REMKO Smart Com Instructions For Use Manual Download Page 11

Features of an IP interface

A KNXnet/IP interface has the following features:

n

Simple connection to higher-level systems

thanks to the use of the internet protocol (IP)

n

Direct access from any point in the IP network

to the KNX/EIB installation (KNXnet/IP tunnel-

ling)

n

Cross-building and cross-property communica-

tion (networking properties)

n

LED displays (manufacturer-independent) for

operational readiness of KNX/EIB communica-

tion to IP communication

n

Easy connection to the REMKO SMT controller

n

ETS (ETS = Engineering Tool Software) can be

connected easily

KNXnet/IP tunnelling interface to the bus

A direct connection from the REMKO Smart Con-

trol controller to the bus is established via a data

network and the IP interface. This enables access

to the KNX group addresses.

The IP interface must use a unique physical

address for each KNXnet/IP tunneling connec-

tion to ensure stable communication via

KNXnet/IP tunneling. These additional physical

addresses must not be identical to the unit's

physical address and are also not permitted to

be used by any other bus device. These phys-

ical addresses should therefore be assigned to

dummy units in the ETS.

Assigning additional physical address(es) (IP

interface)

Additional physical addresses are either assigned

using the ETS, via an automatic assignment func-

tion or by some manufacturers. For information on

the automatic address assignment procedure for

KNXnet/IP tunnelling, see the manufacturer's doc-

umentation. The unit checks which physical

addresses are already being used by other bus

units that are connected to the bus line. These

addresses are not used when assigning the

addresses.

 NOTICE!

If additional bus devices are added at a later

time, one or several of the physical addresses

could be assigned more than once.

Assigning the IP address

If you have any questions on setting the IP

address parameter for the unit and the subnet

mask, as well as on DHCP, contact the local net-

work administrator.

"In order to guarantee a stable connection

between the KNX interface and the SMT con-

troller, the network router that is used must be

configured so that a static IP address is

assigned to each of the units (or their MAC

addresses) when DHCP is used. Alternatively,

the SMT controller and the KNX interface can

be set to a fixed IP address by deactivating the

DHCP function. "

IP interface

The IP address for the IP interface is assigned via

ETS configuration or automatically by a DHCP

service in the IP network. Assigning and address

via a DHCP service enables changes to the IP

address without configuring the unit using the ETS.

The unit's MAC address that is applied to the unit

may also be required to configure the DHCP

service.

REMKO Smart-Control Touch

The IP address for the REMKO SMT controller is

assigned statically via the controller configuration,

automatically by a DHCP service in the IP network

or by the unit itself (AutoIP). Assigning and

address via a DHCP service enables changes to

the IP address without configuring the unit. The

unit's MAC address that is displayed in the "Basic

information/service" information menu may be

required to configure the DHCP service. If a DHCP

service is not available, the unit searches for its

own IP address (AutoIP). The controller and the IP

interface can therefore communicate directly using

a crossover cable, for example.

 

 

 

 

 

11

Summary of Contents for Smart Com

Page 1: ...r use SD Read the instructions prior to performing any task REMKO Smart Com Activation of Smart Com for Smart Control Touch regulation 0239 2019 12 Edition 2 en_GB to integrate the heat pump into a Sm...

Page 2: ...d these operating instructions carefully before commis sioning using this device These instructions are an integral part of the system and must always be kept near or on the device Subject to modifica...

Page 3: ...ction 5 1 7 Dangers of failure to observe the safety notes 5 1 8 Unauthorised modification and changes 5 1 9 Intended use 5 1 10 Warranty 5 1 11 Transport and packaging 6 1 12 Environmental protection...

Page 4: ...rns of a potentially hazardous situation which if not avoided may be fatal or cause serious injury CAUTION This combination of symbol and signal word warns of a potentially hazardous situation which i...

Page 5: ...ed 1 7 Dangers of failure to observe the safety notes Failure to observe the safety notes may pose a risk to people the environment and the units Failure to observe the safety notes may void any claim...

Page 6: ...ronmentally safe manner e g using certified firms and recy cling specialists or at collection points 2 System requirements Note the following Programming can only be carried out via a KNX system integ...

Page 7: ...rry out the work described below without the KNX module being supplied with power the heat pump cannot be commissioned Connect the terminals 3 4 of the already installed KNX module with the on site po...

Page 8: ...2 1 4 3 Fig 2 HTS WSP wiring diagram 1 Touch display 2 I O module 3 KNX BUS 4 24V DC 2 1 4 3 Fig 3 WKF wiring diagram 1 Touch display 2 I O module 3 KNX BUS 4 24V DC REMKO Smart Com 8...

Page 9: ...ower supply provided by the customer B KNXnet IP interface 2 x RJ45 factory fitted IP 10 210 210 DHCP C Ethernet router building network optional D REMKO SMT controller heat pump IP 10 210 210 2 fixed...

Page 10: ...y provided by the customer B KNXnet IP interface 2 x RJ45 factory fitted IP 10 210 210 DHCP C Ethernet router building network optional D REMKO SMT controller heat pump IP 10 210 210 2 fixed E Touch d...

Page 11: ...ected to the bus line These addresses are not used when assigning the addresses NOTICE If additional bus devices are added at a later time one or several of the physical addresses could be assigned mo...

Page 12: ...talling the Smart Com function on the REMKO Smart Control con troller NOTICE Before removing and inserting the SD card the system must be powered down 1 After you have powered down the system remove t...

Page 13: ...tion is complete 6 Configuring the Smart Com function The settings for the Smart Com function can be made in the Expert level To do so touch the REMKO logo in the upper right corner of the dis play Us...

Page 14: ...cal address for the SMT controller must be located topologically in line with the KNX interface i e if the KNX interface has address 1 1 1 the con troller must receive address 1 1 2 or 1 1 3 for examp...

Page 15: ...C CRWT 0 15 0 7 0 255 CRT 5 0 8 HW set temperature C CRWT 0 15 0 7 0 255 CW 5 0 9 HW actual temperature C CRWT 0 15 0 7 0 255 CRT 5 0 10 One off hot water C CRWT 0 15 0 7 0 255 CW 5 0 11 Alarm signal...

Page 16: ...0 31 Unmix HC room target temp C CRWT 0 15 0 7 0 255 CW 5 0 32 1st mixed HC room target temp C CRWT 0 15 0 7 0 255 CW 5 0 33 2nd mixed HC room target temp C CRWT 0 15 0 7 0 255 CW 5 0 34 3rd mixed HC...

Page 17: ...0 255 CRT 5 0 48 Cooling circuit operating mode C CRWT 0 15 0 7 0 255 CRT 5 0 49 Heat pump energy C CRWT 0 15 0 7 0 255 CRT 5 0 50 Heating energy C CRWT 0 15 0 7 0 255 CRT 5 0 51 Hot water energy C C...

Page 18: ...rrent room climate mode for the SMT controller is also on cooling including cooling in auto matic mode 3 5 0 4 SMT Operating mode Switching DPT 20 102 DPT_HVAC Mode 0 Auto 1 Comfort 2 Standby 3 Night...

Page 19: ...defrosting active 8 5 0 9 HW target temperature DPT 9 001 DPT_Value_Te mp 273 C 670 760 C 2 byte C W The HW target temperature is transferred from the KNX bus to the Smart Control controller 9 5 0 10...

Page 20: ...C 2 byte C R T The Smart Control con troller transfers the hot water temperature average of the inlet tem perature and the return temperature to the KNX bus 17 5 0 18 Unmix HC room temper DPT 9 001 DP...

Page 21: ...s 23 5 0 24 Unmix HC room humidity DPT 9 007 DPT_Value_H umidity 0 100 2 byte C W The room temperature is sent from the KNX bus to the Smart Control controller and used for the circuit s room temperat...

Page 22: ...r DPT 9 001 DPT_Value_Te mp 273 C 670 760 C 2 byte C W A room temperature target value is transferred from the KNX bus e g from a KNX room temperature controller to the Smart Control controller and co...

Page 23: ...presence object DPT 1 018 DPT_Occu pancy 0 Not present 1 Present 1 bit C W A presence object is trans ferred from the KNX bus e g from a KNX room temperature controller to the Smart Control con troll...

Page 24: ...oper ating mode HVACMode to the KNX bus when changed e g depending on the presence object time programme and room climate mode 45 5 0 46 2nd mixed HC operating mode DPT 20 102 DPT_HVAC Mode 0 Auto 1...

Page 25: ...g depending on the presence object time programme and room climate mode 49 5 0 50 Heat pump energy DPT 13 013 DPT_ActiveE nergy_kWh 2147483648 kWh 2147483647 kWh 4 byte C R T The Smart Control con tro...

Page 26: ...eating mode active 8 LED for cooling mode active 9 LED for anti freeze protection mode 10 LED for dew point mode non functional The address in the relevant heating circuit e g unmixed heating circuit...

Page 27: ...ding on the presence object 33 5 0 38 Unmix HC presence object DPT 1 018 DPT_Occu pancy 0 Not present 1 Present 1 bit K S T The room temperature con troller transfers the presence object alternating e...

Page 28: ...ard for the I O module is black The SD card for the regula tion of the heat pump as well as for the con nected remote controls have a white side NOTICE The SD cards must not be mixed up 3 After replac...

Page 29: ...se it is not necessary to alter any other set tings Commissioning Restore counter readings Confirm Yes adopt previously set counter values User settings By confirming the user settings with Yes all of...

Page 30: ...ling the Smart Com 12 Intended use 5 R Room temperature controller 26 S Safety Dangers of failure to observe the safety notes 5 General 4 Identification of notes 4 Notes for inspection 5 Notes for ins...

Page 31: ......

Page 32: ...5232 606 260 E mail info remko de URL www remko de REMKO GmbH Co KG Klima und W rmetechnik Im Seelenkamp 12 32791 Lage Hotline within Germany 49 0 5232 606 0 Hotline International 49 0 5232 606 130 W...

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