SA/SNZ TS ISO/IEC 14543.3.4:2018
Information technology - Home electronic system (HES) architecture - Part 3.4: System management - Management procedures for network based control of HES Class 1
Provides building owners, managers, architects, designers, manufacturers, installers, maintainers and users, with the general principles for network and device management shared by all installation modes, to ensure compatibility and interoperability of equipment, for home electronic systems. The expression ‘home electronic system’ (HES) covers any combination of electronic devices linked via a digital transmission network in homes, buildings and similar environments. The SA/SNZ TS ISO/IEC 14543.3 series covers the KNX protocol and therefore SA/SNZ TS ISO/IEC 14543.3.1 to SA/SNZ TS ISO/IEC 14543.3.6 apply to implementations of that protocol only. Other standards in the SA/SNZ TS ISO/IEC 14543 series cover, or will cover, other standardised protocols. Identical to and reproduced from ISO/IEC 14543-3-4:2007.
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SA/SNZ TS ISO/IEC 14543.3.4:2018 Home electronic system (HES) architecture System management - Management procedures for network based control of HES Class 1
Preface
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
3.2 Abbreviations
4 Conformance
5 Network management procedures
5.1 General
5.2 NM_IndividualAddress_Read
5.2.1 Description
5.2.2 Management service used
5.2.3 Sequence
5.2.4 Exception handling
5.3 NM_IndividualAddress_Write
5.3.1 Description
5.3.2 Management services used
5.3.3 Sequence
5.3.4 Exception handling
5.4 NM_SerialNumberDefaultlA_Scan
5.4.1 Description
5.4.2 Management service used
5.4.3 Sequence
5.4.4 Exception handling
5.5 NM_IndividualAddress_SerialNumber_Read
5.5.1 Description
5.5.2 Management service used
5.5.3 Sequence
5.5.4 Exception handling
5.6 NM_IndividualAddress_SerialNumber_Write
5.6.1 Description
5.6.2 Management services used
5.6.3 Sequence
5.6.4 Exception handling
5.7 NM_DomainAddress_Read
5.7.1 Description
5.7.2 Management service used
5.7.3 Sequence
5.7.4 Exception handling
5.8 NM_DomainAddress_Write
5.8.1 Description
5.8.2 Management services used
5.8.3 Sequence
5.8.4 Exception handling
5.9 NM_DomainAddress_Scan
5.9.1 Description
5.9.2 Management service used
5.9.3 Sequence
5.9.4 Exception handling
5.10 NM_Router_Scan
5.10.1 Description
5.10.2 Management service used
5.10.3 Sequence
5.11 NM_SubnetworkDevices_Scan
5.11.1 Description
5.11.2 Management service used
5.11.3 Sequence
5.12 NM_SubnetworkAddress_Read
5.12.1 Description
5.12.2 Management service used
5.12.3 Sequence
5.12.4 Exception handling
5.13 NM_IndividualAddress_Reset
5.13.1 Description
5.13.2 Management services used
5.13.3 Sequence
5.14 NM_IndividualAddress_Scan
5.14.1 Description
5.14.2 Management services used
5.14.3 Sequence
5.14.4 Possible reactions
5.15 NM_IndividualAddress_Check
5.15.1 Description
5.15.2 Management services used
5.15.3 Sequence
5.16 NM_IndividualAddress_Check_LocalSubnetwork
5.16.1 Description
5.16.2 Management service used
5.16.3 Sequence
5.17 NM_GroupAddress_Check
5.17.1 Description
5.17.2 Management service used
5.17.3 Sequence
5.17.4 Exception handling
5.18 NM_FunctionalBlock_Scan
5.18.1 Description
5.18.2 Management service used
5.18.3 Sequence
5.18.4 Exception handling
6 Device management procedures
6.1 General
6.2 General exception handling
6.3 DM_Connect
6.3.1 General Description
6.3.2 Procedure: DMP_Connect_RCo
6.3.3 Procedure: DMP_Connect_RCl
6.4 DM_Disconnect
6.4.1 General description
6.4.2 Procedure: DMP_Disconnect_RCo
6.4.3 Procedure: DMP_Disconnect_RCI
6.5 DM_Authorize
6.5.1 General description
6.5.2 Procedure: DMP_Authorize_RCo
6.6 DM_SetKey
6.6.1 General description
6.6.2 Procedure: DM_SetKey_RCo
6.7 DM_Restart
6.7.1 General description
6.7.2 Procedure: DM_Restart_RCo
6.8 DM_Delay
6.8.1 Description
6.8.2 Procedure: DMP_Delay
6.9 DM_IndividualAddressRead
6.10 DM_IndividualAddressWrite
6.11 DM_DomainAddressRead
6.12 DM_DomainAddressWrite
6.13 DM_ProgMode_Switch
6.13.1 Description
6.13.2 Procedure: DMP_ProgModeSwitch_RCo
6.14 DM_GroupObject_Link_Read
6.14.1 Description
6.14.2 Management service used
6.14.3 Sequence
6.14.4 Exception handling
6.15 DM_GroupObject_Link_Write
6.15.1 Description
6.15.2 Management services used
6.15.3 Sequence
6.15.4 Exception handling
6.16 DM_MemWrite
6.16.1 General description
6.16.2 Procedure: DMP_MemWrite_RCo
6.16.3 Procedure: DMP_MemWrite_RCoV
6.17 DM_MemVerify
6.17.1 General description
6.17.2 Procedure: DMP_MemVerify_RCo
6.18 DM_MemRead
6.18.1 General description
6.18.2 Procedure: DMP_MemRead_RCo
6.19 DM_UserMemWrite
6.19.1 General description
6.19.2 Procedure: DMP_UserMemWrite_RCo
6.19.3 Procedure: DMP_UserMemWrite_RCoV
6.20 DM_UserMemVerify
6.20.1 General description
6.20.2 Procedure: DMP_UserMemVerify_RCo
6.21 DM_UserMemRead
6.21.1 General description
6.21.2 Procedure: DMP_UserMemRead_RCo
6.22 DM_InterfaceObjectWrite
6.22.1 General description
6.22.2 Procedure: DMP_InterfaceObjectWrite_R
6.23 DM_InterfaceObjectVerify
6.23.1 General description
6.23.2 Procedure: DMP_InterfaceObjectVerify_R
6.24 DM_InterfaceObjectRead
6.24.1 General description
6.24.2 Procedure: DMP_InterfaceObjectRead_R
6.25 DM_InterfaceObjectScan
6.25.1 General description
6.25.2 Procedure: DMP_InterfaceObjectScan_R
6.26 DM_LoadStateMachineWrite
6.26.1 General description
6.26.2 Procedure: DMP_LoadStateMachineWrite_RCo_Mem
6.26.3 Procedure: DMP_LoadStateMachineWrite_RCo_IO
6.27 DM_LoadStateMachineVerify
6.27.1 General description
6.27.2 Procedure: DM_LoadStateMachineVerify_RCo_Mem
6.27.3 Procedure: DMP_LoadStateMachineVerify_R_IO
6.28 DM_LoadStateMachineRead
6.28.1 General description
6.28.2 Procedure: DMP_LoadStateMachineRead_RCo_Mem
6.28.3 Procedure: DMP_LoadStateMachineRead_R_IO
6.29 DM_RunStateMachineWrite
6.29.1 General description
6.29.2 Procedure: DMP_RunStateMachineWrite_RCo_Mem
6.29.3 Procedure: DMP_RunStateMachineWrite_R_IO
6.30 DM_RunStateMachineVerify
6.30.1 General description
6.30.2 Procedure: DMP_RunStateMachineVerify_RCo_Mem
6.30.3 Procedure: DMP_RunStateMachineVerify_R_IO
6.31 DM_RunStateMachineRead
6.31.1 General description
6.31.2 Procedure: DMP_RunStateMachineRead_RCo_Mem
6.31.3 Procedure: DMP_RunStateMachineRead_R_IO
6.32 DM_LCSlaveMemWrite
6.32.1 General description
6.32.2 Procedure: DMP_LCSlaveMemWrite_RCo
6.33 DM_LCSlaveMemVerify
6.33.1 General description
6.33.2 Procedure: DMP_LCSlaveMemVerify_RCo
6.34 DM_LCSlaveMemRead
6.34.1 General description
6.34.2 Procedure: DMP_LCSlaveMemRead_RCo
6.35 DM_LCExtMemWrite
6.35.1 General description
6.35.2 Procedure: DMP_LCExtMemWrite_RCo
6.36 DM_LCExtMemVerify
6.36.1 General description
6.36.2 Procedure: DMP_LCExtMemVerify_RCo
6.37 DM_LCExtMemRead
6.37.1 General description
6.37.2 Procedure: DMP_LCExtMemRead_RCo
6.38 DM_LCExtMemOpen
6.38.1 General description
6.38.2 Procedure: DMP_LCExtMemOpen_RCo
6.39 DM_LCRouteTableStateWrite
6.39.1 General description
6.39.2 Procedure: DMP_LCRouteTableStateWrite_RCo
6.40 DM_LCRouteTableStateVerify
6.40.1 General description
6.40.2 Procedure: DMP_LCRouteTableStateVerify_RCo
6.41 DM_LCRouteTableStateRead
6.41.1 General description
6.41.2 Procedure: DMP_LCRouteTableStateRead_RCo
Bibliography
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SA/SNZ TS ISO/IEC 14543.3.4:2018 Home electronic system (HES) architecture System management - Management procedures for network based control of HES Class 1
Preface
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
3.2 Abbreviations
4 Conformance
5 Network management procedures
5.1 General
5.2 NM_IndividualAddress_Read
5.2.1 Description
5.2.2 Management service used
5.2.3 Sequence
5.2.4 Exception handling
5.3 NM_IndividualAddress_Write
5.3.1 Description
5.3.2 Management services used
5.3.3 Sequence
5.3.4 Exception handling
5.4 NM_SerialNumberDefaultlA_Scan
5.4.1 Description
5.4.2 Management service used
5.4.3 Sequence
5.4.4 Exception handling
5.5 NM_IndividualAddress_SerialNumber_Read
5.5.1 Description
5.5.2 Management service used
5.5.3 Sequence
5.5.4 Exception handling
5.6 NM_IndividualAddress_SerialNumber_Write
5.6.1 Description
5.6.2 Management services used
5.6.3 Sequence
5.6.4 Exception handling
5.7 NM_DomainAddress_Read
5.7.1 Description
5.7.2 Management service used
5.7.3 Sequence
5.7.4 Exception handling
5.8 NM_DomainAddress_Write
5.8.1 Description
5.8.2 Management services used
5.8.3 Sequence
5.8.4 Exception handling
5.9 NM_DomainAddress_Scan
5.9.1 Description
5.9.2 Management service used
5.9.3 Sequence
5.9.4 Exception handling
5.10 NM_Router_Scan
5.10.1 Description
5.10.2 Management service used
5.10.3 Sequence
5.11 NM_SubnetworkDevices_Scan
5.11.1 Description
5.11.2 Management service used
5.11.3 Sequence
5.12 NM_SubnetworkAddress_Read
5.12.1 Description
5.12.2 Management service used
5.12.3 Sequence
5.12.4 Exception handling
5.13 NM_IndividualAddress_Reset
5.13.1 Description
5.13.2 Management services used
5.13.3 Sequence
5.14 NM_IndividualAddress_Scan
5.14.1 Description
5.14.2 Management services used
5.14.3 Sequence
5.14.4 Possible reactions
5.15 NM_IndividualAddress_Check
5.15.1 Description
5.15.2 Management services used
5.15.3 Sequence
5.16 NM_IndividualAddress_Check_LocalSubnetwork
5.16.1 Description
5.16.2 Management service used
5.16.3 Sequence
5.17 NM_GroupAddress_Check
5.17.1 Description
5.17.2 Management service used
5.17.3 Sequence
5.17.4 Exception handling
5.18 NM_FunctionalBlock_Scan
5.18.1 Description
5.18.2 Management service used
5.18.3 Sequence
5.18.4 Exception handling
6 Device management procedures
6.1 General
6.2 General exception handling
6.3 DM_Connect
6.3.1 General Description
6.3.2 Procedure: DMP_Connect_RCo
6.3.3 Procedure: DMP_Connect_RCl
6.4 DM_Disconnect
6.4.1 General description
6.4.2 Procedure: DMP_Disconnect_RCo
6.4.3 Procedure: DMP_Disconnect_RCI
6.5 DM_Authorize
6.5.1 General description
6.5.2 Procedure: DMP_Authorize_RCo
6.6 DM_SetKey
6.6.1 General description
6.6.2 Procedure: DM_SetKey_RCo
6.7 DM_Restart
6.7.1 General description
6.7.2 Procedure: DM_Restart_RCo
6.8 DM_Delay
6.8.1 Description
6.8.2 Procedure: DMP_Delay
6.9 DM_IndividualAddressRead
6.10 DM_IndividualAddressWrite
6.11 DM_DomainAddressRead
6.12 DM_DomainAddressWrite
6.13 DM_ProgMode_Switch
6.13.1 Description
6.13.2 Procedure: DMP_ProgModeSwitch_RCo
6.14 DM_GroupObject_Link_Read
6.14.1 Description
6.14.2 Management service used
6.14.3 Sequence
6.14.4 Exception handling
6.15 DM_GroupObject_Link_Write
6.15.1 Description
6.15.2 Management services used
6.15.3 Sequence
6.15.4 Exception handling
6.16 DM_MemWrite
6.16.1 General description
6.16.2 Procedure: DMP_MemWrite_RCo
6.16.3 Procedure: DMP_MemWrite_RCoV
6.17 DM_MemVerify
6.17.1 General description
6.17.2 Procedure: DMP_MemVerify_RCo
6.18 DM_MemRead
6.18.1 General description
6.18.2 Procedure: DMP_MemRead_RCo
6.19 DM_UserMemWrite
6.19.1 General description
6.19.2 Procedure: DMP_UserMemWrite_RCo
6.19.3 Procedure: DMP_UserMemWrite_RCoV
6.20 DM_UserMemVerify
6.20.1 General description
6.20.2 Procedure: DMP_UserMemVerify_RCo
6.21 DM_UserMemRead
6.21.1 General description
6.21.2 Procedure: DMP_UserMemRead_RCo
6.22 DM_InterfaceObjectWrite
6.22.1 General description
6.22.2 Procedure: DMP_InterfaceObjectWrite_R
6.23 DM_InterfaceObjectVerify
6.23.1 General description
6.23.2 Procedure: DMP_InterfaceObjectVerify_R
6.24 DM_InterfaceObjectRead
6.24.1 General description
6.24.2 Procedure: DMP_InterfaceObjectRead_R
6.25 DM_InterfaceObjectScan
6.25.1 General description
6.25.2 Procedure: DMP_InterfaceObjectScan_R
6.26 DM_LoadStateMachineWrite
6.26.1 General description
6.26.2 Procedure: DMP_LoadStateMachineWrite_RCo_Mem
6.26.3 Procedure: DMP_LoadStateMachineWrite_RCo_IO
6.27 DM_LoadStateMachineVerify
6.27.1 General description
6.27.2 Procedure: DM_LoadStateMachineVerify_RCo_Mem
6.27.3 Procedure: DMP_LoadStateMachineVerify_R_IO
6.28 DM_LoadStateMachineRead
6.28.1 General description
6.28.2 Procedure: DMP_LoadStateMachineRead_RCo_Mem
6.28.3 Procedure: DMP_LoadStateMachineRead_R_IO
6.29 DM_RunStateMachineWrite
6.29.1 General description
6.29.2 Procedure: DMP_RunStateMachineWrite_RCo_Mem
6.29.3 Procedure: DMP_RunStateMachineWrite_R_IO
6.30 DM_RunStateMachineVerify
6.30.1 General description
6.30.2 Procedure: DMP_RunStateMachineVerify_RCo_Mem
6.30.3 Procedure: DMP_RunStateMachineVerify_R_IO
6.31 DM_RunStateMachineRead
6.31.1 General description
6.31.2 Procedure: DMP_RunStateMachineRead_RCo_Mem
6.31.3 Procedure: DMP_RunStateMachineRead_R_IO
6.32 DM_LCSlaveMemWrite
6.32.1 General description
6.32.2 Procedure: DMP_LCSlaveMemWrite_RCo
6.33 DM_LCSlaveMemVerify
6.33.1 General description
6.33.2 Procedure: DMP_LCSlaveMemVerify_RCo
6.34 DM_LCSlaveMemRead
6.34.1 General description
6.34.2 Procedure: DMP_LCSlaveMemRead_RCo
6.35 DM_LCExtMemWrite
6.35.1 General description
6.35.2 Procedure: DMP_LCExtMemWrite_RCo
6.36 DM_LCExtMemVerify
6.36.1 General description
6.36.2 Procedure: DMP_LCExtMemVerify_RCo
6.37 DM_LCExtMemRead
6.37.1 General description
6.37.2 Procedure: DMP_LCExtMemRead_RCo
6.38 DM_LCExtMemOpen
6.38.1 General description
6.38.2 Procedure: DMP_LCExtMemOpen_RCo
6.39 DM_LCRouteTableStateWrite
6.39.1 General description
6.39.2 Procedure: DMP_LCRouteTableStateWrite_RCo
6.40 DM_LCRouteTableStateVerify
6.40.1 General description
6.40.2 Procedure: DMP_LCRouteTableStateVerify_RCo
6.41 DM_LCRouteTableStateRead
6.41.1 General description
6.41.2 Procedure: DMP_LCRouteTableStateRead_RCo
Bibliography
SA/SNZ TS ISO/IEC 14543.3.4:2018
Online Library subscription information
Online library subscriptions provide a cost-effective solution for organisations of any size to access the latest standards, offering 24/7 access to a personalised catalogue. The service ensures subscribers have have the most up-to-date version of selected standards, incluing automatic updates for any amendments or versions. Pricing is dependent on the chosen standards and the number of concurrent users, with discounts applied from the standards PDF price. For customised subscriptions or further inquiries, contact the Online Library team.