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Summary of Contents for enertexbayern Enertex KNX IP Secure Router
- Page 1 Manual and Configuration Enertex® KNX IP Secure Router Enertex ® Bayern GmbH – Ebermannstädter Straße 8 - 91301 Forchheim - Deutschland - mail@enertex.de...
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Page 2: Table Of Contents
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 2 von 19 Note The content of this document may not be reproduced, distributed, distributed or stored in any form whatsoever, in whole or in part, without the prior written consent of Enertex® Bayern GmbH. Enertex® is a registered trademark of Enertex® Bayern GmbH. Other product and company names mentioned in this manual may be trademarks or trade names of their respective owners. -
Page 3: Security Notes
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 3 von 19 Security Notes Installation and assembly of electrical equipment may only be carried out by qualified • electricians. When connecting KNX / EIB interfaces, KNX ™ training is required. • Failure to observe this instruction may result in damage to the unit, fire or other hazards. •... -
Page 4: Reset
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 4 von 19 device or switch ("Link"), the yellow LED shows the IP data transfer. Reset If the device is to be reset to the factory settings, the PROG button on the front panel must be pressed for 10 seconds. After this time, the red LED starts to flash - then the PROG key can be released and the device carries out the reset to the delivery condition. -
Page 5: Ets 5.6.6 And Ets 5.7.0
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 5 von 19 Key, Key Parameter A series of numbers known only to the ETS project. These numbers are used to transform the data in both directions: encryption and decryption. FDSK (Factory Default Setup Key) The initial factory key. This key is used when commissioning the initial programming. - Page 6 1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 6 von 19 To insert the router into an ETS project, it must have an IP backbone. Example: the following ETS topology: Figure 1: Topology (left) and properties of the backbone Lines: 1: Backbone Medium IP 1.1: Line Medium TPium TP In the Properties Diagram of the Backbone (NOTE: For this click on Topology, directly above "Dynamic Folders", see Figure 1), you will find the settings for the Multicast of the Backbone.
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Page 7: Device Properties
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 7 von 19 Device Properties General Figure 2: Properties of the device Name Any name can be assigned, max. 30 characters Secure Comissioning If activated, the encryption is active for commissioning: all parameters are then transmitted in encrypted form, although e.g. Tunnel connections are still unencrypted. Secure Tunnelling If activated, the tunnel connections can only be established via KNX Secure Tunneling. -
Page 8: Device-Specific Parameters
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 8 von 19 Use a static address The user specifies the IP settings. Comissioning Password A password from which the ETS generates a key. This is the key to secure commissioning (see above). Authentication Code With the authentication password, the user proves that he has access to the project. -
Page 9: Standard Tunnel Preferred Ip
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 9 von 19 Figure 5: Behavior of the KNX side Name Options Description ACK for every telegram off/on The router acknowledges each telegram, even if it does not forward this telegram (TP only) ACK for routed telegram only off/on The router only confirms the telegrams that it forwards (TP only) - Page 10 1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 10 von 19 Figure 6: Preferred IP for Tunnelling Name Options Description Slow Connection off/on The tunnel connections over UDP are controlled by default with a connection timeout of 1 second. This may be too short for connections over the Internet.
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Page 11: Routing
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 11 von 19 Routing Figure 7: Routing Name Options Description Check of topology off/on See parameter dialog Legacy routing off/on See parameter dialog Physical address filter Figure 8: Physical address filter Name Options Description Physically addressed filter, block, route The physically addressed telegrams (e.g., actuator programming) may be routed, blocked, or filtered via the... -
Page 12: Standard
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 12 von 19 Standard Figure 9: Standard Filter Group address Name Options Description IP=>KNX Direction: Telegrams from the IP side to the KNX side Main Group 0 to 13 filter, block, route Group Group telegrams can be routed, telegrams can be routed, blocked or filtered via the routing. -
Page 13: Extended Group Address Filter
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 13 von 19 Main Group 14 to 15 filter, block, route Group telegrams can be routed, blocked or filtered via the routing. Groups 14 and 15 are grouped together to form a block. Main Group 16 to 31 filter, block, route Group telegrams can be routed, blocked or filtered via the routing. - Page 14 1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 14 von 19 Figure 10: Extended Group Address Filter Name Options Description Main Group 00 inactive, filter, block, Group telegrams of this main group forward can be routed, blocked or filtered via the routing. If the filter is not active, the behavior of the parameters of Figure 8 and Figure 9, respectively.
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Page 15: Telnet
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 15 von 19 Telnet Telnet can be used to request additional information from the IP router. Telnet access is factory- protected with the password "knxsecure". Once the router is in secure mode, the telnet interface is disabled. Although it can be enabled for developer purposes prior to programming the secure mode, this is a security risk. - Page 16 1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 16 von 19 tpratemax [5..50] Read or configure maximum telegram rate (IP => TP); 50 T / s corresponds to 100% bus load. # tpratemax no limit, sending with maximum performance to TP. Usage: tpratemax [5 .. 50] stats Shows various statistics on device and bus status uptime: 114 days, 2:19 KNX communication statistics: TX to IP (all)..: 333729 (ca. 233 t/m) ...
- Page 17 1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 17 von 19 tunnel [1..8] Shows active tunnel connections (without argument) or detailed information about the specified tunnel connection (with argument 1..8) # tunnel Tunnels open: 1/8 1: 00.02.246, closed 2: 00.02.247, open (CCID: 82) 3: 00.02.248, closed 4: 00.02.249, closed 5: 00.02.250, closed 6: 00.02.251, closed 7: 00.02.252, closed 8: 00.02.253, closed # tunnel 2 Tunnel 2....: open (CCID 82) KNX address....: 00.02.247 HPAI control....: 192.168.22.252:4808 HPAI data....: 192.168.22.252:4808 Connect. type.....: TUNNEL_CONNECTION ...
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Page 18: Latest Documentation And Software
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 18 von 19 tunudp Query or change the type of tunnel connection for the ETS (0 = default, 1 = UDP only). date Show date and time sntp [query|server IP] Send request to the NTP server (sntp query) or set the IP of the NTP server (sntp server 1.2.3.4) sendack [0|1] Querying or changing every telegram (ACK). -
Page 19: Open Source Software
1164-EnertexKNXIPSecureRouter_US-2.odt, 2019-03-25 Seite 19 von 19 Open Source Software This product uses third-party software from the following authors: Adam Dunkels <adam@sics.se> Marc Boucher <marc@mbsi.ca> and David Haas <dhaas@alum.rpi.edu> Guy Lancaster <lancasterg@acm.org>, Global Election Systems Inc. Martin Husemann <martin@NetBSD.org>. Van Jacobson (van@helios.ee.lbl.gov) Paul Mackerras, paulus@cs.anu.edu.au, Christiaan Simons <christiaan.simons@axon.tv>...
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