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ABB RLON-01 [30/82] Neuron id
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Programming
30
NEURON ID
Explanation:
Displays the Neuron
®
chip ID of the module in decimal format.
The ID is determined by the chip and cannot be changed.
NEURON ID [5] = byte 6 of the unique Neuron ID (MSB)
NEURON ID [4] = byte 5 of the unique Neuron ID
NEURON ID [3] = byte 4 of the unique Neuron ID
NEURON ID [2] = byte 3 of the unique Neuron ID
NEURON ID [1] = byte 2 of the unique Neuron ID
NEURON ID [0] = byte 1 of the unique Neuron ID (LSB)
NODE ADRESS 1
Indicates the ID of the node within the subnet.
Range:
1-127
0 means that the node address 1 is not assigned.
NODE SUBNET 1
Explanation:
Indicates to which subnet the node belongs.
Range:
1-255
0 means that the node subnet 1 is not assigned.
Содержание
- Abb drives 1
- Table of contents 5
- Adapter module the material in this chapter must be studied before attempting any work on or with the unit 9
- Overview 9
- Readers are informed of situations that can result in serious physical injury and or serious damage to equipment with the following symbols 9
- Safety instructions 9
- This chapter states the safety instructions that must be followed when installing and operating the rlon 01 9
- This manual distinguishes two sorts of safety instructions warnings are used to inform of conditions which can if proper steps are not taken lead to a serious fault condition physical injury and death notes are used when the reader is required to pay special attention or when there is additional information available on the subject notes are less crucial than warnings but should not be disregarded 9
- Warnings 9
- Warnings and notes 9
- General safety instructions 10
- Intended audience 13
- Introduction 13
- Overview 13
- What this manual contains 13
- Communication module 14
- Data words 14
- Terms and abbreviations 14
- Functional profile 15
- Lonmark 15
- Lontalk 15
- Neuron id 15
- Rlon 01 lonworks adapter module 15
- Further information 16
- Object 16
- Parameter 16
- Service pin 16
- Overview 17
- System 17
- The lonworks system 17
- Adapter module 18
- The rlon 01 18
- The rlon 01 lonworks adapter module 18
- Acs550 and ach550 19
- Acs800 standard application program asxr7010 or later 19
- Adapter module contains 19
- Adapter module type rlon 01 19
- Compatibility 19
- Delivery check 19
- Network and the module layout of the rlon 01 adapter module 19
- Overview 19
- The construction of the 19
- The option package for the rlon 01 19
- The rlon 01 is compatible with 19
- This manual 19
- Two screws m3x10 19
- Warranty and liability information 20
- Mechanical installation 21
- Mounting 21
- Cabling 23
- Electrical installation 23
- Overview 23
- Bus termination 24
- Rlon 01 connections 24
- The bus cable is connected to terminal block x1 on the rlon 01 24
- The bus line is terminated with resistors connected between the network cable connection interfaces a and b when the rlon 01 module is at the end of the bus termination prevents signal reflections from the bus cable ends 24
- Cable screen can be directly earthed at one station only at other stations the screen should be earthed via an rc filter 25
- Cable screens 25
- Different bus terminations 25
- Earthing the 25
- Earthing the lonworks cable screens 25
- Electrical installation 25
- Network cable connection for bus topology 25
- No termination 25
- Ohm termination at both ends of the line 25
- Ohm termination at one of the nodes in one bus segment 25
- Configuring the drive 27
- Configuring the system 27
- Overview 27
- Programming 27
- Note these parameters become visible in the drive only after the rlon 01 has been configured on the network side 28
- Explanation 29
- Module type 29
- Node state 29
- Explanation 30
- Neuron id 30
- Node adress 1 30
- Node subnet 1 30
- Domain id 1 31
- Explanation 31
- Node adress 2 31
- Domain id 2 32
- Explanation 32
- Trans timeouts 32
- Xmit errors 32
- Acx550 parameter settings 33
- Drive parameter settings 33
- If one of the drive parameter values marked with not using the corresponding configuration network variable is changed the rlon 01 needs to be re initialised in order to update it s value for example if the stop mode parameter is changed with the control panel the rlon 01 needs to be either rebooted or temporarily disabled for the rlon 01 to read the updated value from the drive the same applies if one of the marked parameters using the nciparvalue configuration parameter is changed 34
- Acs800 parameter settings 35
- If one of the drive parameter values marked with not using the corresponding configuration network variable is changed the rlon 01 needs to be re initialised in order to update it s value for example if the stop mode parameter is changed with the control panel the rlon 01 needs to be either rebooted or temporarily disabled for the rlon 01 to read the updated value from the drive the same applies if one of the marked parameters using the nciparvalue configuration parameter is changed 36
- Communication 37
- General 37
- Lonmark objects 37
- Overview 37
- Commands not listed above will be reported as invalid_request in nvoobjstatus 38
- Definition 38
- Enables control commands and updates from network the status of the node is reported in nvoobjstatus 38
- Explanation 38
- Input network variable 38
- Network input snvt_obj_request nviobjrequest 38
- Node object 38
- Nviobjrequest 38
- Object request function 38
- Valid range 38
- Bit settings description function 39
- Definition 39
- Explanation 39
- Network output snvt_obj_status nvoobjstatus 39
- Nvoobjstatus 39
- Output network variable 39
- Reports the node object status 39
- Valid range 39
- Communication 40
- Configuration properties 40
- Mandatory network variables 40
- Manufacturer defined configuration properties 40
- Manufacturer defined network variables 40
- Optional network variables 40
- Variable speed motor drive 6010 40
- Variable speed motor drive object 40
- Resource files 41
- Rlon 01 network variables 41
- Network variables 43
- Supported input network variables 43
- The actual valid range of a network input variable can be smaller than the one reported in this manual depending of the drive firmware typically the acx550 discards the parameter changes if the value coming from the fieldbus is outside the range of the drive parameter acs800 limits too large values to the highest value allowed 43
- Default value 44
- Definition 44
- Explanation 44
- Nvidrvspeedstpt 44
- Valid range 44
- Default value 45
- Definition 45
- Explanation 45
- Nvidrvspeedscale 45
- Nviresetfault 45
- Valid range 45
- Default value 46
- Definition 46
- Emerg_normal 46
- Explanation 46
- Network input snvt_hvac_emerg nviemergoverride hvac emergency mode 46
- Nviemergoverride 46
- Provides the possibility to stop the motor in case of an emergency 46
- Setting function 46
- The module will power up in the enable reset fault state 46
- Valid range 46
- Controls the state for digital output 1 8 47
- Default value 47
- Definition 47
- Explanation 47
- Network input snvt_state nvidigoutput 47
- Note the number of digital inputs varies between the drive types 47
- Nvidigoutput 47
- Valid range 47
- Default value 48
- Definition 48
- Explanation 48
- Nvidigoutput1 48
- Nvidigoutput2 48
- Valid range 48
- Definition 49
- Explanation 49
- Nviext1ext2ctrl 49
- Valid range 49
- Supported output network variables 50
- Definition 51
- Explanation 51
- Nvodrvcurnt 51
- Nvodrvpwr 51
- Nvodrvspeed 51
- Valid range 51
- Definition 52
- Explanation 52
- Nvodrvrunhours 52
- Nvodrvvolt 52
- Nvospeedactrpm 52
- Valid range 52
- Definition 53
- Explanation 53
- Nvodrvtemp 53
- Nvofreqact 53
- Valid range 53
- Definition 54
- Explanation 54
- Indicates the status of the drive 54
- Network output snvt_state nvodrvstatus 54
- Network variables 54
- Nvodrvstatus 54
- Valid range 54
- Definition 55
- Explanation 55
- Nvofaulted 55
- Nvopidact 55
- Nvorunning 55
- Valid range 55
- Definition 56
- Explanation 56
- Nvodiginput1 56
- Nvoemergovrstat 56
- Valid range 56
- Definition 57
- Explanation 57
- Nvoanlginput 57
- Nvodiginput2 57
- Valid range 57
- Definition 58
- Explanation 58
- Nvodigiostat 58
- Nvoparvalue 58
- Valid range 58
- Default value 59
- Definition 59
- Explanation 59
- Network output snvt_switch nvoext1ext2stat 59
- Note for acx550 only 59
- Nvoext1ext2stat 59
- This output variable shows the control location currently used ext1 ext2 59
- Valid range 59
- Definition 60
- Explanation 60
- Nvolastfault 60
- Nvolocremstat 60
- Valid range 60
- All configuration properties are defined as configuration network variables in this product some network management tools will show these variables as scpt ucpt configuration properties and some as network configuration variables the difference in the network management tools only affects the presentation of the variables but not their functionality 61
- Supported network configuration properties 61
- 6553 sec 0 sec 62
- Default value 62
- Definition 62
- Disabled 62
- Explanation 62
- Network config input snvt_time_sec ncisndhrtbt 62
- Provides the maximum send time for the variable nvodrvspeed 62
- Scptmaxsendtime ncisndhrtbt 62
- The value 0xffff represents invalid data 62
- Valid range 62
- Default value 63
- Definition 63
- Explanation 63
- Scptmaxrcvtime ncircvhrtbt 63
- Scptminsendtime nciminouttm 63
- Valid range 63
- Default value 64
- Definition 64
- Explanation 64
- Scptnomfreq ncinmlfreq 64
- Scptnomrpm ncinmlspeed 64
- Valid range 64
- Default value 65
- Definition 65
- Explanation 65
- Scptmaxsetpoint ncimaxspeed 65
- Scptminsetpoint nciminspeed 65
- Valid range 65
- Default value 66
- Definition 66
- Explanation 66
- Scptrampdowntm ncirampdowntm 66
- Scptrampuptm ncirampuptm 66
- Valid range 66
- Default value 67
- Definition 67
- Explanation 67
- Scptdefscale ncidrvspdscl 67
- Scptlocation ncilocation 67
- Valid range 67
- Default value 68
- Definition 68
- Explanation 68
- Ucptstoplevel ncistoplevel 68
- Ucptstopmode ncistopmode 68
- Valid range 68
- Default value 69
- Definition 69
- Explanation 69
- Ucptpidgain ncipidgain 69
- Ucptpidinttime ncipidinttime 69
- Valid range 69
- Default value 70
- Definition 70
- Explanation 70
- Ucptparvalue nciparvalue 70
- Ucptpiddertime ncipiddertime 70
- Valid range 70
- Default value 71
- Definition 71
- Explanation 71
- Ucptparread nciparread 71
- Ucptparwrite nciparwrite 71
- Valid range 71
- Fault tracing 73
- Led indications 73
- Name colour function 73
- The rlon 01 module is equipped with four diagnostic leds the description of the leds is presented below 73
- Ambient conditions 75
- Connectors 75
- Degree of protection 75
- Enclosure 75
- Mounting 75
- Rlon 01 75
- Technical data 75
- Current consumption 76
- General 76
- Lonworks network 76
- Medium 76
- Network 76
- Rlon 01 compatible devices 76
- Size of the network 76
- Control signalling grade 16 awg 1 mm 77
- Data grade level 4 22 awg 0 5 mm 77
- General purpose grade 16 awg 1 mm 77
- Jy st y 2 2 0 20 awg 0 mm 77
- Max attenuation at 20 c 77
- Max dc resistance at 20 c loop 77
- Max dc resistance unbalance 77
- Max mutual capacitance of a pair 77
- Max pair to ground capacitance unbalance 77
- Network cable specifications 77
- Nominal impedance 77
- Pair twists per metre 77
- Technical data 77
- Cable parameters 78
- Control signalling grade 16 awg 1 mm 78
- Data grade level 4 22 awg 0 5 mm 78
- General purpose grade 16 awg 1 mm 78
- Jy st y 2 2 0 20 awg 0 mm 78
- Network cable specifications 78
- Technical data 78
- Asynchronous half duplex 79
- Documents 79
- Kbit s 79
- Layers 1 6 interoperability guidelines version 3 79
- Lontal 79
- Network maximum bus lengths 79
- Protocol 79
- Serial communication type 79
- Supports free topology wiring and will accommodate bus star loop or any combination of these topologies 79
- Topology 79
- Transfer rate 79
- Afe64798693 rev b en effective 07 2 006 82
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