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Uponor Combi Port BASE XU  l  Installation manual  l  5

1.7 

Operator 

The operator is responsible for the correct operation of the heating 
system.

The operator must:

•  have read and understood the operating instructions,

•  have reached a statutory minimum age,

•  ensure that the heating system is regularly maintained by 

an installer.

1.8 

Specialised installers

The installer is authorised to carry out installation, commissioning 
and maintenance work (service and repair).

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knowledge of the relevant area of expertise and are responsible 
for compliance with existing regulations, rules and guidelines.

Work on electrical equipment belonging to the system may only be 

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engineering regulations. Only personnel with special knowledge and 
experience in hydraulics may work on hydraulic equipment.

1.9 

Installation, commissioning and maintenance

For your own safety, please note that the installation, commissioning 
and maintenance of the heat interface unit must be carried out by 

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1.10 

Basic safety information

Observe the following instructions for your own safety and the safety 
of your environment.

1.11 

Danger from electric shock

Controllers and pumps are under mains voltage. Contact with 
live parts can be fatal or cause serious injury.

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electrical components.

•  Work on the electrical system may only be carried out by 

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•  Never touch electrical components with wet or damp body parts.

•  Never pull on electrical cables.

1.12 

Avoid the risk of burning and scalding

The surfaces of individual components and the water at the tap 
can become very hot.

•  Avoid contact with hot surfaces.

•  Carefully check the water temperature with a gauge 

before touching it

1.13 

Leaks

If leaks occur, you must follow the instructions below.

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•  Repair the lick in the appropriate manner.

1.14 

Avoid frost damage

Without hot water and power supplies, the heat interface unit 
is not protected against frost.

•  Take the appropriate steps to ensure supply and notify the 

operator that the heat interface unit is in operation during 
a period of frost (even when the operator is away).

•  Take the appropriate steps to ensure supply and notify the 

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at the installation site of the heat interface unit and in the 
accommodation.

•  Avoiding property damage due to improper maintenance

•  Perform yearly maintenance on the station.

1.15 

Information displayed on the device

•  Observe the instructions displayed directly on the device.

•  Maintain such displayed instructions in a fully legible state.

Material damage due to incorrect additional components, avoidance 
of spare and wearing parts, use of unauthorised components, spare 
parts and wear parts that have not been tested with the system can 
damage the heat interface unit.

The installation of non-approved components, spare parts and 

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are considered to be improper and may restrict the function, safety 
and warranty. We accept no liability in such cases.

•  Use only original parts from the manufacturer or spare parts 

approved by the manufacturer for replacement purposes.

Recommendations, optimum values for water

°dH

6...15

pH value

7-10

1.16 

Technical data

Materials

Fittings

Brass/dezincing resistant brass 

Pipes

Stainless steel 1.4401

Heat exchanger

Stainless steel 1.4404/copper solder 

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General information 

Max. operating 
temperature

90°C 

Operating pressure

PN10 

Min. cold water pressure 

approx. 2 bar

Max. cold water pressure

approx. 4 bar

Connections

RU,*ÀDWVHDOLQJ

Weight

approx. 30 kg unit with cover 
approx. 22 kg unit only

Summary of Contents for KaMo Combi Port BASE XU

Page 1: ...Uponor Combi Port BASE XU EN Installation and Operation Manual...

Page 2: ...1 Mounting ball valve rail 12 3 2 Mounting HIU 12 3 3 Mounting UFH manifold 13 RQQHFWLRQ XQGHU RRU KHDWLQJ SLSHV 13 3 5 Connection single room controller 14 3 6 Mounting cabinet cover 14 4 Operation...

Page 3: ...performing any work on the controller or the components connected to it disconnect the controller from the power supply as instructed The outlets are also in an inactive state under mains voltage We w...

Page 4: ...Technical data Year built Serial number Order number Production location 1 2 ID plate example Device type Combi Port BASE XU Hz VI temperature max 95 C 7 RZ UDWH Exchanger type 1 15 l min Pressure lev...

Page 5: ...ly check the water temperature with a gauge before touching it 1 13 Leaks If leaks occur you must follow the instructions below ORVH DOO VKXW R YDOYHV LPPHGLDWHO Repair the lick in the appropriate man...

Page 6: ...a a stainless steel plate heat exchanger following the RZ WKURXJK SULQFLSOH 7KH VSHFL F WKHUPDO FKDUDFWHULVWLF RI WKH KHDW exchanger ensures excellent cool down of the heating water and low UHWXUQ RZ...

Page 7: ...ating return 1 Plate heat exchanger 4 Sensor pocket HM M10x1 wet diving 5 Flushing valve 6 Air vent 7 Heat meter distance piece 9 Strainer 13 DHW temparature controller TWB 18 Union nut 19 Pump 26 Wat...

Page 8: ...8 l Uponor Combi Port BASE XU l Installation manual WZ FIL 2 3 System example...

Page 9: ...r Installation L HUHQW VLQJOH URRP FRQWUROOHU FDQ EH FRQQHFWHG 6HH DYDLODEOH controler later in this chapter 2 4 2 Connecting ball valves Supply lines can be connected to Combi Port Base XU from top o...

Page 10: ...matrix is a fully equipped range of components for room temperature control optionally via radio or wired The unique auto balancing technology eliminates the need for manual balancing of the loops The...

Page 11: ...Combi Port 6 8 ZLWK XQGHU RRU KHDWLQJ PDQLIROG 6LQJOH URRP FRQWURO XQLW Smatrix is mounted and wired at the manifold System components 1 Combi Port BASE XU 2 UFH manifold 3 Single room controller Appl...

Page 12: ...DWHULDO Note Pay attention to horizontal alignment 3 2 Mounting HIU 1 6FUHZ 8 WR WKH ZDOO ZLWK HQFORVHG LQJ PDWHULDO 2 Join HIU to the ball valves Note The flat seals provided must be inserted before...

Page 13: ...alignment 2 Drill holes 3 6FUHZ 8 PDQLIROG ZLWK HQFORVHG LQJ PDWHULDO WR WKH ZDOO Connect UFH manifold to the ball valves on the station 3 4 Connection underfloor heating pipes Note Construction and...

Page 14: ...manifold on desired L brackets 2 Install the actuators on the UFH manifold return Electrical connection see relevant instruction of the single room controller Note Install the Interface unit allways o...

Page 15: ...ting supply and return as well as the hot and cold water correctly 7R OO WKH FHQWUDO KHDWLQJ V VWHP LQVWDOO D OOLQJ DQG GUDLQLQJ valve on site at a suitable central point Observe the hydraulic diagram...

Page 16: ...Port XU electrically see wiring diagram 2 Connect individual room controller please follow to the corresponding instruction Smatrix or Flexiboard 3 Coding of actuator please follow to the correspondi...

Page 17: ...hten the connections When tighte ning connections always lock the opposite side Vent the accumulated air in the heat interface unit by opening the venting screw Observe the system operating pressure T...

Page 18: ...e Please note Make sure not to bend or break the capillary line Using a welding wire slide out the locking tabs next to the adjustment number on the left and right in the direction of the union nut If...

Page 19: ...bi Port BASE XU l Installation manual l 19 40 4 7 Thermostatic heating limiter Through the thermostatic heating limiter 40 in the heating circuit the return temperature of the primary heating return i...

Page 20: ...min Wilo Yonos PARA RS 15 6 25 6 30 6 1 230 V Rp Rp 1 Rp 1 p kPa H m H P1 W Q m h Q Q Q l s Q Q Q Igpm Q Q Q m h Q Q max m ax LOR RQRV 3 5 56 S F FRQVWDQW 0 0 5 1 0 1 5 2 0 2 5 3 0 0 0 2 0 4 0 6 0 8...

Page 21: ...unscrewed the valves will shoot out of the thread Never tum the valves counter clockwise more than 4 times CLOSE 1 2 3 4 OPEN 0 25 x 1 5 L min Room heating circuit data Raum Heizkreis Daten Ruimte en...

Page 22: ...QJ 3 hexagon 32 mm RPSOHWHO RSHQ WKH E SDVV WWLQJ 3 Allen key 6 mm V D UHVXOW ZDWHU RZV IURP WKH OLQH YLD WKH E SDVV RZ UHWXUQ 3 QG RI XVKLQJ ORVLQJ WKH E SDVV WWLQJ 3 Allen key 6 mm Assemble the prot...

Page 23: ...ter This enables you to dispense unlimited amounts of hot water Restrictions are only imposed by the central heating The heating lines or heat exchangers are permanently maintained at a basic temperat...

Page 24: ...heating return E Secondary heating supply F Secondary heating return Malfunctions and maintenance A visual inspection is required every 3 to 6 months The device seal must be checked If drops form or w...

Page 25: ...336 50 215 80 30 50 1 3 4 Euro 7 x 3 4 Euro 460 355 87 73 385 336 50 215 80 30 50 1 3 4 Euro 8 x 3 4 Euro 510 355 87 73 435 336 50 215 80 30 50 1 3 4 Euro 9 x 3 4 Euro 560 355 87 73 485 336 50 215 80...

Page 26: ...TSYUDQLDQJ 3 MCDW MCDQTMF 4DBGMHRBGD MCDQTMFDM RBGD GHMYTFDE 7 TRRBGMHSS TRRBGMHSS MFDO A B Q QQS LDQ TMC QTBJED KKD 2DBGSD E Q CDM KK TRCQ BJKHBGDM DMDGLHF HD 7DHSDQF AD RNVHD 6D 6 3 Cabinet cover 6...

Page 27: ...Uponor Combi Port BASE XU l Installation manual l 27 6 5 Flushing valve E O Z Z K E O Z Z K O K Z Z E O K Z Z E...

Page 28: ...KHDWLQJ YROXPH RZ SDVVHV WKURXJK the heat exchanger KHFN WKH YROXPH RZ GXULQJ PD LPXP GLVSHQVLQJ using heat meters Combi Port BASE XU 15 l min Combi Port BASE XU 21 l min Heat meter type not supporte...

Page 29: ...ntrol head setting Actuator for second safety not connected electrically Actuator for second safety closed without current Connect this electrically 6HWWLQJ 9 YDOXH RI RQH YDOYH LV QRW FRUUHFW KHFN WK...

Page 30: ...LVWXQJ LWHU PLQ 0 5 10 15 20 25 30 35 40 5 10 15 20 25 PD LPXP 8 Performance curves Primary heating demand and return temperatures Heating side primary Primary heating demand litre h Pressure losses e...

Page 31: ...5 10 15 20 25 Zapfleistung Liter min 65 C 70 C 0 00 5 00 10 00 15 00 20 00 25 00 30 00 35 00 40 00 45 00 50 00 55 00 5 10 15 20 25 PD LPXP Primary heating demand and return temperatures Primary heatin...

Page 32: ...25 DSIOHLVWXQJ LWHU PLQ 0 0 5 0 10 0 15 0 20 0 25 0 30 0 35 0 40 0 5 10 15 20 25 PD LPXP Primary heating demand and return temperatures Heating side primary Primary heating demand litre h Pressure lo...

Page 33: ...00 800 1000 1200 1400 1600 5 10 15 20 25 DSIOHLVWXQJ LWHU PLQ 0 5 10 15 20 25 30 35 40 45 5 10 15 20 25 PD LPXP Primary heating demand and return temperatures Primary heating demand litre h Return tem...

Page 34: ...10 0 15 0 20 0 25 0 30 0 35 0 40 0 5 10 15 20 25 30 PD LPXP Primary heating demand and return temperatures Heating side primary Primary heating demand litre h Pressure losses e g 0 05 bar for heat me...

Page 35: ...5 10 15 20 25 30 DSIOHLVWXQJ LWHU PLQ 0 5 10 15 20 25 30 35 40 45 5 10 15 20 25 30 PD LPXP Primary heating demand and return temperatures Primary heating demand litre h Return temperature C Cold water...

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