TESY Ltd - PRODUCTIONnapenergia-napkollektor.hu/letoltes/Tesy_bemutato_2011.pdf · TESY Ltd -...

TESY Ltd - PRODUCTION

E V 7/ 5 S 2 200 60 F40 T P 2

Number of thermo pockets

Presense of thermo pocket

Presence of thermometer

Design of the upper plastic panel

Outer diameter of the water heater

Volume

Number of coil heat exchangers

Presence of heat exchanger

Number of upper coil turning

Number of lower coil turning

Vertical boiler position

Type of anti corrosion coating ‐

E ‐

enameled

PRODUCT DESIGNATION

indirect heated water heater with one heat exchanger

EV 9S 200 60 F40 TP

EV 12S 300 65 F41 TP

EV 15S 500 75 F42 TP

EV 12S 800 99 F43 TP

EV 13S 1000 105 F44 TP

indirect heated water heater with two heat exchangers

EV 7/5 S2 200 60 F40 TP2

EV 10/7 S2 300 65 F41 TP

EV 15/7 S2 500 75 F42 TP2

EV 12/9 S2 800 99 F43 TP2

EV 13/7 S2 1000 105 F44 TP2

buffer DHWEV 200 60 F40 TP3

EV 300 65 F41 TP3

EV 500 75 F42 TP3

EV 800 99 F43 TP3

EV 1000 105 F44 TP3

buffer central heating V 200 60 F40 P4 V 300 65 F41 P4 V 500 75 F42 P4 V 800 99 F43 P4 V 1000 105 F44 P4

INDIRECT HEATED CYLINDERS WITH TWO HEAT EXCHANGERS

200; 300; 500 l

MODEL EV 7/5S 200 60 F40 TP2

EV 10/7S2 300 65 F41 TP2

EV 15/7S2 500 75 F42 TP2

Art.number № 3221 3222 3223Actual Capacity DIN4753 l 196 286 482

net weight kg 70 100 158Insulation (Rigid PU) mm 50 50 50Heat exchanger surface S1 m² 0.75 1.21 2.25Heat exchanger surface S2 m² 0.54 0.85 1.06Heat exchanger capacity S1 l 4.6 7.4 13.7Heat exchanger capacity S2 l 3.3 5.2 6.4Exchanged power in continuouse mode (max coil output) S1 *60-80/70-90°C kW 23/30 34/46 61/73Exchanged power in continuouse mode (max coil output) S2 *60-80/70-90°C kW 13/20 25/33 35/47Continuouse flow rate of DHW at ∆T35°C (S1)*60-80/70-

90°C l/h 558/648 792/1092 1500/1795Continuouse flow rate of DHW at ∆T35°C (S2)*60-80/70-

90°C l/h 318/468 594/785 785/1002Maximum quantity of drawn off water MIX 45°C (**15-

60°C), Power input cut off (S1) l 225 302 510Maximum quantity of drawn off water MIX 45°C (**15-

60°C), Power input cut off (S2) l 111 151 250

Heat losses ∆T45K kWh/24h 2.5 2.7 2.9Maximum operational temperature T°C 95 95 95Rated pressure bar 8 8 8Rated pressure of the heat exchanger bar 6 6 6NL factor S1 4.1 8 18NL factor S2 1 1.4 3Minimum time of heating S1 *80°C-**15/60°C min 39 40 42Minimum time of heating S2 *80°C-**15/60°C min 39 39 39Thermo pockets pieces 2 2 2


200; 300; 500 l

200L 300L 500La [mm] 585 718 944

b [mm] 478 610 750

c [mm] 993 1207 1448

d [mm] 284 288 299

e [mm] 199 203 214

f [mm] 1200 1420 1674

g [mm] 314 314 324

h [mm] - - -

i [mm] 993 1207 1448

j [mm] 628 760 986

k [mm] 671 803 1029

l [mm] 75 100 136

m [mm] 815 996 1265

n [mm] 886 1104 1330

ØC [mm] 600 650 750

ØD [mm] 500 550 650


800; 1000 l

MODEL EV 12/9S2 800 99 F43 TP2

EV 13/7S2 1000 105 F44 TP2

Art.number №Actual Capacity DIN4753 l 762 931.2

Insulation (soft PU) mm 100 100Heat exchanger surface S1 m² 2.89 3.45Heat exchanger surface S2 m² 1.54 1.31Heat exchanger capacity S1 l 26.2 31.3Heat exchanger capacity S2 l 9.4 7.9

Exchanged power in continuouse mode (max coil output) S1 *60-80/70-90°C kW 79.8/103.7 95.2/123.8

Exchanged power in continuouse mode (max coil output) S2 *60-80/70-90°C kW 45/55.3 36.2/47

Continuouse flow rate of DHW at ∆T35°C (S1)*60-

80/70-90°C l/h 1963.1/2551 2341.9/3045.5


80/70-90°C l/h 1107/1360.4 890.5/1156.2

Maximum quantity of drawn off water MIX 45°C (**15-60°C), Power input cut off (S1) l 823 1055


Heat losses ∆T45K kWh/

24h 3.7 4.3

Maximum operational temperature T°C 95 95Rated pressure bar 8 8

Rated pressure of the heat exchanger bar 6 6NL factor S1 29 40NL factor S2 12 19

Minimum time of heating S1 *80°C-**15/60°C min 40 46Minimum time of heating S2 *80°C-**15/60°C min 39 41

Thermo pockets piec

es 2 2

Weight kg 251.5 279


800; 1000 l

Размер

[мм]

EV 12/9 S2 800 99 F43TP

EV 13/7 S2 1000 105 F44TP

a 351 354

b 1051 1132

c 1592 1475

d 1830 1895

e 1937 2002

f 82.5 81.5

g 269 272

h 929 987

i 1105 1174

j 1273 1274

k 1492 1475

l 1778 1847

m 2014 2100

TS1 756 817

TS2 1363 1374

ØD 790 850

ØC 990 1050


1500; 2000 l

MODEL EV 12/8S2 1500 120 F45 TP2

EV 15/9S2 2000 130 F46 TP2

Art.number №Actual Capacity DIN4753 l 1430 1836

Insulation (soft PU) mm 100 100Heat exchanger surface S1 m² 3.3 4.5Heat exchanger surface S2 m² 2.3 2.7Heat exchanger capacity S1 l 30.4 41.6Heat exchanger capacity S2 l 20.5 25.2

Exchanged power in continuouse mode (max coil output) S1 *60-80/70-90°C kW


Continuous flow rate of DHW at ∆T35°C (S1)*60-

80/70-90°C l/h


80/70-90°C l/h

Maximum quantity of drawn off water MIX 45°C (**15-60°C), Power input cut off (S1) l



24h


Rated pressure of the heat exchanger bar 6 6NL factor S1NL factor S2

Minimum time of heating S1 *80°C-**15/60°C min Minimum time of heating S2 *80°C-**15/60°C min

Thermo pockets piec

es 2 2

Weight kg 421* 500

PROJECT 2011


1500; 2000 l

EV 12/8S2 1500 120 F45 TP2

EV 15/9S2 2000 130 F46 TP2

a 1767 1907b 1665 1807c 1167 1307d 467 457e 2225 2361f 2103 2219g 1690 1885h 1377 1540i 1327 1517j 1250 1390k 1080 1235

l 577 567m 420 410n 80 95o 2400 2550

ØC 1200 1300

ØD 1000 1100

HW hot water outlet R 2"IS2 central heating flow R 1 1/2"R recirculation R 1 1/4"

TS2 thermosensor 2 Rp 1/2"OS2 central heating return R 1 1/2"IS1 solar system inlet R 1 1/2"TS1 thermosensor 1 Rp 1/2"OS1 solar system outlet R 1 1/2"CW cold water inlet R 2"TR thermoregulator Rp 1/2"T thermometer Rp 1/2"

EE electric heater Rp 1 1/2"

AV Air ventilation Rp 3/4”

PROJECT 2011

INDIRECT HEATED CYLINDERS WITH ONE HEAT EXCHANGER

200; 300; 500 l

MODEL EV 9S 200 60 F40 TP EV 12S 300 65 F41 TP

EV 15S 500 75 F42 TP

Art.number № 3201 3202 3203Actual Capacity DIN4753 l 198 291 489net weight kg 65 92 145Insulation (Rigid PU) mm 50 50 50Heat exchanger surface S1 m² 0.96 1.45 2.25Heat exchanger surface S2 m² - - -Heat exchanger capacity S1 l 5.8 8.8 13.7Heat exchanger capacity S2 l - - -

Exchanged power in continuouse mode (max coil output) S1 *60-80/70-90°C

kW 32/40 40/53 61/73

Exchanged power in continuouse mode (max coil output) S2 *60-80/70-90°C

kW - - -Continuouse flow rate of DHW at ∆T35°C (S1)*60-80/70-90°C l/h 768/955 882/1248 1500/1795Continuouse flow rate of DHW at ∆T35°C (S2)*60-80/70-90°C l/h - - -Maximum quantity of drawn off water MIX 45°C (**15-60°C), Power input cut off (S1) l

240 330 553

Maximum quantity of drawn off water MIX 45°C (**15-60°C), Power input cut off (S2) l - - -Heat losses ∆T45K kWh/24h 2.5 2.7 2.9Maximum operational temperature T°C 95 95 95Rated pressure of the water tank bar 8 8 8Rated pressure of the heat exchanger bar 6 6 6NL factor S1 4.3 8.1 19NL factor S2 - - -Minimum time of heating S1 *80°C-

**15/60°C min 38 40 41Minimum time of heating S2 *80°C-

**15/60°C min - - -Thermo pocket pieces 1 1 1


200; 300; 500 l

200L 300L 500L

a [mm] 671 804 944

b [mm] 564 653 750

c [mm] 993 1207 1448

d [mm] 284 288 299

e [mm] 199 203 214

f [mm] 1200 1420 1674

g [mm] 314 314 324

h [mm] 100 206 255

i [mm] 993 1207 1448

j [mm] 714 846 986

ØC [mm] 600 650 750

ØD [mm] 500 550 650


800; 1000 l

MODEL EV 12S 800 99 F43 TP

EV 13S 1000 105 F44 TP

Art. number №Actual Capacity DIN4753 l 774 941

Insulation soft PU mm 100 100Heat exchanger surface S1 m² 2.89 3.45Heat exchanger surface S2 m² - -Heat exchanger capacity S1 l 26.2 31.3Heat exchanger capacity S2 l - -

Exchanged power in continuouse mode (max coil output) S1 *60-80/70-90°C kW 79.8/103.7 95.2/123.8

Exchanged power in continuouse mode (max coil output) S2 *60-80/70-90°C kW - -


80/70-90°C l/h 1963.1/2551 2341.9/3045.5


80/70-90°C l/h - -


Maximum quantity of drawn off water MIX 45°C (**15-60°C), Power input cut off (S2) l - -

Heat losses ∆T45K kWh/24h 3.7 4.3Maximum operational temperature T°C 95 95Rated pressure of the water tank bar 8 8

Rated pressure of the heat exchanger bar 6 6NL factor S1 30 41NL factor S2 - -

Minimum time of heating S1 *80°C-**15/60°C min 40 46Minimum time of heating S2 *80°C-**15/60°C min - -

Thermo pocket pieces 1 1Weight kg 221.5 233


800; 1000 l

Размер

[мм] EV 12S 800 99 F43TP EV 13S 1000 105 F44TP

a 351 354

b 1051 1132

c 1592 1475

d 1822 1894

e 1937 2002

f 82.5 81.5

g 269 272

h 929 987

i 1273 1274

j 1780 1846

k 2012 2097

TS 756 830

Ø 790 850

Ø 990 1050

MODEL EV 12S 1500 120 F45 TP

EV 15S 2000 130 F46 TP

Art.number №Actual Capacity DIN4753 l 1455 1867

Insulation (soft PU) mm 100 100Heat exchanger surface S1 m² 3.3 4.5Heat exchanger capacity S1 l 30.4 41.6




80/70-90°C l/h


80/70-90°C l/h




24h


Rated pressure of the heat exchanger bar 6 6NL factor S1NL factor S2

Minimum time of heating S1 *80°C-**15/60°C min Minimum time of heating S2 *80°C-**15/60°C min

Thermo pockets piec

es 1 1

Weight kg 382 454


1500; 2000 l

PROJECT 2011


1500; 2000 l

PROJECT 2011EV 12S 1500 120 F45 TP EV 15S 2000 130 F46 TP

a 1767 1907b 1665 1807c 1167 1307d 467 457e 2225 2361f 2103 2219h 1377 1540k 1080 1235

l 577 567m 420 410n 80 95o 2400 2550

ØC 1200 1300

ØD 1000 1100

HW hot water outlet R 2"R recirculation Rp 1 1/4"

IS1 solar system inlet R 1 1/2"TS1 thermosensor 1 Rp 1/2"OS1 solar system outlet R 1 1/2"CW cold water inlet R 2"TR thermoregulator Rp 1/2"T thermometer Rp 1/2"

EE electric heater Rp 1 1/2"

AV Air ventilation Rp 3/4”

BUFFERS FOR CENTRAL HEATING (3 Bar)200; 300; 500l

V 200 60 F40TP4 V 300 65 F41TP4V 500 75 F42TP4a [mm] 50 52 65.5b [mm] 198 203 210c [mm] 463 538 622d [mm] 728 873 1034e [mm] 993 1208 1446f [mm] 1200 1420 1671

ØD [mm] 500 550 650ØC [mm] 600 650 750

MODEL V 200 60 F40 P4 V 300 65 F41 P4V 500 75 F42 P4Art.number № 3121 3122 3123Capacity l 200 300 500

Net weight kg 39.3 58.7 99.8Number of inlets pices 4 4 4Number of outlets pices 5 5 5Insulation (Rigid PU) mm 50 50 50Maximum operational temperature T°C 95 95 95Rated pressure bar 3 3 3Thermo pockets pieces 4 4 4

BUFFERS FOR CENTRAL HEATING (3 Bar)800; 1000L

Размер [mm]

V 800 99 F43P4 V 1000 105 F44P4

a 82 80b 360 348c 740 758d 1120 1168e 1500 1578f 1821 1895g 1937 2002h 1962 2017ØD 790 850ØC 990 1050

MODEL V 800 99 F43 P4 V 1000 105 F44 P4Art.number №

Nominal Capacity l 804.6 977.2Number of inlets pices 4 4

Number of outlets pices 5 5Insulation (Soft PU) mm 100 100

Maximum operational temperature T°C 95 95

Rated pressure bar 3 3Thermo pockets pieces 4 4

Weight kg 139.5 199

BUFFERS FOR CENTRAL HEATING (3 Bar)1500; 2000L

V 1500 120 F45 TP4 V 2000 130 F46 TP4

a 2231 2362b 1727 1867c 1294 1384d 860 900e 427 417f 50 50o 2294 2430

ØC 1200 1300

ØD 1000 1100

MODEL V 1500 120 F45 TP4 V 2000 130 F46 TP4

Actual Capacity l 1492 1916Insulation (Soft PU) mm 100 100Max. temperature T°C 95 95

Rated pressure bar 3 3

Weight kg 324 374

PROJECT 2011

BUFFERS FOR DHW200; 300; 500l

MODEL EV 200 60 F40 TP3 EV 300 65 F41 TP3 EV 500 75 F42 TP3

Art.number № 3101 3102 3103Capacity l 200 300 500Net weight kg 45 66 109.8Insulation (Rigid PU) mm 50 50 50Heat losses ∆T45K kWh/24h 2.5 2.7 2.9Maximum operational temperature T°C 95 95 95Rated pressure bar 8 8 8Thermo pockets pieces 3 3 3

EV 200 60 F40TP3 EV 300 65 F41TP3 EV 500 75 F42TP3a 1207 1427 1702b 314 314 321c 714 846.5 983.5d 993 1207 1445e 284 327 500f 199 203 211g 771 1010 1196h 993 1207 1445

ØC 600 650 750ØD 500 550 650

BUFFERS FOR DHW800; 1000 L

Dimenssion

[мм] EV 800 99 F43 P4 EV 1000 105 F44 P4

a 351 354

b 1051 1132

c 1502 1383

d 1592 1475

e 1830 1895

f 1937 2002

g 80 80

h 272 272

i 1174 1174

j 1273 1273

k 1592 1654

l 1780 1846

ØD 790 850

ØC 990 1050

MODEL V 800 99 F43 P4 V 1000 105 F44 P4Art.number №Capacity l 804.6 977.2

Insulation (Soft PU) mm 100 100Maximum operational

temperature T°C 95 95


Weight kg 175.5 211

BUFFERS FOR DHW1500; 2000 L

Dimenssion

[мм] EV 1500 120 F45 TP2 EV 2000 130 F46 TP2

a 1767 1907

b 1665 1807

c 1167 1307

d 467 457

e 2225 2361

f 2103 2219

g 1750 1885

h 1250 1340

i 1080 1111

j 367 367

k 90 90

O 2400 2540

ØD 1000 1100

ØC 1200 1300

MODEL EV 1500 120 F45 TP2 EV 2000 130 F46 TP2Art.number №

Actual Capacity l 1492 1916Insulation (Soft PU) mm 100 100

Maximum operational temperature T°C 95 95


Weight kg 338 388

PROJECT 2011

L Battery charging R2” CW Cold water inlet R2”HW Hot water outlet R2” TR Thermoregulator Rp 1/2”R Recirculation R1 1/4” T Thermometer Rp 1/2”

TS2 Thermosensor Rp 1/2” EE Electric element Rp 1 1/2”TS1 Thermosensor Rp 1/2”

T coil HE 200 200S2 300 300S2 500 500S2 800 800S2 1000 1000S2

oC kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

kW / l/min

90 S1 39/28 29/21 52/37 45/33 86/62 86/62 148/105 1148/105 175/110 175/110S2 19/14 32/21 39/29 87/63 72/53

80 S1 31/22 22/16 39/28 33/24 64/46 64/46 107/77 107/77 130/85 130/85S2 13/9 24/17 27/19 57/42 50/36

70 S1 17/12 14/10 29/21 25/18 41/28 41/28 70/50 70/50 85/55 85/55S2 9/7 15/11 17/12 36/26 30/22

60

(DT10)

S1 9/13 7/11 24/34 20/28 20/27 20/27 50/71 50/71 56/80 56/80S2 5/8 9/13 6/10 20/30 17/25

Rigid insulation PU 50 mm

Soft insulation PU 100mm

boiler outer diameter mm 500 550 650 990 1050boiler outer diameter without soft insulation mm 790 850

boiler height mm 1200 1420 1674 1937 2002volume l 200 300 500 800 1000

gross power range kW 5-39 9-52 6-86 to 103 17-175gross power range kW 5-86 17-175

SUMMURIZED INFORMATION

SUMMURIZED INFORMATION -

HEAT PERFORMANCE

SUMMURIZED INFORMATION

inderect

heated water heater with one heat exchanger

EV 9S 200 60 F40 TP

EV 12S 300 65 F41 TP

EV 15S 500 75 F42 TP

EV 12S 800 99 F43 TP

EV 13S 1000 105 F44 TP

cylinder / dome, mm 2/2.5 2.5/2.5 3/3 4/4 4/4

inderect

heated water heater with two heat exchangers

EV 7/5 S2 200 60 F40 TP2

EV 10/7 S2 300 65 F41 TP

EV 15/7 S2 500 75 F42 TP2

EV 12/9 S2 800 99 F43 TP2

EV 13/7 S2 1000 105 F44 TP2

cylinder / dome 2/2.5 2.5/2.5 3/3 4/4 4/4

buffer DHWEV 200 60 F40 TP3

EV 300 65 F41 TP3

EV 500 75 F42 TP3

EV 800 99 F43 TP3

EV 1000 105 F44 TP3

cylinder / dome 2/2.5 2.5/2.5 3/3 3/3 4/4

buffer central heatingV 200 60 F40 P4

V 300 65 F41 P4

V 500 75 F42 P4

V 800 99 F43 P4

V 1000 105 F44 P4

cylinder / dome 2/2.5 2.5/2.5 3/3 4/4 4/4

Material tickness, mm:

Pressure according to EN 12897Pressure vessel:Nominal pressure: 6 BarMax. design pressure: 8 Bar –

safety valveTest Pressure: 12 BarMax temperature: 95oCCoil heat exchanger:Max. pressure: 6BarMax. temperature: 160oC

TESY Ltd - PRODUCTIONnapenergia-napkollektor.hu/letoltes/Tesy_bemutato_2011.pdf · TESY Ltd -...

Documents

Transcript of TESY Ltd - PRODUCTIONnapenergia-napkollektor.hu/letoltes/Tesy_bemutato_2011.pdf · TESY Ltd -...