Convectoradiatoare pardoseala

50

105

83

105

55

50

173

15001200

55

105

50

263

Tec

hn

ica

l ca

talo

gu

e

PROGRAM ENERGETICSFloor Convectors

CON

TEN

TSFLOOR CONVECTORS

Floor ConvectorsApplication:Floor convectors are modern heating bodiesdesigned for primary heating, as well as forsecondary heating, combined with other primaryheating bodies (radiators, floor heating, fanconvectors, air conditioning devices, etc.). They are suitable for the heating of rooms with largeglazing surfaces: car showrooms, winter gardens,apartments, business, shopping and similarpremises. In addition to their heating function, theirfurther important functions are the prevention ofcondensation build-up on glazing, and fending-offinlet of cold air into the room.

Natural Convection Floor Convectors TK

Natural convection floor convectors principle ofoperation is natural air convection. They are designedfor secondary room heating. Their heating capacitiesrange from 0.07 kW to 3 kW, depending on theconvector size. They are distinguished for their silentoperation.

Forced Convection Floor Convectors TKV

TKV floor convectors principle of operation isforced convection, i.e. natural air circulation isboosted by means of a fan. They are suitable bothfor primary and secondary heating of rooms, inapplications requiring higher heating capacities.The heating capacity is a function of the convectorsize, and ranges from 0.13 kW to 10.5 kW.

Floor convector for humid conditions withforced or natural convection TKV-S/TK-STKV-S/TK-S floor convectors operate with forcedTKV-S or natural TK-S convection. They areparticularly suitable for heating of areas withincreased level of humidity such as swimmingpools or similar. At the forced convection version,the low voltage (12V) ventilation fan is installeddue to security reasons. Due to increased level ofhumidity, condensation collection tray is installed.Heating power range is between 0.13 kW and 4.3kW and depends on convection type and the sizeof the convector .

Cooling and Heating Floor Convectors TKH

In summer, the TKH floor convector draws in warmair from the areas around windows or hot walls,cools it in the heat exchanger, and feeds it backinto the room. This reduces heat gains due to heatroom envelope surfaces. In the cooling process, apart of moisture is extracted from the air; thisdehumidification also contributes to thermalcomfort. The TKH total cooling capacity range is0.4 kW to 1.7 kW.In winter, the TKH floor convector is applied forheating like any other floor convector: it heats coldair from the window area and returns it into theroom. The TKH heating capacity range is 0.9 kWto 4.2 kW.

SOFTWARE KLIMA TK 1.4The package allows the selection of a standardheating floor convector (TK, TKV and TKH types)either according to a specified convector length ora specified thermal capacity. Upon the entry ofbasic parameters, the package lists thecorresponding convector types with all availableaccessories. The convector type listing is a ready-to-use ordering key. The final calculation can beprinted, to document the calculation results alongwith all input parameters and technicalcharacteristics.



Floor convector for humid conditions with forced or natural convection TKV-S/TK-S


Software Kima TK 1.4

CON

TEN

TS

PROGRAM ENERGETICSHEATINGFloor Convectors

Floor Convectors TK, TKV, TKV-S/TK-S, TKH - General Information.............................................................................................................................2Natural Convection Floor Convectors TK...........................................................................................................................................................5

• TK Technical Data ..............................................................................................................................................................................................6Forced Convection Floor Convectors TKV .......................................................................................................................................................25

• TKV Technical Data .........................................................................................................................................................................................26Floor Convectors for humid conditions with forced or natural convection TKV-S/TK-S......................................................................................38Cooling and Heating Floor Convectors TKH...........................................................................................................................................................39

• TKH Technical data ..........................................................................................................................................................................................40Accessories ............................................................................................................................................................................................................44Ordering Key ..........................................................................................................................................................................................................48Instructions for Installation ................................................................................................................................................................................49

CONTENTS

22

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TK,

TKV,

TKV

-S/T

K-S,

TKH

FLOOR CONVECTORS GENERAL INFORMATION

TECHNICAL CATALOGUE IMP Klima d.o.o., Air conditioning systems production

Floor Convectors

Application:Floor convectors are modern heating bodiesdesigned for heating of business and shoppingpremises, car showrooms, hotels, apartments andother rooms. They serve either as primary heatingbodies or secondary heating bodies, combined withprimary heating bodies of other types (e.g. floorheating, radiators, fan convectors, air conditioningdevices, etc.) They are particularly suitable forapplication in all rooms with envelope walls exposedto low exterior temperatures (large windows or glasswalls, cold walls).

Benefits:

In rooms with large glazing envelope surfaces orcold envelope walls, it is difficult to establishcomfortable heating by means of conventionalheating bodies only. Temperature differencesbetween the glass surfaces and bulk air temperaturelead to cooling of air in the boundary layer alongthe wall and in turn, to its downwards flow andspreading across the entire room floor area, theresult being occupants’ discomfort. Especially whenoutside temperatures drop below 10 °C, it isvirtually impossible to maintain occupationalcomfort in rooms with large surface windows unlessauxiliary floor convector heating is used. Floor convectors further prevent condensationbuild-up on glass, as they maintain a layer of warmair adjacent to the glass surfaces. Floor convectors(in particular the TKV type) also prevent inlet of coldoutside air.

Functions:

• Room heating (primary or secondary heating)• Maintenance of uniform air circulation field in

the room, and thereby, uniform distribution of heat throughout the room

• Prevention of condensation build-up on glass surfaces

• Prevention of ingress of cold outside air through windows or doors, and thereby, prevention of draught inside the room

• Room cooling (TKH)• Heating of areas with increased humidity (TKV-

S/TK-S)

Operation:

Warm / cold air, which is accumulated on the floor, isheater / cooled with forced and natural convection onthe heat exchanger and returned back to the room.

A TKV type floor convector has a fan built in, to drawin cold air from the region close to the floor and afterheating the air, to feed it back into the room, in apattern providing an air curtain on the glass windowsurface. In this way, forced air circulation ismaintained in the room, providing faster, moreintensive and uniform heating than achievable bynatural convection (e.g. by means of radiators ornatural convection floor convectors).

Floor convector TKH has operation equal to TKVincluding cooling function.Floor convector TKV-S/TK-S is adapted for operationin humid conditions.

3



Types:• Natural convection floor convectors (type TK)

with single -, double - or triple - row heat exchanger• Forced convection floor convectors (type TKV)

with single -, double - or triple - row heat exchanger• Floor convectors for humid areas with forced (type

TKV-S) or natural convection (type TK-S) with single -, double - or triple - row heat exchanger

• Floor convectors with forced convection andcooling function (type TKH)

Characteristics:• Large heating and cooling capacity and

high product quality • Easy connection to a single - or dual-pipe

system, like with conventional radiators • Small water content and fast heating of the room• Installation into the floor, hence no occupation

of floor area • Installation in humid areas• Variety of control accessories available • Options to combine natural and forced convection • Variety of special designs available

(corner designs, rounded contours, variety of-on grilles)

• Nice appearance • Easy installation, operation and maintenance

FLO

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TK,

TKV,

TKV

-S/T

K-S,

TKH



Floor convector for humid conditions with forced or natural convection TKV-S/TK-S


4

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Heating capacity and pressure drop measurements on the water side (TK,TKV) have been performed by HLK Stuttgart, Germany, according to DIN4704-2, 4, 5 / DIN 442-2 standards.

Heating and cooling capacitiy measurements (on TKH) have beenperformed by University of Ljubljana, Faculty of Mechanical Engineering,Ljubljana, Slovenia, based on Eurovent 6/3 (1996), EN 442 standards.

Acoustic pressure and acoustical power measurements have beenperformed on EBMPAPST, Landshut, Germany, according to ISO 3745 andDIN 45635/1. standards.

Conformance measurements and certification were performed by SIQ,Ljubljana, Slovenia.


5

21 3

NATURAL CONVECTION FLOOR CONVECTORS TK


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TK


Application:Natural convection floor convectors are appliedbasically as secondary heating bodies, incombination with other primary heating bodies(also in combination with TKV’s serving asprimary heating bodies). They are installed to thefloor, in the immediate proximity of windows,doors and other cooling surfaces.They are used for prevention of condensation onglass surfaces, reduction of the convection effectfrom cold surfaces, and prevention of inlet of coldoutside air through doors. Floor convectors withnatural convection feature silent operation.

Operation:Natural convection floor convectors apply theprinciple of natural circulation of air. Cold airenters into the floor convector, warm in the heatexchangers and rises into the room.

TK Components (Basic Design):1. Heat exchanger,2. Grille,3. Housing.

Types:TK floor convectors are available in 33 lengthsfrom 800 mm to 5000 mm, in three widths of 200mm, 300 mm and 400 mm, and in three heightsof 70 mm, 105 mm and 140 mm.In the range below 3000 mm, lengths areavailable in the increments of 100 mm, up to3000 mm lengths are available in the incrementsof 200 mmAt heights of 70 and 105 mm, single-heatexchangers are installed, while at height of 140mm, double-heat exchangers are installed.

Control Accessories:The basic design has no water side controlcomponents. They have to be ordered as options(01, ..., 06) to the basis version.

Type Housing length L Heat exchanger length K Width Height(mm) (mm) (mm) (mm)

TK-XXXxXXxXX/0/ 800 - 5000 L - 400 200, 300, 400 70, 105, 140

Floor convector TK dimensions:

6

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TKNATURAL CONVECTION FLOOR CONVECTORS TK TECHNICAL DATA


Housing length L Heat exchanger length K(mm) (mm) 75 °C / 65 °C / 20 °C 90 °C / 70 °C / 20 °C

800 400Heating capacity (W) 73 99

Water flow (kg/h) 6.3 4.3Heating capacity (W) 91 123

900 500 Water flow (kg/h) 7.9 5.3



1100 700 Water flow (kg/h) 11.0 7.4



1300 900 Water flow (kg/h) 14.0 9.4



1500 1100 Water flow (kg/h) 17.1 11.5



1700 1300 Water flow (kg/h) 20.2 13.6



1900 1500 Water flow (kg/h) 23.3 15.6



2100 1700 Water flow (kg/h) 26.4 17.7



2300 1900 Water flow (kg/h) 29.5 19.8



2500 2100 Water flow (kg/h) 32.5 21.9



2700 2300 Water flow (kg/h) 35.6 23.9



2900 2500 Water flow (kg/h) 38.7 26.0



3200 2800 Water flow (kg/h) 43.3 29.1



3600 3200 Water flow (kg/h) 49.5 33.2



4000 3600 Water flow (kg/h) 55.7 37.4



4400 4000 Water flow (kg/h) 61.8 41.5



4800 4400 Water flow (kg/h) 68.0 45.7


Water flow (kg/h) 71.1 47.7

TK-XXXx20x07/0/

7

200

L

K = L - 400

7979

42

70

30

3050


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Water inlet temperature 75 °CAir temperature 20 °C

Housing length L Heat exchanger length K(mm) (mm) 125 kg/h 250 kg/h 360 kg/h800 400 Heating capacity (W) 99 100 100900 500 Heating capacity (W) 123 124 1241000 600 Heating capacity (W) 147 148 1481100 700 Heating capacity (W) 170 172 1721200 800 Heating capacity (W) 194 196 1971300 900 Heating capacity (W) 217 220 2211400 1000 Heating capacity (W) 240 244 2451500 1100 Heating capacity (W) 262 267 2691600 1200 Heating capacity (W) 285 291 2931700 1300 Heating capacity (W) 307 315 3171800 1400 Heating capacity (W) 329 338 3401900 1500 Heating capacity (W) 350 362 3642000 1600 Heating capacity (W) 372 385 3882100 1700 Heating capacity (W) 393 408 4122200 1800 Heating capacity (W) 413 431 4352300 1900 Heating capacity (W) 434 454 4592400 2000 Heating capacity (W) 454 477 4822500 2100 Heating capacity (W) 475 500 5062600 2200 Heating capacity (W) 494 523 5292700 2300 Heating capacity (W) 514 545 5532800 2400 Heating capacity (W) 534 567 5762900 2500 Heating capacity (W) 553 590 5993000 2600 Heating capacity (W) 572 612 6223200 2800 Heating capacity (W) 610 655 6683400 3000 Heating capacity (W) 647 699 7143600 3200 Heating capacity (W) 684 741 7593800 3400 Heating capacity (W) 720 783 8044000 3600 Heating capacity (W) 755 825 8484200 3800 Heating capacity (W) 790 866 8924400 4000 Heating capacity (W) 825 907 9364600 4200 Heating capacity (W) 859 947 9794800 4400 Heating capacity (W) 892 987 10225000 4600 Heating capacity (W) 926 1027 1065

TK-XXXx20x07/0/

NATURAL CONVECTION FLOOR CONVECTORS TK TECHNICAL DATA

8




900 500 Water flow (kg/h) 14.8 9.7



1100 700 Water flow (kg/h) 19.6 12.7



1300 900 Water flow (kg/h) 24.3 15.8



1500 1100 Water flow (kg/h) 29.0 18.9



1700 1300 Water flow (kg/h) 33.7 22.0



1900 1500 Water flow (kg/h) 38.5 25.0



2100 1700 Water flow (kg/h) 43.2 28.1



2300 1900 Water flow (kg/h) 47.9 31.2



2500 2100 Water flow (kg/h) 52.6 34.3



2700 2300 Water flow (kg/h) 57.4 37.4



2900 2500 Water flow (kg/h) 62.1 40.4



3200 2800 Water flow (kg/h) 69.2 45.1



3600 3200 Water flow (kg/h) 78.6 51.2



4000 3600 Water flow (kg/h) 88.1 57.4



4400 4000 Water flow (kg/h) 97.5 63.5



4800 4400 Water flow (kg/h) 107.0 69.7



TK-XXXx30x07/0/

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9

L

K = L - 400

30

3050

70

300

84.5

131

84.5



TK-XXXx30x07/0/



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10

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900 500 Water flow (kg/h) 20.3 13.1



1100 700 Water flow (kg/h) 27.3 17.6



1300 900 Water flow (kg/h) 34.3 22.1



1500 1100 Water flow (kg/h) 41.3 26.6



1700 1300 Water flow (kg/h) 48.3 31.1



1900 1500 Water flow (kg/h) 55.3 35.6



2100 1700 Water flow (kg/h) 62.3 40.1



2300 1900 Water flow (kg/h) 69.3 44.6



2500 2100 Water flow (kg/h) 76.3 49.1



2700 2300 Water flow (kg/h) 83.3 53.6



2900 2500 Water flow (kg/h) 90.3 58.2



3200 2800 Water flow (kg/h) 100.8 64.9



3600 3200 Water flow (kg/h) 114.8 73.9



4000 3600 Water flow (kg/h) 128.8 82.9



4400 4000 Water flow (kg/h) 142.8 91.9



4800 4400 Water flow (kg/h) 156.8 100.9



TK-XXXx40x07/0/

11

400

L

K = L - 400

50 30

30

70

216

9292



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TK-XXXx40x07/0/

12

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900 500 Water flow (kg/h) 11.9 7.7



1100 700 Water flow (kg/h) 15.8 10.3



1300 900 Water flow (kg/h) 19.6 12.8



1500 1100 Water flow (kg/h) 23.5 15.3



1700 1300 Water flow (kg/h) 27.4 17.8



1900 1500 Water flow (kg/h) 31.3 20.4



2100 1700 Water flow (kg/h) 35.2 22.9



2300 1900 Water flow (kg/h) 39.0 25.4



2500 2100 Water flow (kg/h) 42.9 28.0



2700 2300 Water flow (kg/h) 46.8 30.5



2900 2500 Water flow (kg/h) 50.7 33.0



3200 2800 Water flow (kg/h) 56.5 36.8



3600 3200 Water flow (kg/h) 64.2 41.9



4000 3600 Water flow (kg/h) 72.0 46.9



4400 4000 Water flow (kg/h) 79.8 52.0



4800 4400 Water flow (kg/h) 87.5 57.0



TK-XXXx20x10/0/

13

L

K = L - 400

50

50 30

105

200

7979

42



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TK-XXXx20x10/0/

14

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900 500 Water flow (kg/h) 19.8 12.5



1100 700 Water flow (kg/h) 26.1 16.5



1300 900 Water flow (kg/h) 32.3 20.5



1500 1100 Water flow (kg/h) 38.6 24.5



1700 1300 Water flow (kg/h) 44.9 28.5



1900 1500 Water flow (kg/h) 51.2 32.5



2100 1700 Water flow (kg/h) 57.5 36.4



2300 1900 Water flow (kg/h) 63.8 40.4



2500 2100 Water flow (kg/h) 70.1 44.4



2700 2300 Water flow (kg/h) 76.4 48.4



2900 2500 Water flow (kg/h) 82.7 52.4



3200 2800 Water flow (kg/h) 92.2 58.4



3600 3200 Water flow (kg/h) 104.7 66.4



4000 3600 Water flow (kg/h) 117.3 74.3



4400 4000 Water flow (kg/h) 129.9 82.3



4800 4400 Water flow (kg/h) 142.5 90.3



TK-XXXx30x10/0/

15

L

K = L - 400

50

50 30

105

300

8585

130



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TK-XXXx30x10/0/

16

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900 500 Water flow (kg/h) 27.4 17.2



1100 700 Water flow (kg/h) 35.9 22.5



1300 900 Water flow (kg/h) 44.4 27.8



1500 1100 Water flow (kg/h) 52.9 33.2



1700 1300 Water flow (kg/h) 61.4 38.5



1900 1500 Water flow (kg/h) 69.8 43.8



2100 1700 Water flow (kg/h) 78.3 49.1



2300 1900 Water flow (kg/h) 86.8 54.4



2500 2100 Water flow (kg/h) 95.3 59.7



2700 2300 Water flow (kg/h) 103.8 65.0



2900 2500 Water flow (kg/h) 112.2 70.4



3200 2800 Water flow (kg/h) 125.0 78.3



3600 3200 Water flow (kg/h) 141.9 89.0



4000 3600 Water flow (kg/h) 158.9 99.6



4400 4000 Water flow (kg/h) 175.8 110.2



4800 4400 Water flow (kg/h) 192.8 120.9



TK-XXXx40x10/0/

17

L

K = L - 400

50

50 30

105

400

86.3

216

97.8



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TK-XXXx40x10/0/

18

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900 500 Water flow (kg/h) 13.3 8.9



1100 700 Water flow (kg/h) 17.9 11.9



1300 900 Water flow (kg/h) 22.4 15.0



1500 1100 Water flow (kg/h) 27.0 18.1



1700 1300 Water flow (kg/h) 31.6 21.1



1900 1500 Water flow (kg/h) 36.2 24.2



2100 1700 Water flow (kg/h) 40.7 27.2



2300 1900 Water flow (kg/h) 45.3 30.3



2500 2100 Water flow (kg/h) 49.9 33.3



2700 2300 Water flow (kg/h) 54.5 36.4



2900 2500 Water flow (kg/h) 59.0 39.5



3200 2800 Water flow (kg/h) 65.9 44.0



3600 3200 Water flow (kg/h) 75.1 50.2



4000 3600 Water flow (kg/h) 84.2 56.3



4400 4000 Water flow (kg/h) 93.4 62.4



4800 4400 Water flow (kg/h) 102.5 68.5



TK-XXXx20x14/0/

19

L

K = L - 400

49.5

30

55.5

35

140

200

8043

77



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TK-XXXx20x14/0/

20

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900 500 Water flow (kg/h) 21.5 13.9



1100 700 Water flow (kg/h) 29.1 18.8



1300 900 Water flow (kg/h) 36.6 23.7



1500 1100 Water flow (kg/h) 44.1 28.6



1700 1300 Water flow (kg/h) 51.7 33.5



1900 1500 Water flow (kg/h) 59.2 38.4



2100 1700 Water flow (kg/h) 66.8 43.3



2300 1900 Water flow (kg/h) 74.3 48.2



2500 2100 Water flow (kg/h) 81.8 53.1



2700 2300 Water flow (kg/h) 89.4 57.9



2900 2500 Water flow (kg/h) 96.9 62.8



3200 2800 Water flow (kg/h) 108.2 70.2



3600 3200 Water flow (kg/h) 123.3 79.9



4000 3600 Water flow (kg/h) 138.4 89.7



4400 4000 Water flow (kg/h) 153.5 99.5



4800 4400 Water flow (kg/h) 168.6 109.3



TK-XXXx30x14/0/

21

L

K = L - 400

49.5

30

55.5

35

140

300

105

105

90



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TK-XXXx30x14/0/

22

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900 500 Water flow (kg/h) 35.0 22.5



1100 700 Water flow (kg/h) 45.9 29.4



1300 900 Water flow (kg/h) 56.7 36.3



1500 1100 Water flow (kg/h) 67.5 43.4



1700 1300 Water flow (kg/h) 78.4 50.2



1900 1500 Water flow (kg/h) 89.2 57.2



2100 1700 Water flow (kg/h) 100.0 64.1



2300 1900 Water flow (kg/h) 110.9 71.1



2500 2100 Water flow (kg/h) 121.7 78.0



2700 2300 Water flow (kg/h) 132.5 84.9



2900 2500 Water flow (kg/h) 143.4 91.9



3200 2800 Water flow (kg/h) 159.6 102.3



3600 3200 Water flow (kg/h) 181.3 116.2



4000 3600 Water flow (kg/h) 202.9 130.1



4400 4000 Water flow (kg/h) 224.6 144.0



4800 4400 Water flow (kg/h) 246.3 157.8



TK-XXXx40x14/0/

23

L

K = L - 400

49.5

30

55.5

35

140

400

177

117

106



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TK-XXXx40x14/0/

24

200 mm 300 mm 400 mm

200 mm 300 mm 400 mm

70 mm

105 mm

140 mm

105 mm

140 mm

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TKNATURAL AND FORCED CONVECTION FLOOR CONVECTORS TK, TKV TECHNICAL DATA



Heating capacity: 70 - 3000 W (75 °C/65 °C/20 °C)Length: 800 - 5000 mm

up to 3000 mm increment is 100 mmabove to 3000 mm increment is 200 mm

Width: 200, 300, 400 mmHeight: 70, 105, 140 mm


Heating capacity: 130 W - 10500 W (75 °C/65 °C/20 °C)Length: 1100 - 5000 mm

up to 3000 mm increment is 100 mmabove to 3000 mm increment is 200 mm

Width: 200, 300, 400 mmHeight: 105, 140 mmNumber of fans: 1 - 5Fan speed: MAX-MED-MIN-STOP

25

4213 5

FORCED CONVECTION FLOOR CONVECTORS TKV


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Type Housing length L Heat exchanger length K Width Height(mm) (mm) (mm) (mm)

TKV-XXXxXXxXX/X/ 1100 - 5000 L - 400 200, 300, 400 105, 140

Housing length L Maximum number of fans(mm)

1100 - 1600 11700 - 2500 22600 - 3200 33400 - 4000 44200 - 5000 5

Floor convector TK dimensions:

Number of fans:

Forced Convection Floor Convectors TKVApplication:Floor convectors with forced convection areparticularly suitable for primary or secondaryheating of rooms, where faster heating and largeheating capacities are required. They are suitablefor application in all rooms with envelope wallsexposed to low exterior temperatures (largewindows or glass walls, cold walls,...), as theoccupancy comfort in a room depends on theuniform distribution of heat in the room. They are used for prevention of condensation onglass surfaces, reduction of the convection effectfrom cold surfaces, and prevention of inlet of coldoutside air through doors.Floor convectors with forced convection featurelow noise level during low fan speeds.

Operation:Forced convection floor convectors apply theprinciple of forced air circulation, maintained bothby means of a tangential fan and by naturalconvectionand. Cold air enters into the floorconvector, warms in the heat exchanger and risesinto the room. Increased volume flow ratecontributes to uniform distribution of heat in theroom and improved occupancy comfort.

TKV Components (Basic Design):1. Heat exchanger,2. Tangential fan (with IP 44 protection),3. Electric connection socket,4. Grille,5. Housing.

Types:TK floor convectors are available in 30 lengthsfrom 1100 mm to 5000 mm, in three widths of200 mm, 300 mm and 400 mm, and in twoheights of 105 mm and 140 mm.In the range below 3000 mm, lengths are availablein the increments of 100 mm, up to 3000 mmlengths are available in the increments of 200 mmAt height of 105 mm, single-heat exchangers areinstalled, while at height of 140 mm, double-heatexchangers are installed Three level fan speed isavailable.

Control Accessories:Options: between 01 and 09R.Note: if a single floor convector is attached to eachroom thermostat, accessory 09T is required. In caseof two or more floor convectors are attached to eachroom thermostat, one 09T is required and additional09R units. Total amount of 09R units must be equalto the number of attached convectors. Note: accessory 06 (two way valve with electricalthermostat head) can be installed to forcedconvection convectors only. When the thermostatturns off motors, the valve closes water supply andprevents natural convection. Valve closing time is 4minutes.Mandatory accessory for the forced convection floorconvector (TKV and TKH) is room thermostat 09T(+09R) with three-stage setting switch (MIN - MED -MAX), ON/OFF switch and HEATING/COOLINGswitch.Basic version does not include regulation elementson the water supply side. They have to be ordered asoptions (01, ..., 06) to the basis version.

26

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TKV

FORCED CONVECTION FLOOR CONVECTORS TKV TECHNICAL DATA


Housing length L Heat exchanger Number 75 °C / 65 °C / 20 °C 90 °C / 70 °C / 20 °C(mm) length K (mm) of fans STOP MIN MED MAX STOP MIN MED MAX

1100 700 1Heating capacity (W) 125 520 694 972 163 612 807 1124

Water flow (kg/h) 10.7 44.6 59.5 83.3 7.0 26.3 34.6 48.2Heating capacity (W) 146 542 716 993 191 638 833 1150

1200 800 1 Water flow (kg/h) 12.6 46.5 61.4 85.2 8.2 27.4 35.7 49.3



1400 100 1 Water flow (kg/h) 16.3 50.2 65.1 88.9 10.6 29.7 38.1 51.8



1600 1200 1 Water flow (kg/h) 20.1 53.9 68.9 92.7 13.1 32.2 40.7 54.5



1800 1400 2 Water flow (kg/h) 21.5 89.2 119.1 166.7 14.0 52.5 69.3 96.4



2000 1600 2 Water flow (kg/h) 25.2 93.0 122.8 170.4 16.4 54.8 71.5 98.6



2200 1800 2 Water flow (kg/h) 28.9 96.7 126.6 174.1 18.8 57.1 73.8 101.0



2400 2000 2 Water flow (kg/h) 32.6 100.4 130.3 177.9 21.3 59.4 76.2 103.6



2600 2200 2 Water flow (kg/h) 36.4 104.2 134.0 181.6 23.7 61.9 78.8 106.2



2800 2400 2 Water flow (kg/h) 40.1 107.9 137.7 185.3 26.1 64.4 81.3 108.9



3000 2600 2 Water flow (kg/h) 43.8 111.6 141.5 189.0 28.6 66.9 83.9 111.7



3400 3000 2 Water flow (kg/h) 51.3 119.1 148.9 196.5 33.4 72.0 89.2 117.3



3800 3400 2 Water flow (kg/h) 58.8 126.6 156.4 204.0 38.3 77.2 94.6 123.0



4200 3800 2 Water flow (kg/h) 66.2 134.0 163.9 211.4 43.1 82.4 100.0 128.7



4600 4200 2 Water flow (kg/h) 73.7 141.5 171.3 218.9 48.0 87.6 105.4 134.4



5000 4600 2 Water flow (kg/h) 81.1 148.9 178.8 226.4 52.9 92.8 110.8 140.1

TKV-XXXx20x10/X/

27

L

K = L - 400

3050

50

105

200

122

4335



FLO

OR

CO

NVE

CTO

RS

TKV


Housing Heat exchanger Number 125 kg/h 250 kg/h 360 kg/hlength L length K of fans STOP MIN MED MAX STOP MIN MED MAX STOP MIN MED MAX1100 700 1 Heating capacity (W) 164 603 775 1034 166 641 835 1130 166 651 855 11701200 800 1 Heating capacity (W) 192 626 796 1054 195 667 859 1153 195 678 881 11941300 900 1 Heating capacity (W) 220 648 817 1074 223 692 884 1176 224 705 907 12191400 1000 1 Heating capacity (W) 247 671 838 1094 252 718 909 1200 253 732 934 12441500 1100 1 Heating capacity (W) 274 693 860 1114 280 744 934 1224 281 759 960 12701600 1200 1 Heating capacity (W) 301 715 881 1134 308 769 959 1248 310 786 987 12961700 1300 2 Heating capacity (W) 294 1079 1381 1835 301 1185 1529 2048 303 1229 1597 21531800 1400 2 Heating capacity (W) 321 1098 1400 1853 329 1207 1550 2068 331 1253 1619 21741900 1500 2 Heating capacity (W) 347 1118 1418 1870 357 1230 1571 2088 360 1277 1642 21962000 1600 2 Heating capacity (W) 372 1137 1437 1886 385 1252 1592 2108 388 1301 1665 22172100 1700 2 Heating capacity (W) 398 1157 1455 1903 413 1274 1613 2128 417 1325 1688 22392200 1800 2 Heating capacity (W) 422 1176 1473 1920 441 1297 1635 2148 445 1349 1711 22602300 1900 2 Heating capacity (W) 447 1195 1491 1936 468 1319 1656 2168 473 1373 1734 22822400 2000 2 Heating capacity (W) 471 1214 1509 1952 495 1342 1677 2188 501 1398 1757 23042500 2100 2 Heating capacity (W) 495 1233 1527 1968 523 1364 1699 2208 529 1422 1780 23262600 2200 2 Heating capacity (W) 519 1252 1545 1984 549 1386 1720 2228 557 1446 1804 23482700 2300 2 Heating capacity (W) 542 1271 1562 2000 576 1409 1741 2248 585 1470 1827 23702800 2400 2 Heating capacity (W) 566 1290 1580 2016 603 1431 1763 2268 612 1494 1850 23922900 2500 2 Heating capacity (W) 588 1309 1598 2031 629 1453 1784 2288 640 1518 1873 24143000 2600 2 Heating capacity (W) 611 1327 1615 2047 655 1475 1805 2308 667 1542 1896 24363200 2800 2 Heating capacity (W) 656 1364 1649 2077 707 1519 1847 2347 722 1590 1943 24803400 3000 2 Heating capacity (W) 700 1401 1683 2107 758 1563 1889 2386 776 1638 1989 25243600 3200 2 Heating capacity (W) 743 1437 1717 2137 808 1607 1931 2425 829 1685 2034 25673800 3400 2 Heating capacity (W) 785 1473 1750 2166 858 1650 1972 2464 882 1733 2080 26104000 3600 2 Heating capacity (W) 827 1508 1783 2195 907 1693 2013 2502 935 1779 2125 26534200 3800 2 Heating capacity (W) 868 1543 1816 2223 955 1735 2054 2540 987 1826 2169 26954400 4000 2 Heating capacity (W) 909 1577 1848 2251 1003 1777 2094 2578 1038 1872 2214 27374600 4200 2 Heating capacity (W) 949 1612 1880 2279 1050 1819 2134 2615 1089 1917 2258 27794800 4400 2 Heating capacity (W) 988 1645 1911 2307 1097 1860 2174 2652 1139 1963 2302 28215000 4600 2 Heating capacity (W) 1028 1679 1942 2334 1143 1901 2213 2689 1189 2008 2345 2862

TKV-XXXx20x10/X/

28

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TKV






1200 800 1 Water flow (kg/h) 21.9 68.6 89.3 129.8 13.9 40.4 52.5 75.3



1400 100 1 Water flow (kg/h) 28.1 74.8 95.5 136.0 17.8 44.2 56.4 79.3



1600 1200 1 Water flow (kg/h) 34.4 81.1 101.8 142.3 21.8 48.2 60.4 83.5



1800 1400 2 Water flow (kg/h) 37.5 130.9 172.3 253.3 23.8 77.0 101.3 146.9



2000 1600 2 Water flow (kg/h) 43.7 137.2 178.6 259.6 27.7 80.7 105.0 150.6



2200 1800 2 Water flow (kg/h) 50.0 143.4 184.8 265.8 31.7 84.5 108.9 154.5



2400 2000 2 Water flow (kg/h) 56.2 149.7 191.1 272.1 35.6 88.4 112.8 158.5



2600 2200 2 Water flow (kg/h) 62.5 155.9 197.3 278.3 39.6 92.3 116.8 162.7



2800 2400 2 Water flow (kg/h) 68.7 162.2 203.6 284.6 43.5 96.3 120.9 166.9



3000 2600 2 Water flow (kg/h) 75.0 168.4 209.8 290.8 47.5 100.3 125.0 171.3



3400 3000 2 Water flow (kg/h) 87.5 180.9 222.3 303.3 55.4 108.5 133.3 180.0



3800 3400 2 Water flow (kg/h) 100.0 193.4 234.8 315.8 63.3 116.7 141.7 188.8



4200 3800 2 Water flow (kg/h) 112.5 205.9 247.3 328.3 71.3 125.0 150.1 197.6



4600 4200 2 Water flow (kg/h) 125.0 218.4 259.8 340.8 79.2 133.3 158.5 206.5



5000 4600 2 Water flow (kg/h) 137.5 230.9 272.3 353.3 87.1 141.6 166.9 215.3

TKV-XXXx30x10/X/

29

L

K = L - 400

105

3050

30

3413

013

0

300



FLO

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TKV



TKV-XXXx30x10/X/

30

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TKV






1200 800 1 Water flow (kg/h) 29.8 86.5 115.3 159.3 18.7 51.1 67.9 92.9



1400 100 1 Water flow (kg/h) 38.0 94.8 123.5 167.5 23.8 56.1 72.9 98.0



1600 1200 1 Water flow (kg/h) 46.2 103.0 131.8 175.7 29.0 61.3 78.2 103.4



1800 1400 2 Water flow (kg/h) 51.4 164.9 222.4 310.3 32.2 97.3 130.8 180.9



2000 1600 2 Water flow (kg/h) 59.6 173.1 230.6 318.5 37.3 102.2 135.7 185.8



2200 1800 2 Water flow (kg/h) 67.8 181.3 238.9 326.7 42.5 107.2 140.7 190.8



2400 2000 2 Water flow (kg/h) 76.0 189.5 247.1 335.0 47.6 112.2 145.9 196.1



2600 2200 2 Water flow (kg/h) 84.2 197.7 255.3 343.2 52.8 117.4 151.1 204.1



2800 2400 2 Water flow (kg/h) 92.4 205.9 263.5 351.4 58.0 122.5 156.3 206.8



3000 2600 2 Water flow (kg/h) 100.7 214.2 271.7 359.6 63.1 127.8 161.6 212.3



3400 3000 2 Water flow (kg/h) 117.1 230.6 288.2 376.1 73.4 138.3 172.4 223.5



3800 3400 2 Water flow (kg/h) 133.5 247.0 304.6 392.5 83.7 148.9 183.2 234.7



4200 3800 2 Water flow (kg/h) 150.0 263.5 321.0 408.9 94.0 159.5 194.0 245.9



4600 4200 2 Water flow (kg/h) 166.4 279.9 337.5 425.4 104.3 170.2 204.9 257.1



5000 4600 2 Water flow (kg/h) 182.8 296.3 353.9 441.8 114.6 180.9 215.8 268.3

TKV-XXXx40x10/X/

31

50

3050

105

L

K = L - 400

400

149

3521

6



FLO

OR

CO

NVE

CTO

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TKV



TKV-XXXx40x10/X/

32

FLO

OR

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TKV






1200 800 1 Water flow (kg/h) 14.8 55.6 79.2 117.1 9.9 32.7 45.8 68.3



1400 100 1 Water flow (kg/h) 19.1 60.0 83.6 121.4 12.8 35.5 48.7 71.3



1600 1200 1 Water flow (kg/h) 23.5 64.4 87.9 125.8 15.7 38.5 51.9 74.7



1800 1400 2 Water flow (kg/h) 25.1 106.8 154.0 229.8 16.8 62.8 89.1 133.9



2000 1600 2 Water flow (kg/h) 29.5 111.2 158.4 234.1 19.7 65.4 91.7 136.6



2200 1800 2 Water flow (kg/h) 33.9 115.6 162.7 238.5 22.6 68.1 94.5 139.5



2400 2000 2 Water flow (kg/h) 38.3 120.0 167.1 242.9 25.6 71.0 97.5 142.7



2600 2200 2 Water flow (kg/h) 42.6 124.3 171.5 247.3 28.5 73.9 100.5 146.0



2800 2400 2 Water flow (kg/h) 47.0 128.7 175.9 251.6 31.4 76.9 103.7 149.4



3000 2600 2 Water flow (kg/h) 51.4 133.1 180.2 256.0 34.3 80.0 107.0 152.9



3400 3000 2 Water flow (kg/h) 60.1 141.8 189.0 264.8 40.2 86.2 113.6 160.0



3800 3400 2 Water flow (kg/h) 68.9 150.6 197.7 273.5 46.0 92.5 120.3 167.2



4200 3800 2 Water flow (kg/h) 77.6 159.3 206.5 282.2 51.9 98.9 127.1 174.4



4600 4200 2 Water flow (kg/h) 86.4 168.1 215.2 291.0 57.7 105.2 133.9 181.5



5000 4600 2 Water flow (kg/h) 95.1 176.8 224.0 299.7 63.5 111.7 140.6 188.6

TKV-XXXx20x14/X/

33

L

K = L - 400

140

30

49.5

55.5

3520

0

123

4334



FLO

OR

CO

NVE

CTO

RS

TKV



TKV-XXXx20x14/X/

34

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TKV






1200 800 1 Water flow (kg/h) 25.9 76.2 104.1 152.7 16.8 45.2 61.0 88.8



1400 100 1 Water flow (kg/h) 33.3 83.6 111.5 160.0 21.6 49.8 65.7 93.6



1600 1200 1 Water flow (kg/h) 40.7 91.0 118.9 167.4 26.4 54.5 70.6 98.8



1800 1400 2 Water flow (kg/h) 44.4 145.0 200.9 297.9 28.8 85.9 117.6 173.2



2000 1600 2 Water flow (kg/h) 51.7 152.4 208.2 305.3 33.5 90.3 122.1 177.7



2200 1800 2 Water flow (kg/h) 59.1 159.8 215.6 312.7 38.8 94.9 126.6 182.3



2400 2000 2 Water flow (kg/h) 66.5 167.2 223.0 320.1 43.1 99.5 131.4 187.2



2600 2200 2 Water flow (kg/h) 73.9 174.6 230.4 327.5 47.9 104.3 136.2 192.3



2800 2400 2 Water flow (kg/h) 81.3 182.0 237.8 334.9 52.7 109.1 141.2 197.6



3000 2600 2 Water flow (kg/h) 88.7 189.4 245.2 342.3 57.5 114.0 146.2 202.9



3400 3000 2 Water flow (kg/h) 103.5 204.2 260.0 357.1 67.1 123.8 156.4 213.6



3800 3400 2 Water flow (kg/h) 118.3 219.0 274.8 371.8 76.7 133.8 166.7 224.5



4200 3800 2 Water flow (kg/h) 133.1 233.8 289.6 386.6 86.3 143.9 177.1 235.4



4600 4200 2 Water flow (kg/h) 147.8 248.5 304.3 401.4 95.8 154.0 187.5 246.4



5000 4600 2 Water flow (kg/h) 162.6 263.3 319.1 416.2 105.4 164.1 197.9 257.2

TKV-XXXx30x14/X/

35

L

K = L - 400

140

30

55.5

49.5

3530

0

155.

590

54.5



FLO

OR

CO

NVE

CTO

RS

TKV



TKV-XXXx30x14/X/

36




1200 800 1 Water flow (kg/h) 38.0 85.9 116.3 173.1 24.4 51.5 68.5 100.8



1400 100 1 Water flow (kg/h) 48.5 96.4 126.8 183.6 31.1 58.0 75.0 107.4



1600 1200 1 Water flow (kg/h) 59.0 106.9 137.3 194.1 37.8 64.7 81.7 114.4



1800 1400 2 Water flow (kg/h) 65.6 161.2 222.2 335.7 42.0 96.7 130.7 195.3



2000 1600 2 Water flow (kg/h) 76.1 171.7 232.7 346.2 48.8 103.1 137.0 201.6



2200 1800 2 Water flow (kg/h) 86.6 182.2 243.2 356.7 55.5 109.5 143.4 208.1



2400 2000 2 Water flow (kg/h) 97.1 192.7 253.7 367.2 62.2 116.0 150.0 214.8



2600 2200 2 Water flow (kg/h) 107.6 203.2 264.1 377.6 69.0 122.7 156.7 221.7



2800 2400 2 Water flow (kg/h) 118.1 213.7 274.6 388.1 75.7 129.3 163.5 228.8



3000 2600 2 Water flow (kg/h) 128.6 224.2 285.1 398.6 82.4 136.1 170.3 235.9



3400 3000 2 Water flow (kg/h) 149.6 245.2 306.1 419.6 95.9 149.7 184.3 250.5



3800 3400 2 Water flow (kg/h) 170.6 266.2 327.1 440.6 109.3 163.4 198.3 265.1



4200 3800 2 Water flow (kg/h) 191.5 287.2 348.1 461.6 122.8 177.2 212.4 279.9



4600 4200 2 Water flow (kg/h) 212.5 308.2 369.1 482.6 136.2 191.1 226.6 294.6



5000 4600 2 Water flow (kg/h) 233.5 329.2 390.1 503.6 149.7 204.9 240.8 309.4

TKV-XXXx40x14/X/

FLO

OR

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CTO

RS

TKV



37

L

K = L - 400

400

400

176.

755

.3

140

30

3555

.549

.5



TKV-XXXx40x14/X/



FLO

OR

CO

NVE

CTO

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TKV

38

642153

FLO

OR

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RS

TKV-

S/TK

-SFLOOR CONVECTORS FOR HUMID CONDITIONS WITH FORCED OR NATURAL CONVECTION TKV-S/TK-S


Tip Housing length L Heat exchanger length K Width Height(mm) (mm) (mm) (mm)

TKV-S-XXXxXXxXX/X/ 1100 - 2500 L - 400 200, 300, 400 140TK-S-XXXxXXxXX/0/ 1100 - 2500 L - 400 200, 300, 400 140

Number of fans:

Housing length L Maximum number of fans(mm)

1100 - 1600 11700 - 2500 2

Floor convector TKV-S/TK-S dimensions:

Floor convectors for humid conditions with forced ornatural convection TKV-S/TK-S

Application:Floor convectors with forced convection are particularlysuitable for primary or secondary heating of rooms,where faster heating and large heating capacities arerequired. Due to high level of humidity in the room, 12 Vfan and condensation collection tray are installed. Theyare suitable for application in all rooms with envelopewalls exposed to low exterior temperatures (largewindows or glass walls, cold walls,...), as the occupancycomfort in a room depends on the uniform distributionof heat in the room. They are used for prevention of condensation on glasssurfaces, reduction of the convection effect from coldsurfaces, and prevention of ingress of cold outside airthrough doors.Floor convectors with forced convection feature lownoise level during low fan speeds.

Operation:Forced convection floor convectors apply the principle offorced air circulation, maintained both by means of atangential fan and by natural convection. Cold air enters into the floor convector, warm in the heatexchanger and rises into the room.Increased volume flow rate contributes to uniformdistribution of heat in the room and improved occupancycomfort.

TKV-S/TK-S (Basic Design) Components:1. Heat exchanger,2. Tangential fan 12 V (not for TK-S),3. Electric connection socket (not for TK-S),4. Grille,5. Condensation collection drip tray,6. Housing.

Types:TKV-S/TK-S floor convectors are available in 15 lengthsfrom 1100 mm and 2500 mm, 200mm, 300 mm or 400mm width and 140 mm height.Three level fan speed is available.

Control Accessories:Options: between 01 and 09, without 06.Note: Air supply side regulation is defined separately,according to the order conditions. Basic version does not include regulation elements on thewater side. They have to be ordered as options (01, ..., 05)to the basic version.

39

412563

COOLING AND HEATING FLOOR CONVECTORS TKH


FLO

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NVE

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TKH

Tip Housing length L Heat exchanger length K Width Height(mm) (mm) (mm) (mm)

TKH-125x30x14/1/ 1250 895 300 140TKH-215x30x14/2/ 2150 1795 300 140


Application:Cooling floor fan convectors are designed forsecondary cooling, during the cooling season, inrooms where cooling is required close to the heatsource (e.g. solar radiation through windows) toprevent room temperature raising. They aresuitable for all rooms with large hot envelopesurfaces (large windows, glazing, etc.). They areapplied in buildings in which, due to theconstruction characteristics, ceiling cooling isnot feasible. During the heating season, theconvectors can be applied for room heating.

Operation:Cooling floor fan convectors operate on theprinciple of forced convection, i.e. the air flow rateis augmented by a tangential fan.

In the cooling mode, the TKH floor convectordraws in warm air from the areas around windowsand hot walls, cools it in the heat exchanger, andfeeds it back into the room. This reduces heatgains due to heat room envelope surfaces. In thecooling process, a part of moisture is extractedfrom the air; this dehumidification also contributesto thermal comfort. In the heating mode, theprocess is inverted: the TKH draws in cold air fromthe window areas, heats it and feeds back into theroom.

TKH (Basic Design) Components:1. Heat exchanger,2. Tangential fan (with IP 44 protection),3. Electric connection socket,4. Grille,5. Condensation collection tray,6. Housing.

Types:Two TKH floor convector models are available:of length 1250 mm and 2150 mm.

Control Accessories:The water side control accessories or special grilledesigns can be installed or supplied on request.The range of accessories equals to the one for TKV.

Floor convector TKH dimensions:

40

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TKH

COOLING AND HEATING FLOOR CONVECTORS TKH TECHNICAL DATA


TKH floor convector sizeTKH-125x30x14/1/ TKH-215x30x14/2/

MAX W 749 1649Total cooling capacity(1) MED W 590 1227

MIN W 443 791MAX W 557 1340

Sensible cooling capacity(1) MED W 400 940MIN W 270 574MAX kg/h 128 283

Water flow MED kg/h 101 210MIN kg/h 76 136MAX kPa 0,44 2,09

Pressure drop on the water side, cooling MED kPa 0,30 1,29MIN kPa 0,20 0,66MAX W 1981 4218

Heating capacity (2) MED W 1384 2585MIN W 935 1851MAX kg/h 170 362

Water flow MED kg/h 119 222MIN kg/h 80 159MAX kPa 0,67 2,92

Pressure drop on the water side, heating MED kPa 0.36 1.20MIN kPa 0.19 0.67

Standard water connectors 1/2’’ 3/4’’Standard water content in the heat exchanger l 1.0 2.0Number of fans 1 2Power supply connector V-f-Hz 230-1-50 230-1-50Max. input power MAX W 19 38Max. input current MAX A 0.17 0.33Standard connector for the condensate drain pipe 16 16

MAX dB(A) 47.1 49.0Sound power (3) MED dB(A) 38.2 39.3

MIN dB(A) 34.2 34.5MAX dB(A) 36.3 37.5

Sound pressure (4) MED dB(A) 30.6 30.3MIN dB(A) 25.2 26.2

(1) Cooling capacity measurements are carried out in accordance with the EUROVENT 6/3 norm:- water inlet temperature: 7 °C,- water outlet temperature: 12 °C,- room air temperature: 27 °C,- room air relative humidity: 47 %.

(2) Heating capacity measurements are carried out in accordance with the EN 442 norm:- water inlet temperature: 75 °C,- water outlet temperature: 65 °C,- room air relative humidity: 20 °C.

(3) Sound power level measurements are carried out in an anechoic room with reflecting floor, with a volume of 109 m3, in accordance with the ISO 3745 standard.

(4) The sound pressure measurements are carried out in an anechoic room, at the microphone distance of 1 m and at the angle of 45° above the floor convector.

TKH floor convector sizeTKH-125x30x14/1/ TKH-215x30x14/2/

MAX W 884 1724Total cooling capacity (5) MED W 716 1349

MIN W 552 927MAX W 658 1401

Sensible cooling capacity (5) MED W 486 1033MIN W 337 673

(5) - water flow: 360 kg/h,- water inlet temperature: 7 °C,- room air temperature: 27 °C,- room air relative humidity: 47 %.

41

COOLING AND HEATING FLOOR CONVECTORS TKH TECHNICAL DATA


FLO

OR

CO

NVE

CTO

RS

TKH

Cooling and Heating Floor Covector TKH

41.8 71

.4 94.2

3261

L

Condensate drain φ 16

A (1:2.5)

62 30.5

15.2

Connectors: L= 1250 - 1/2˝L= 2150 - 3/4˝

25 30 50 41.8

B (1:2.5)

B

140

300

42

FLO

OR

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TK, T

KV, T

KV-S

/TK-

S, T

KHFLOOR CONVECTORS TECHNICAL DATA


2.5 Floor Convector TKV (TKH) 2.7 Floor Convector TKV (TKH)

Floor Convectors TKV-S

Note: Connection diagrams for floor convectors TKV-S for humid areas with forced convection shall be made for each project separately.

8 8 7 7 6 6 M M 3 3 L LLLNNNNN

8 8 7 7 6 6 M M 3 3 L LLLNNNNN

L

12

(x)

Honeywell 1064

Floor convector

Room thermostat

230 V∼, 50Hz

3 G 1,5 mm

NPE

(x)

(x)

(x)

(x)

(x)

(x)

34

56

78

JON-OFF HEAT/COOL

MINMEDMAX

4 x 0.75 mm2

MAX

MED

MIN

GREY

WHITE

RED

BLACK

BLUEL

N

8 8 7 7 6 6 M M 3 3 L LLLNNNNN

(x)

(x)

(x)

Connection boxFan

2. Floor convector6 G 0,75 mm2

(x) (x) (x)

(x)

(x) (x)

(x)

Connection boxFan

n-ti Floor convector6 G 0,75 mm2

(x) (x) (x)

Connection boxFan

MAX

MED

MIN

GREY

WHITE

RED

BLACK

BLUEL

N

MAX

MED

MIN

GREY

WHITE

RED

BLACK

BLUEL

N

(x)

Room thermostat

Floor convector

LNPE

(x)

(x)

230 V∼, 50Hz

3 G 1,5 mm

Honeywell 1064

HEAT/COOLON-OFF J(x

)(x

)(x

)(x

)

(x)

1

MIN

23

45

67

8

MED

MAX

4 x 0.75 mm2

Connection box

Fan

81

76

LN

43

FLOOR CONVECTORS


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TK, T

KV, T

KV-S

/TK-

S, T

KH

Pressure drop on the water side TKH

*During the measurement of the pressure drop on the water side, temperature was 17 °C (cooling) and 60 °C (heating).

Pressure drop on the water side TK, TKV, TKV-S/TK-S

Pressure drop on the water side Δp (Pa)Water flow m (kg/h)Heat exchanger length K (mm)

Height Width (mm)

(mm) 200 300 400

70 (3446.87 + 66.68 K) (3600m )

1.74484

(6893.74 + 133.37 K) (3600m )

1.74484

(10340.61 + 200.05 K) (3600m )

1.74484

105

140 4.05 (81350.13 + 7.63 K) (3600m )

2.01874

1.00 (81350.13 + 7.63 K) (3600m )

2.01874

0.44 (81350.13 + 7.63 K) (3600m )

2.01874

Example:TK-300x30x10/0/m = 85.9 kg/hL = 3000 mmK = L - 400 = 2600 mm

Δp = (6893.74 + 133.37 · 2600) (360085.9)

1.74484

= 522 Pa

Sound pressure for TKV, TKV-S

Number of fansFan speed1 2 3 4 5

MAX (dB(A)) 39.3 40.7 42.6 43.5 44.3MED (dB(A)) 30.1 30.9 32.8 33.6 34.5MIN (dB(A)) 22.5 24.6 25.0 26.5 27.1

Heating

Cooling

Wat

er s

ide

pres

sure

dro

p: (k

Pa)

25

20

15

10

5

00 200 400 600 800 1000

Water flow (kg/h)

Wat

er s

ide

pres

sure

dro

p: (k

Pa)

25

20

15

10

5

0

Heating

Cooling

0 200 400 600 800 1000Water flow (kg/h)

TKH-125x30x14/1/ TKH-215x30x14/2/

44

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TK, T

KV, T

KV-S

/TK-

S, T

KHACCESSORIES


CODE CONTROL ACCESSORIES

Water side control (control of the warm water flow rate into the convector)01 Thermostat valve R1/2”, R3/4”, straight, without a thermostat head

02 Thermostat valve R1/2”, R3/4”, angular, without a thermostat head

03 Shut-off cock R1/2”, R3/4”, straight

04 Shut-off cock R1/2”, R3/4”, angular

05 Thermostat head with a remote surface-mounted sensor (up to 15 m). It serves to open and close the thermostat valve without a thermostat head.

06 Two-way ON/OFF stop valve with an electric-thermal head.

Air side control (fan operation control)09T Room thermostat for surface mounting with a three-stage speed setting switch (MIN-MED-MAX), ON/OFF switch and HEATING/COOLING switch.09R Relay interface designed to connect several convectors to a single thermostat.

CODE CORNER DESIGNS010 Floor convector corner design with housing and grille, without heat exchanger

CODE TREAD-ON GRILLE011 Standard tread-on grille design:

Longitudinal fixed grille - profile

Available section surface: 70%

012 Longitudinal fixed grille - profile


013 Longitudinal fixed grille - profile


014 Rolo-up grille - profile


014W Wooden roll-up grille - profile






CODE HOUSING017 Housing thermal insulation

018 Protection cover (protection of the convector against soiling or damaging during installation and up to its commissioning)

019 Convector level adjusting screws

020 Circular convector shape

021 Aluminium frame (lenght and width of housing increase for 12 mm)

Anodised:Standard: D - anodised in the natural aluminium colour (C0)

(included in the basic design price)

On purchaser’s request: A - golden (C3), B -black (C35), C - brass colour (C4)

Anodised:Standard: D - anodised in the natural aluminium colour (C0)

On purchaser’s request: A - golden (C3), B -black (C35), C - brass colour (C4)

Anodised:A - golden (C3), B -black (C35), C - brass colour (C4),D - natural aluminium colour (C0)


Wood type:1 - oak, 2 - ash, 3 - walnut, 4 - mahogany


Anodised:A - golden (C3), B - black (C35), C - brass colour (C4),D - natural aluminium colour (C0)

45

ACCESSORIES - CONTROLS


FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

/TK-

S, T

KH

Valves and Shut-off CocksValves 01, 02, 03 and 04 are suitable for theinstallation onto steel tubes. On purchaser’srequest, valves suitable for the installation oncopper tubes are available. Such a request shallbe specifically indicated in the order.

Appropriate Control Accessories• for natural convection floor convectors TK:

accessories 01 to 05.• for forced convection floor convectors TKV:

accessories 01 to 06 and 09T, 09R.• for floor convectors for humid conditions with

natural convection TKV-S:accessories 01 to 05 and 09T, 09Rfor floor convectors for forced conditions withnatural convection TK-S:accessories 01 to 05.

• for cooling and heating floor fan convectorsTKH:accessories 01 to 06 and 09T, 09R

01 Thermostat valve R1/2”, R3/4”, straight,without a thermostat head

02 Thermostat valve R1/2”, R3/4”, angular, without a thermostat head

03 Shut-off cock R1/2”, R3/4”, straight 04 Shut-off cock R1/2”, R3/4”, angular

05 Thermostat head with a remote surface mounted sensor (up to 15 m), standard 2 m

09T Room thermostat for surface mounting with athree-stage speed setting switch (MIN-MED-MAX), ON/OFF switch andHEATING/COOLING switch.

09R Relay interface, designed to control several(2 or more) convectors applying a singlethermostat.Installation: into the electric distribution boxin the convector.

06 The two-position line valve R1/2”, R3/4”with two connections is easy to connect to thepiping network. The valve is operated by anelectric-thermal drive with "ON-OFF" control.

46

2 - ash wood

3 - walnut wood 4 - mahogany

013C - longitudinal fixed grille, flat profile section,anodised in brass colour

011D - longitudinal fixed grille, single-slant profile section, anodised in natural aluminium colour - standard

013A - longitudinal fixed grille, flat profile section,anodised in golden colour

012B - longitudinal fixed grille, double-slant profile section,coloured in black colour

Wooden roll-up grilles (profile 014W)

Section shapes and anodising finishes of longitudinal tread-on grilles

1 - oak wood

014A - roll-up grille, flat profile section, anodised in golden colour

015D - roll-up grille, double-slant profile section, anodised in natural aluminium colour

016C - roll-up grille, single-slant profile section, anodised in brass colour

016B - roll-up grille, single-slant profile section, coloured in black colour

Section shapes and anodising finishes of roll-up grilles

FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

/TK-

S, T

KHTYPES AND COLOURS OF TREAD-ON GRILLES


47

ACCESSORIES - CONTROLS


FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

, TKH

010 Corner 017 Housing thermal insulation

018 Protection cover 019 Convector level adjusting screws

020 Rounded convector shape

Note: when ordering accessory 021, lenght and width of housing increase for 12 mm

021 Aluminium frame

Housing - accessories

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TKV-100 x 20 x 10 /1 /01,...,04,05, 06,...09T, 09R, 010, 011D,...016D, 017, 018, 019, 020, 021


FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

/TK-

S, T

KHORDERING KEY

Code 021: aluminium frameNote: when ordering accessory 021, lenght andwidth of housing increase for 12 mm

Code 020: rounded convector shape(not available for TKV-S/TK-S and TKH)

(An example of the Purchase Order for rounded convector:TKV-200x20x10R(5000)/1/01...5000 - external diameter of the convector in mm).

Code 019: convector level adjusting screws

Code 018: protection cover

Code 017: housing thermal insulation

Codes 011 to 016: types of floor grilles, in thespecified anodising, or type of wood (A, B, C, D;see page 46)

Code 010: corner element

Codes 01 do 09R: control accessoriesNote: Accessory 06 (two-way line valve withelectric-thermal head) is installed only in forcedconvection models. As the thermostat shuts-off thefan motors, the valve closes water supply toprevent natural convection. The closing time ofthis valve is 4 minutes. We do not install them intoTKV-S due to their high operating voltage.

0: number of TK fans1-5: number of TKV fans1-2: number of TKV-S fans0: number of TK-S fans1-2: number of TKH fans

07 - height 70 mm (TK)10 - height 105 mm (TK, TKV)14 - height 140 mm (TK, TKV, TKV-S/TK-S, TKH)

20 - width 200 mm (TK, TKV, TKV-S/TK-S)30 - width 300 mm (TK, TKV, TKV-S/TK-S, TKH)40 - width 300 mm (TK, TKV, TKV-S/TK-S)

080-300: length od 800 do 3000 mm,step 100 mm300-500: length od 3000 do 5000 mm,step 200 mm

Note: The minimum length of a forced convectionmodel TKV is 1100 mm. Floor convectors TKV-S/TK-S are made in the lenght range from 1100 to2500 mm. The heating and cooling convectorsTKH are available in two lengths: 1250 and 2150mm.

TK - Natural Convection Floor ConvectorTKV - Floor convectors with forced convection TKV-S - Floor convectors for humid conditionswith forced convection.TK-S - Floor convectors for humid conditions withnatural convection.TKH - Floor convectors with forced convectionand heating and cooling functions.

Mandatory accessories:The forced convection floor convector models(TKV and TKH) shall be fitted with the roomthermostat 09T (+09R) with a three-stage switch(min-med-max), an on/off switch andheating/cooling selection switch. Air sideregulation for TKV-S is to be defined by order.

Note: If one floor convector is connected to thethermostat, the 09T accessory is required. Ifseveral convectors are connected to onethermostat, one item 09T is required as well as thenumber of 09R items equal to the number ofconvectors.

Packing: Each convector is individually packed in acardboard box.

Ordening Key:

Floor Convector

49

∼ 500

∼ 500


FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

/TK-

S, T

KH

FLOOR CONVECTORS INSTALLATION AND MAINTENANCE

Installation opening

Leveling screw

Condensatedrain hose

Condensate drain opening

• Place the floor convector to prepared flat surface.• The distance between convector and wall can be as low as possible,

however, it should not exceed 400 mm. Condensation elimination on coldsurfaces efficiency decreases with the distance between convector andwall. Convector should be installed in such way, that air discharge shouldbe oriented into the room (TKH convector), or into the window (otherconvector types).

• In case of non flat surfaces, application of leveling screws is recommended(accessory 019). When the convector is adjusted to the correct positionand lined to desired height, fix it with the screw (figure 1). Installation ofthermal and noise insulation layer is recommended between the convectorand concrete. Convector can be supplied with housing thermal insulation(accessory 017 - elastalon s = 5 mm). When the housing of the floorconvector is placed directly to the concrete surface, make sure that contactis distributed along complete surface of the convector, otherwiseincreased noise level can apply (forced convection only). When installingin concrete, make sure to insert spacers, which serve to prevent housingdeformations (figure 2). In order to prevent the grille from deformation anddirt, remove it before the installation and place protection cover(accessory 018) to its place (figure 5). Remove the cover and spacers,when convector is ready for operation. Condensate elimination isperformed with φ16 mm socket on the lower side of the tray within thehousing, hose can be leaded from the convector on the traverse or crossside (figure 3).

• Control accessories on the water side (01, 02, 03, 04, 05, 06) are attachedto the convector upon delivery and are not installed to the heat exchanger.When connecting straight valves and shut-off cocks, nut should becounter-tightened (figure 6). When tightening angle valves and shut-offcocks, counter-torque should be applied with threaded rod (1/2" thread)(figure 7). If not, attached unit can be removed from the heat exchanger,causing damage on the teflon protected joint. It can cause water leakagein the joint. Standard valves and shut-off cocks are suitable for use withsteel pipes. If copper pipes are to be used, it has to be specified uponordering. In case of installation of accessory 05 - thermostat head with aremote surface mounted sensor, it has to be installed before applyingconcrete. Water tightness of the installation shall be verified as well.

• When applying concrete to the space around the convector, considerheight difference for the final layer (carpet, laminate floor, ...).

• Remove the cover and spacers and cover the housing with the grille. • Heater should not be installed directly under the power socket.• Air flow through convector depends on the ventilation fan rotation speed,

which can be controlled by the surface mounted thermostat with three-stage fan speed setting switch (MIN - MED - MAX), ON/OFF switch andHEATING/COOLING switch. Surface mounted thermostat should memounted in the same room as the convector, on the same height as otherswitches. Convector should be connected to the thermostat, according toapplicable Connection Diagram (figure 8).

Instructions for Proper Installation of TKH floor convectors TK, TKV, TKV-S/TK-S and TKH

Figure 1

Figure 2

Figure 3

Figure 4

50

018


FLO

OR

CO

NVE

CTO

RS

TK, T

KV, T

KV-S

/TK-

S, T

KHFLOOR CONVECTORS INSTALLATION AND MAINTENANCE

(x)

Room thermostat

Floor convector

LNPE

(x)

(x)

230 V∼, 50Hz

3 G 1,5 mmHoneywell 1064

HEAT/COOLON-OFF J

(x)

(x)

(x)

1

MIN

23

45

67

8

MED

MAX

4 x 0.75 mm2

Connection box

Fan

81

76

LN

(x)

(x)

Instructions for Startup and Operation:• Make sure the convector intedior are clean and dry.• De-aerate the connected heat exchanger and inspect the piping connections

for any leakage.• Connection to electric mains shall be carried out by a qualified person.• Check the operation of ventilation fan at all speeds.• In case of a convector controlled by a room thermostat, set the desired

temperature.• The grille is dimensioned for normal loading, i.e. human weight. If higher

loads are anticipated, the convector shall be fitted with an additional “bridge”.• During the operation, upper part of the convector (grille) shall not be covered

due to possible overheating. Make sure that air flow is not disturbed (figure 4).• Check the condensate elimination piping for any leakage (TKH and

TKV-S/TK-S).

Warning:• When connecting the piping, make sure not to damage soldered joints on the

water heat exchanger connections.• When connecting floor convectors in permanent installation, a device to

separate all phases from the mains shall be provided, with the open contactclearance of 3 mm.

• Any intervention beyond the standard connection is considered anintervention into the device and shall only be attempted with prior approvalby the manufacturer.

• In case that water, not caused by condensation enters into forced ventilationfloor convector, power supply shall be switched off.

• Floor convectors (except TKV-S version) with the fan shall not be installedinto very humid areas such as bathrooms, WC, swimming pools.

Maintenance:• Clean the grille by means of a damp cloth and the detergent, vapor, ...• Periodically clean the internals of the floor convector with a vacuum cleaner

(length of the cleaning interval depends on dust density, - amount of dirt inthe room).

• In case of very dirty internals, heat exchanger must be removed, internalscleaned, and clean the heat exchanger with the vapor (to be performed byauthorized personnel only).

• Make sure, that condensate elimination hose is clean, otherwise it can causeflowing of water over the collection tray.

Figure 5 Figure 6 Figure 7

51TECHNICAL CATALOGUE IMP Klima d.o.o., Air conditioning systems production

52

The right for technical changes reserved.


Production: IMP Klima; Design: D. T. M.; Layout: Epromak; Print: Tiskarna Ljubljana, d.d.; June 2005

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IMP Klima – for pleasant and healthy air-conditioning

I M P K L I M AAir conditioning systems production

Godovi~ 1505275 Godovi~

SLOVENIA

Telephone numbers+386 5 374 30 00

Foreign sales department:+386 5 374 30 04, 374 30 19, 374 30 21

Marketing:+386 5 374 30 23

Fax numbers+386 5 374 30 82

Foreign sales department:+386 5 374 71 88

Marketing: +386 5 374 30 83

[email protected]

Internethttp://www.imp-klima.si

for peopleWe

pro

vid

ea pleasanta

tmo

sph

ere

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