background image

9

4 210 527 / 03

TECHNICAL INFORMATION

3.5 

Technical data UltraGas

®

 (1440D-2000D)

Type

(1440D)

(1700D)

(2000D)

• Nominal output 80/60 °C with natural gas 

1

kW

127-1310

148-1552

199-1824

• Nominal output 40/30 °C with natural gas 

1

kW

142-1440

166-1700

224-2000

• Nominal output 80/60 °C with propane gas 

3

kW

169-1310

-

-

• Nominal output 40/30 °C with propane gas 

3

kW

185-1440

-

-

• Nominal load with natural gas 

1

kW

130-1354

152-1604

205-1886

• Nominal load with propane gas 

3

kW

175-1354

-

-

• Working pressure heating maximum/minimum

bar

6,0 / 1,0

6,0 / 1,0

6,0 / 1,0

• Working temperature maximum

°C

90

90

90

• Boiler water content

l

956

1720

1586

Minimum water flow

l/h

0

0

0

• Boiler weight (without water content, incl. casing)

kg

2876

3486

3786

Boiler efficiency at partial load at 30% (according to EN 303)

 

(related to net / gross calorific value)

107,7/97,0

107,7/97,0

107,7/97,0

Standard efficiency

40/30 °C

%

109,9/99,0

109,9/99,0

109,9/99,0

(related to net / gross calorific value)

75/60 °C

%

107,4/96,8

107,4/96,8

107,4/96,8

• Stand-by loss at 70 °C

Watt

2000

2400

2400

• Standard emission rate

Nitrogen oxides

mg/kWh

48

35

35

Carbon monoxide

mg/kWh

5

15

15

• Content of CO

2

 in the exhaust gas maximum/minimum output

%

9,0 / 8,8

9,0 / 8,8

9,0 / 8,8

•  Dimensions

 

see table of dimensions

• Connections

Flow/return

DN

DN150/ 

PN6

DN150/ 

PN6

DN150/

PN6

Gas

Inches

2“

2"

2"

Flue gas Ø inside

mm

356

502

502

Gas flow pressure minimum/maximum

Natural gas E/LL

mbar

18-80

18-80

18-80

Propane gas

mbar

37-57

-

-

• Gas connection value at 0 °C / 1013 mbar:

Natural gas  E - (Wo = 15,0 kWh/m

3

) H

u

 = 9,97 kWh/m

3

m

3

/h

135,5

160,5

188,6

Natural gas  LL- (Wo = 12,4 kWh/m

3

) H

u

 = 8,57 kWh/m

3

m

3

/h

158,0

187,2

220,0

Propane gas (H

u

 = 32,7 kWh/m

3

)

m

3

/h

52,3

-

-

• Operation voltage

V/Hz

230/50

230/50

1x 230/50

3x400/50

• Control voltage

V/Hz

24/50

24/50

24/50

• Minimum/maximum electrical power consumption

Watt

65/2300

52/2020

212/5460

• Stand-by

Watt

24

24

24

• IP rating (integral protection)

IP

20

20

20

• Sound power level

- Heating noise (EN 15036 part 1) (room air dependent)

dB(A)

80

80

85

- Exhaust noise is radiated from the mouth

  (DIN 45635 part 47) (room air dependent/room air independent

dB(A)

77

73

78

• Sound pressure level heating noise  

(depending on installation conditions) 

2

 

dB(A)

70

70

75

• Condensate quantity (natural gas ) at 40/30 °C

l/h

127,3

150,8

177,8

• pH value of the condensate

pH

ca. 4,2

ca. 4,2

ca. 4,2

• Flue gas system: requirements, values

Temperature class

T120

T120

T120

Volume flow rate combustion air

Nm

3

/h

1676

1984

2334

Flue gas mass flow

kg/h

2248

2663

3130

Maximum flue gas temperature at nominal

output and operation 80/60°C

°C

71

69

69

Maximum flue gas temperature at nominal

output and operation 40/30°C

°C

46

49

49

Feed pressure 

total at the combustion air/flue gas pipe

Pa

60

60

60

Maximum draught / depression at flue gas outlet

Pa

- 50

-50

-50

Data related to H

u

The boiler series is tested for EE/H-settings. With a factory setting of the Wobbe coefficient of 15.0 kWH/m

3

 operation at a 

Wobbe coefficient of 12,0 up to 15,7 kWh/m

3

 is possible without new settings.

See also notes at „Engineering“.

Data related to H

u

. UltraGas

®

 (250D-700D) can also be operated with propane/butane (liquid gas) mixtures.

•  Boiler flow resistance see chapter 3.6

Summary of Contents for 30-UltraGas (1700D)

Page 1: ...up to 90 C1 in ac cordance with EN 483 and EN 677 They are designed for continuously adjustable reduced output operation in heating systems 1 see section technical data UltraGas 250D 2000D Condensing...

Page 2: ...om air independent Installation 11 4 3 Flue gas line dimensions overpressure 12 4 4 Flue gas line dimensions negative pressure 12 4 5 Hydraulic connection 13 4 6 Boiler sequential switching circuit El...

Page 3: ...expected reaction to your action i Note Provides important information Safety information Indicates an immediate hazard to persons Warning information Indicates danger to machines and Installa tions...

Page 4: ...25 PN6 8S 2a Return pipe connection option 1 DN80 PN6 4S DN80 PN6 4S DN125 PN6 8S DN125 PN6 8S DN150 PN6 8S DN150 PN6 8S 3 Gas connection Rp 1 Rp 1 Rp 1 Rp 2 Rp 2 Rp 2 4 Safety flow and flow calorifie...

Page 5: ...height is too small Reduction of measures possible See A minimal 2 Attention With A the burner is no longer swing out completely Cleaning makes more difficult 3 Feet can be shortened no base cladding...

Page 6: ...ltraGas Type A 250D 300D 1711 1771 400D 600D 1811 1871 700D 1000D 1958 2018 1150D 1440D 1984 2044 1700D 2000D 2037 2097 1 Neutralisation box 2 Condensate pump 3 Masonry base 4 Feet adjustable up to 20...

Page 7: ...80 18 80 18 80 18 80 Propane gas mbar 37 57 37 57 37 57 37 57 37 57 37 57 Gas connection value at 0 C 1013 mbar Natural gas E Wo 15 0 kWh m3 Hu 9 97 kWh m3 m3 h 23 1 28 2 37 6 47 0 56 6 65 2 Natural...

Page 8: ...18 80 18 80 Propane gas mbar 37 57 37 57 37 57 37 57 37 57 Gas connection value at 0 C 1013 mbar Natural gas E Wo 15 0 kWh m3 Hu 9 97 kWh m3 m3 h 75 4 84 9 94 3 108 5 122 7 Natural gas LL Wo 12 4 kWh...

Page 9: ...ar Natural gas E Wo 15 0 kWh m3 Hu 9 97 kWh m3 m3 h 135 5 160 5 188 6 Natural gas LL Wo 12 4 kWh m3 Hu 8 57 kWh m3 m3 h 158 0 187 2 220 0 Propane gas Hu 32 7 kWh m3 m3 h 52 3 Operation voltage V Hz 23...

Page 10: ...110 120 0 10 20 30 40 50 m3 h mbar UltraGas 700D 1000D 0 10 20 30 40 50 60 0 10 20 30 40 50 60 70 80 9 Volumenstrom m3 h Druckverlust mbar 0 m3 h mbar 0 20 40 60 80 100 0 20 40 60 80 100 120 140 Ultra...

Page 11: ...d directly on these intake flaps at the installation site Remove blanking cover on the rear wall The combustion air intake can be executed either as a separate or common intake line The total pressure...

Page 12: ...uide values An exact calculation for the flue gas duct must be made on site With 5 bends or more the residual overpressure of the device is to be reduced by 30 for the calculation 4 3 Flue gas line di...

Page 13: ...t the connection socket is located on the same size see chapter 3 1 4 6 Boiler sequential switching circuit Electri cal connections Parameters 4 6 1 Schematic coordination System Gas calorific value V...

Page 14: ...hkeit ein neues Shape zu nehmen hovhovalh hovalhova alhovalho Y10 2 Y10 1 UltraGas UltraGas Dies ist ein unerlaubter Weg Gehen Sie einen Schritt zur ck oder l schen Sie dieses Shape Sie haben die M gl...

Page 15: ...is is just a schematic For installation please use the detail plan Attenzione Per la messa in opera utilizzare le schema dettagliato Attention Pour la r alisation pratique de l installation il faut ut...

Page 16: ...For installation please use the detail plan Attenzione Per la messa in opera utilizzare le schema dettagliato Attention Pour la r alisation pratique de l installation il faut utiliser le sch ma d tail...

Page 17: ...400V supply required from UltraGas 1000 L PE N Netz L N 230V 10AT Netz Power supply Rete Secteur 0 1 SH 3 x 400V 10AT Netz Power supply Rete Secteur L1 L1 L2 L3 PE N N L2 L3 Version E 2 Verbindungshi...

Page 18: ...T Par 12 50 70 C WARMWASSER DHW ACQUA SANIT ECS Par 09 10K Version E 3 Verbindungshinweise Notice Nota Remarque Datei KBA020_V2 8 vsd Datum Name 21 01 10 Achtung F r die Installation muss das anlagenb...

Page 19: ...e Per la messa in opera utilizzare le schema dettagliato Attention Pour la r alisation pratique de l installation il faut utiliser le sch ma d taill Leg LK010 5 TopTronic T TopTronic T P P 0 10V Modul...

Page 20: ...A030_V2 8 vsd Datum Name 21 01 10 Achtung F r die Installation muss das anlagenbezogene Schema verwendet werden 2 8 KBA030_V2 8 V SD Attention This is just a schematic For installation please use the...

Page 21: ...imentation de 400V n cessaire partir de l UltraGas 1000 400V di alimentazione richiesti a partire dall UltraGas 1000 400V supply required from UltraGas 1000 L PE N Netz L N 230V 10AT Netz Power supply...

Page 22: ...Leg LK010 U TopTronic T 2 1 VE2 2 1 VE3 YK3 PE N YK1 PE N MK3 M 1 MK1 M 1 SLP M 1 N PE 2 L PE N MK 2 N PE 1 L PE N MK 1 L PE N DKP L PE N SLP L PE N VA1 L PE N VA2 RS T RFF T B A 1 2 SF 1 2 VF1 1 2 V...

Page 23: ...K2 PE N MK4 M 1 MK2 M 1 N PE 2 L PE N MK 2 N PE 1 L PE N MK 1 L PE N DKP L PE N SLP L PE N VA1 L PE N VA2 RS T RFF T B A 1 2 SF 1 2 VF1 1 2 VE1 A B T2B 1 2 VF2 1 2 KVLF 1 2 KSPF 1 2 IMP VF2 VF4 1 2 AF...

Page 24: ...re 1 BUS Verbindung zu Klemmen Kessel 1 2 BUS Connection to terminal block boiler 1 2 BUS Collegamento a morsettiera pompa di caldaia 1 2 BUS Connexion aux bornes de la chaudi re 1 2 B A T2B SVLF Mod...

Page 25: ...PE N VA2 1 2 SF 1 2 VF1 1 2 VE1 A B T2B 1 2 VF2 1 2 KVLF 1 2 KSPF 1 2 IMP 1 2 AF 1 2 KF 3 N 2 4 1 BZ SM N 5 11 12 13 14 15 16 U4 1 U4 3 U4 4 B2 T B5 B A RS485 3 2 1 4 5 6 X6 B11 N L Kessel 2 boiler 2...

Page 26: ...0K Par 01 05 Par 41 10min Par 04 80 C Par 44 00 Par 14 11min 1min FA Par 41 Par 26 00K FEUERUNGSAUT BOILER CONTR CONT BRUCIA ALLUM_AUTOM Par 03 20K Par 04 20K Par 41 10min Par 44 00 SUMMENVORL MAIN SU...

Page 27: ...tail plan Attenzione Per la messa in opera utilizzare le schema dettagliato Attention Pour la r alisation pratique de l installation il faut utiliser le sch ma d taill Leg LK010 TopTronic T TopTronic...

Page 28: ...N L1 L1 M5 1 M 1 N Startsequenz Start sequence Sequenza di avvio S quence de commencement 1 Absperrklappe auffahren Pumpe einschalten Open the shut off valve switch on the pump Apertura della valvola...

Page 29: ...ency M5 KKP pump directly by means of the shut off valve Wire the conventional pumps via the optional shut off valve limit switch pump starts up if open U TopTronic T 2 1 VE2 2 1 VE3 N PE 2 L PE N MK...

Page 30: ...l if several units please connect in line SH Main switch isolator outside of the boiler room SF Calorifier heater sensor SB R1 3 K System unit relay SB STW Relay kit flow switch SB GWP System unit gro...

Page 31: ...31 4 210 527 03...

Page 32: ...Conservation of Energy Protection of the Environment...

Reviews: