcp default address mappings 92
- System 92
- Iologik e1200 series modbus tcp default address mappings 93
- Iologik e1214 modbus address and register map 93
- Iologik e1200 series modbus tcp default address mappings 94
- System 94
- Iologik e1200 series modbus tcp default address mappings 95
- Iologik e1240 modbus address and register map 95
- System 95
- Iologik e1200 series modbus tcp default address mappings 96
- Iologik e1241 modbus address and register map 96
- Iologik e1200 series modbus tcp default address mappings 97
- System 97
- Iologik e1200 series modbus tcp default address mappings 98
- Iologik e1242 modbus address and register map 98
- Iologik e1200 series modbus tcp default address mappings 99
- System 99
- Iologik e1200 series modbus tcp default address mappings 100
- Iologik e1260 modbus address and register map 100
- Iologik e1200 series modbus tcp default address mappings 101
- System 101
- Iologik e1200 series modbus tcp default address mappings 102
- Iologik e1262 modbus address and register map 102
- Iologik e1200 series modbus tcp default address mappings 103
- System 103
- Assembly object 0x04 104
- Ethernet ip default address mappings 104
- Input data map by models 104
- Iologik e1200 ethernet ip map 104
- Supported service 104
- Di channel object 0x65 105
- Iologik e1200 series ethernet ip default address mappings 105
- Output data map by models 105
- Ai channel object 0x6b 106
- Do channel object 0x67 106
- Iologik e1200 series ethernet ip default address mappings 106
- Relay channel object 0x6a 106
- Ao channel object 0x6c 107
- Iologik e1200 series ethernet ip default address mappings 107
- Rtd channel object 0x6d 107
- Tc channel object 0x6e 107
- Api list 108
- Iologik e1200 restful api map 108
- Restful api default address mappings 108
- Supported methods 108
- Iologik e1200 series restful api default address mappings 109
- Iologik e1200 series restful api default address mappings 110
- Response code 110
- Iologik e1200 network port usage 111
- Network port numbers 111
- Factory default settings 112
- Pin assignment of terminal blocks 113
- Pinouts 113
- Fcc interference statement 114
- Federal communication commission warning 114
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