Table of Contents
Related Manuals for Jung IPR 300 SREG
Summary of Contents for Jung IPR 300 SREG
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Page 1: Product Documentation
Product documentation IP router ALBRECHT JUNG GMBH & CO. KG Volmestraße 1 Ref.-no.: IPR 300 SREG 58579 Schalksmühle GERMANY Tel. +49 2355 806-0 IP interface Fax +49 2355 806-204 Ref.-no.: IPS 300 SREG kundencenter@jung.de www.jung.de 07/2019... -
Page 2: Table Of Contents
Table of Contents Table of Contents 1 Safety instructions and device components ..........3 1.1 Safety instructions ....................... 1.2 Device components ..................... 2 Function ......................3 2.1 System information ..................... 2.2 Intended use ......................... 2.3 Product characteristics ....................3 Information for electrically skilled persons ...........4 3.1 Installation and electrical connection ................ -
Page 3: Safety Instructions And Device Components
Safety instructions and device components Safety instructions and device components 1.1 Safety instructions Electrical equipment may only be fitted and connected by electrically skilled persons. Serious injuries, fire or property damage possible. Please read and follow manual fully. These instructions are an integral part of the product and must remain with the end customer. This product is only intended for use in dry rooms. 1.2 Device components PROG POWER... -
Page 4: Product Characteristics
Information for electrically skilled persons 2.3 Product characteristics - KNXnet/IP routing for communication between KNX lines, areas and systems via IP network - Support of KNX Data Secure from ETS version 5.7 upwards - Support of KNX IP Secure from ETS version 5.7 upwards - Telegram forwarding and filtering according to physical address or group address - Max. -
Page 5: Commissioning
Commissioning Commissioning PROG POWER Made in Germany PROG NEXT Fig. 3: Commissioning Display PROG LED POWER LED BUS LED 4.1 Switching on After connecting, the device is switched on automatically. The product name and assigned IP address appear on the display when switching on. 4.2 Boot procedure The automatic boot procedure starts after switching on. -
Page 6: Operation
Operation Operation PROG POWER Made in Germany PROG NEXT Fig. 4: Operation NEXT button PROG LED Display BUS LED POWER LED PROG button 5.1 Display The display switches itself off automatically after one minute. Switching on display: • Press NEXT button. Scrolling through menu: •... -
Page 7: Factory Settings / Reset
Configuration 5.3 Factory settings / reset Restoring factory settings: • Press PROG button for 10 seconds. PROG LED flashes red. Device is in programming mode. Factory settings are restored automatically. Boot procedure is started. Configuration 6.1 Topology 6.1.1 IP interface To insert the interface into an ETS project, a TP line must exist. -
Page 8: Device Properties
Configuration 6.2 Device properties 6.2.1 General Fig. 6: Properties of the device Function Description 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. -
Page 9: Ip Properties
Configuration 6.2.2 IP properties Fig. 7: IP Properties of the device Function Description Obtain an IP address The device requires a DHCP server for IP address assignment. automatically Use a static IP address The user specifies the IP settings. Comissioning Password A password from which the ETS generates a key. -
Page 10: Device-Specific Parameters
Configuration 6.3 Device-specific parameters 6.3.1 IP interface General settings Fig. 8: General settings of the device Function Options Description (Text) The ETS has manufacturer-independent uniform parameter descriptions for various settings. To simplify the application, a note text is displayed here. Enable advanced settings off/on Advanced functions to ensure a maximum of flexibility. - Page 11 Configuration Advanced settings standard tunnel preferred IP For standard tunnel connections (before 2019) it is possible to assign each of these tunnel connections to an IP address. In the analysis of group telegrams, this makes it easier to assign the telegrams to the sender which „sits“...
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Page 12: Ip Router
Configuration 6.3.2 IP router General settings Fig. 12: General settings of the device Function Options Description (Text) The ETS has manufacturer-independent uniform parameter descriptions for various settings. To simplify the application, a note text is displayed here. Enable advanced settings off/on Advanced functions to ensure a maximum of flexibility. - Page 13 Configuration Advanced settings properties of the subline Fig. 13: Properties of the subline Function 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 off/on The router only confirms the telegrams that it only...
- Page 14 Configuration Advanced settings standard tunnel preferred IP For standard tunnel connections (before 2019) it is possible to assign each of these tunnel connections to an IP address. In the analysis of group telegrams, this makes it easier to assign the telegrams to the sender which „sits“...
- Page 15 Configuration Advanced settings routing Fig. 15: Routing Function Options Description Check of topology off/on See parameter description Enable routing algorithm off/on See parameter description (<2018) Physical address filter Fig. 16: Physical address filter Function Options Description Physically addressed filter, block, The physically addressed telegrams (e.g., telegrams route actuator programming) may be routed, blocked,...
- Page 16 Configuration Group telegram filter Fig. 17: Group telegram filter Function Options Description IP => KNX Direction: Telegrams from the IP side to the KNX side Main group 0 to 13 filter, block, Group telegrams can be routed, blocked or route filtered via the routing. The groups 0 to 13 are summarized here to a block.
- Page 17 Configuration Function Options Description Main group 16 to 31 filter, block, Group telegrams can be routed, blocked or route filtered via the routing. The groups 16 and 31 are here combined to form a block. Extended group address off/on In addition to the block-oriented filtering of group filter address telegrams, each group can also be separately routed, blocked or filtered via the...
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Page 18: Telnet
Telnet Telnet Telnet is a common network protocol based on a TCP connection between a Telnet server (the device in this case) and a client (the commissioning PC in this case). For communication to be possible, it is necessary for the device to be administered in the network and to be reached by the commissioning PC via IP. - Page 19 Telnet Telnet input Description 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:...
- Page 20 Telnet Telnet input Description 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...
- Page 21 Telnet Telnet input Description lock [0|1] Query lock status (without further parameters) or change (0 = off, 1 = on). Setting is identical to programming lock TP page, figure 13. A router can prevent the forwarding of physically addressed telegrams by filtering, i.
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Page 22: Ip Router
Telnet 7.2 IP router Telnet input Description lcconfig Coupler type..: line coupler IP -> KNX: 0-13..: route GA 14-15..: filter GA 16-31..: block Ph. addr..: filter Broadcast..: route KNX -> IP: 0-13..: route GA 14-16..: filter GA 16-31..: block Ind.addr..: filter Broadcast..: route Check IA rout.: disabled Ind.Addr.tlg..: individually addressed telegrams are 3 times... -
Page 23: Terms
Terms Terms Term Description Backbone For IP routers and IP interfaces, this is always the IP network. Backbonekey The routing protocol communicates in secure mode with encrypted telegrams. The key for encryption must be the same for all participants and is loaded into the device. The ETS generates the necessary backbone key on its own. -
Page 24: Technical Data
Technical data Technical data Symbols Must not be disposed of with household waste. Rated voltage KNX DC 21 ... 32 V SELV KNX connection Connection terminal Current consumption max. 20 mA Power consumption max. 1 W IP communication Ethernet 10/100 BaseT (10/100 Mbit/s) IP connection 1 x RJ45 Resolution... -
Page 25: Open Source Software
Open Source Software 11 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 Jani Monoses jani@iv.ro Leon Woestenberg <leon.woestenberg@gmx.net>...
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