VIESMANN. Product parameters Product range Datasheet

Transcription

1 VIESMANN Product parameters Product range 2013 Datasheet Productspecific parameters for calculating the energy efficiency requirement in building regulations Part L1 and L2 11/2013

2 Product parameters Introduction: This leaflet provides product specific performance data which are measured to the relevant requirements of EU Directive 92/42/EEC. The measured performance data are for persons installing fixed building services in new and existing buildings to help them to comply with building regulations. To assist compliance with the relevant energy efficiency requirements in building regulations, the quoted efficiencies and other performance data are as per SAP (Standard Assessment Procedure) and should exceed the minimum efficiency standards for space heating, domestic hot water, ventilation, cooling etc and for microgeneration of heat pumps and solar thermal as specified in the domestic and commercial compliance guide. The Standard Assessment Procedure (SAP) is adopted by Government as the UK methodology for calculating the energy performance of dwellings. The calculation is based on the energy balance taking into account a range of factors that contribute to energy efficiency: materials used for construction of the dwelling thermal insulation of the building fabric ventilation characteristics of the dwelling and ventilation equipment efficiency and control of the heating system(s) solar gains through openings of the dwelling the fuel used to provide space and water heating, ventilation and lighting energy for space cooling, if applicable renewable energy technologies The calculation is independent of factors related to the individual characteristics of the household occupying the dwelling when the rating is calculated, for example: household size and composition; ownership and efficiency of particular domestic electrical appliances; individual heating patterns and temperatures. Note: Conversion factors from gross to net: Natural gas: LPG: Oil: Calculation: Gross calorific value x factor = Net calorific value 2 VIESMANN Product parameters

3 Vitola 200 (type VB2A) 18 to 63 with Vitoflame 200 pressurejet oil burner Vitola 200 (type VX2A) 18 to 27 with Vitoflame 300 blue flame oil burner Ultralow temperature oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of rated output 30 % of rated output Seasonal efficiency (gross) to Part L2 gas oil Vitoplex 100 (type PV1) 150 to 2000 Standard oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of rated output 30 % of rated output Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output Seasonal efficiency (gross) to Part L2 gas oil Note: NOx is subject to third party burner specification. *1 Standard parameters Product parameters VIESMANN 3

4 Vitoplex 200 (type SX2A) 90 to 1950 Low temperature oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output 240 Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output Seasonal efficiency (gross) to Part L2 gas oil Note: NOx is subject to third party burner specification. 4 VIESMANN Product parameters

5 Vitoplex 300 (type TX3A) 90 to 2000 Low temperature oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of net rated output % of net rated output 263 Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of net rated output 30 % of net rated output Seasonal efficiency (gross) to Part L2 gas oil Note: NOx is subject to third party burner specification. *1 Standard parameters Product parameters VIESMANN 5

6 Vitorond 100 (type VR2B) 40 to 100 Oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 gas oil Note: NOx is subject to third party burner specification. Vitorond 200 (type VD2A) 125 to 270, type VD2 320 to 1080 Oil/gas boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output 260 Seasonal efficiency (gross) to Part L2 gas oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output Seasonal efficiency (gross) to Part L2 gas oil Note: NOx is subject to third party burner specification. *1 Standard parameters 6 VIESMANN Product parameters

7 Vitocrossal 200 (type CM2) 87 to 620 Gas condensing boiler with MatriX radiant burner 100 % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas Vitocrossal 300 (type CT3U) 400 to 630 Gas T condensing boiler with MatriX cylinder burner V 100 % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas Vitocrossal 300 (type CU3A) 19 to 60 Gas condensing boiler with MatriX radiant burner % of net rated output % 30 % of net rated output % 5.2 to to to to to to to to to to 54.3 Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas Product parameters VIESMANN 7

8 Vitocrossal 300 (type CM3) 87 to 142 Gas condensing boiler with MatriX radiant burner 100 % of net rated output % 30 % of net rated output % 29 to to to to to to 130 Standby loss q B,70 % % of rated output 30 % of rated output NOx classification class NOx emissions mg/h <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas Vitocrossal 300 (type CT3) 187 to 635 Gas condensing boiler, up to a rated output of 314 with MatriX radiant burner = 40/30 C 100 % of net rated output % 30 % of net rated output % Standby loss q B,70 % Power consumption *1 at 100 % of rated output 30 % of rated output NOx classification class NOx emissions mg/h <39 <39 <39 <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas LPG Vitocrossal 300 (type CR3B) 787 to 1400 Gas condensing boiler 100 % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 gas LPG Note: NOx is subject to third party burner specification *1 Standard parameters 8 VIESMANN Product parameters

9 Vitoradial 300T (type VR3) 101 to 545 Oil condensing boiler 100 % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 oil % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output % of net rated output Seasonal efficiency (gross) to Part L2 oil Note: NOx is subject to third party burner specification. Vitodens 100 (type B1C) gas combi 7.4 to 35.0 CH and DH % of gross rated output % 30 % of gross rated output % Power consumption Maximum power consumption NOx classification class NOx emissions mg/h <39 <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Vitodens 100 (type B1C) gas system 7.4 to 35.0 CH % of gross rated output % 30 % of gross rated output % Power consumption Maximum power consumption NOx classification class NOx emissions mg/h <39 <39 <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG {} SAP field numbers Product parameters VIESMANN 9

10 Vitodens 100 gas compact 7.9 to 35.0 CH % of gross rated output % 30 % of gross rated output % Power consumption Maximum power consumption NOx classification class NOx emissions mg/h <39 <39 <39 <39 <39 SEDBUK seasonal efficiency 2009 gas {206, 207} Vitodens 111 (type B1LA) gas storage combi 6.5 to 35 CH and DH % of gross rated output % 30 % of gross rated output % Power consumption Maximum power consumption Standby loss q B,S h/24 h of the boiler NOx classification class 5 5 NOx emissions mg/h <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Vitodens 100 (BPJA) gas combi 6.5 to 25.0 CH % of gross rated output % 30 % of gross rated output % Power consumption Maximum power consumption NOx classification class 5 5 NOx emissions mg/h <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Vitodens 200 (type B2KA) combi 5.2 to 35.0 Gas condensing combi boiler Central heating DH heating 100 % of gross rated output % 30 % of gross rated output % Maximum power consumption NOx classification class NOx emissions mg/h <39 <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG {} SAP field numbers 10 VIESMANN Product parameters

11 Vitodens 200 (type B2HA) system 3.2 to 35.0 Gas condensing boiler DH heating 100 % of gross rated output % 30 % of gross rated output % Standby loss q B,70 % Power consumption Appliance without pump at 100 % of net rated output 30 % of net rated output Power consumption, pump Stage 1 Stage NOx classification class NOx emissions mg/h <39 <39 <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Vitodens 200 (type B2HA) 17.0 to 150 Gas condensing boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of net rated output 30 % of net rated output NOx classification class NOx emissions mg/h <39 <39 <39 Seasonal efficiency (gross) to Part L2 gas {} SAP field numbers Product parameters VIESMANN 11

12 Vitodens 222F (type B2TA) 3.2 to 35.0 Gas condensing storage combi boiler with 100 or 130 l loading cylinder Central heating DH heating 100 % of net rated output % 30 % of net rated output % Standby loss q B,S h/24 h of the boiler Standby heat loss q B,S h/24 h of the loading cylinder at 45 K temp. differential Power consumption Appliance without pump at 100 % of net rated output % of net rated output Power consumption, pumps Pump for cylinder heating Heating circuit pump Stage Stage NOx classification class NOx emissions mg/h <39 <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Vitodens 242F (type B2UA) 3.2 to 26.0 Compact Energy Tower for combined gas condensing/solar thermal systems DH heating 100 % of gross rated output % 30 % of gross rated output % Standby loss q B,S h/24 h of the boiler Power consumption Total Heating circuit pump Solar circuit pump Power consumption, pumps Twostage heating circuit pump Stage 1 Stage 2 Threestage solar circuit pump Stage 1 Stage 2 Stage NOx classification class 5 5 NOx emissions mg/h <39 <39 SEDBUK annual efficiency 2009 gas {206, 207} LPG Cylinder capacity litres Standby heat loss q B,S h/24 h V aux (standby capacity) litres V sol (solar capacity) {H11} litres {} SAP field numbers VIESMANN Product parameters

13 Vitocal 200G, type BC 201.A Vitocal 200G, 230 V appliances, type BCM 201.A Type Heat pump output data (to EN 14511, B0/35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP), heating Heat pump output data (to EN 14511, B0/35, T 10 K) Heating output Cooling capacity Power consumption Coefficient of performance ε (COP), heating Sound power level (to EN 12102/EN ISO 96142) db(a) Vitocal 222G, 230 V appliances Heat pump output data (to EN 14511, B0/35, T 5 K) Type BT 106 BT 108 BT 110 Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Heat pump output data (B0/35, T 10 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP), heating Sound power level (to EN 12102/EN ISO 96142) db(a) Vitocal 242G, 230 V appliances Heat pump output data (to EN 14511, B0/35, T 5 K) Type BT 106 BT 108 BT 110 Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Heat pump output data (B0/35, T 10 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP), heating Sound power level (to EN 12102/EN ISO 96142) db(a) Product parameters VIESMANN 13

14 Vitocal 300G B/BS and Vitocal 300G BC Vitocal 300G Type B/BS 06 B/BS 08 B/BS 10 B/BS 13 B/BS 17 Heat pump output data (to EN B0/35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) Vitocal 300G Vitocal 300G Type Type BC 06 B/BS 21 Heat pump output data (to EN 14511, B0/35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) Note: COP to EN 255 at 0/35 C with 10 K spread approx. 5 to 6 % higher than according to EN Vitocal 300G B/BS and Vitocal 300G BC in connection with a water/water heat pump kit Vitocal 300G in connection with a Type B/BS B/BS B/BS B/BS B/BS water/water heat pump kit Heat pump output data (to EN /35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) BC 08 B/BS 29 BC 10 BC 13 B/BS 45 Heat pump output data (to EN B0/35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Heat pump output data (to EN B0/35, T 10 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) Vitocal 300G in connection Type B/BS B/BS B/BS with a water/water heat pump kit Heat pump output data (to EN /35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) BC 17 Vitocal 300G in connection Type BC BC BC BC BC with a water/water heat pump kit Heat pump output data (to EN 14511, 10/35, T 5 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) 14 VIESMANN Product parameters

15 Vitocal 350G B/BS and Vitocal 350G BC Vitocal 350G Type Heat pump output data (to EN B0/35, T 5 K) B/ BS 351.A07 B/ BS 351.A18 Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Heat pump output data (to EN B0/35, T 10 K) Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) Vitocal 350G Type Heat pump output data (to EN B0/35, T 5 K) BC 351.A07 Rated heating output 7.45 Cooling capacity 5.77 Power consumption 1.68 Coefficient of performance ε (COP) 4.67 Heat pump output data (to EN B0/35, T 10 K) Rated heating output 7.59 Cooling capacity 6.12 Power consumption 1.58 Coefficient of performance ε (COP) 4.81 Sound power level db(a) 44 (to EN 12102/EN ISO 96142) Vitocal 350G BS and Vitocal 350G BC in connection with a water/water heat pump kit Vitocal 350G Type Heat pump output data (to EN B0/35, T 5 K) B in connection with a water/water heat pump kit 351.A07 B/BS in connection with a water/ water heat pump kit A 1 8 Rated heating output Cooling capacity Power consumption Coefficient of performance ε (COP) Sound power level db(a) (to EN 12102/EN ISO 96142) Vitocal 350G Type Heat pump output data (to EN B0/35, T 5 K) BC in connection with a water/water heat pump kit 351.A07 Rated heating output Cooling capacity 8.69 Power consumption 1.69 Coefficient of performance ε (COP) 6.07 Sound power level db(a) 44 (to EN 12102/EN ISO 96142) Product parameters VIESMANN 15

16 Vitocal 300A, ACI/AO, 230 V appliances Vitocal 300A, 230 V appliances Type ACIM AOM AOM (silent) Heat pump output data at 100 % (to EN 14511, A2/35, T 5 K) Rated heating output 8.6 Power consumption 2.4 Coefficient of performance ε (COP) 3.5 Output control 3 to 8.6 Heat pump output data at 100 % (to EN 14511, A2/35, T 10 K) Rated heating output 9.2 Power consumption 2.4 Coefficient of performance ε (COP) 3.8 Output control 3 to 9.2 Cooling capacity data at 100 % (to EN 14511, A27/7, T 5 K) Rated cooling capacity 8.6 Power consumption 2.76 Energy efficiency ratio EER 3.12 Output control 3 to 8.6 Cooling capacity data at 100 % (to EN 14511, A35/18, T 10 K) Rated cooling capacity 9.40 Power consumption 3.43 Energy efficiency ratio EER 2.74 Output control 3 to 9.4 Sound power level (to EN ISO / EN ISO 96142) fan level 1 db(a) fan level 2 db(a) fan level 3 db(a) Vitocal 350A, AHI/AHO, 400 V appliances Vitocal 350A, 400 V appliances Type AHI AHO Heat pump output data at 100 % (to EN 14511, A2/35, T 5 K) Rated heating output Power consumption Coefficient of performance ε (COP) Heat pump output data at 100 % (to EN 14511, A7/35, T 5 K) Rated heating output Power consumption Coefficient of performance ε (COP) Sound power level (to EN ISO / EN ISO 96142) * 2 * 2 * 2 fan level 1 db(a) fan level 2 db(a) fan level 3 db(a) * 2 Measurement in the room where HP is located *3 The calculated values are the max. permissible values 16 VIESMANN Product parameters

17 Vitocal 200S / 222S / 242S Vitocal 200S AB/ABAC Type 201.B B C C13 Vitocal 222S ATAC 221.A A B B13 Vitocal 242S ATAC 241.A A B B13 Heat pump output data at 100 % (to EN 14511, A2/35, T 5 K) Rated heating output Power consumption Coefficient of performance ε (COP) Output control 1.1 to to to to 12.3 Heat pump output data at 100 % (to EN 14511, A2/35, T 10 K) Rated heating output Power consumption Coefficient of performance ε (COP) Cooling capacity data at 100 % (to EN 14511, A27/7, T 5 K) Rated cooling capacity Power consumption Performance factor EER Output control 1.2 to to to to 11.5 Cooling capacity data at 100 % (to EN 14511, A35/18, T 10 K) Rated cooling capacity Power consumption Performance factor EER Sound power level (to EN ISO / EN ISO 96142) A7 C (±3K)/35 C (±5K) db(a) A7 C (±3K)/55 C (±5K) db(a) Vitoligno 300P Pellet boiler % of net rated output % 30 % of net rated output % Standby loss q B,70 % % of rated output 30 % of rated output Calculated max. values * % of rated output 30 % of rated output * 2 Measurement in the room where HP is located *3 The calculated values are the max. permissible values Product parameters VIESMANN 17

18 Vitosol 100F Solar collectors Type SV1A/SH1A Gross area m Absorber area m Aperture area {H1} m Optical efficiency η 0 {H2} % Heat loss factor k 1 {H3} /(m 2. K) 4.13 Heat loss factor k 2 /(m 2. K 2 ) Incidence angle modifier I AM (50 ) 0.9 Thermal capacity C kj/(m 2. K) 4.7 Vitosol 200F Solar collectors Type SV2A/SH2A Gross area m Absorber area m Aperture area {H1} m Optical efficiency η 0 {H2} % Heat loss factor k 1 {H3} /(m 2. K) 4.04 Heat loss factor k 2 /(m 2. K 2 ) Incidence angle modifier I AM (50 ) 0.93 Thermal capacity C kj/(m 2. K) 5.0 Vitosol 200T Vacuum tube collectors Type SP2 2 m 2 3 m 2 Gross area m Absorber area m Aperture area {H1} m Optical efficiency η 0 {H2} % Heat loss factor k 1 {H3} /(m 2. K) Heat loss factor k 2 /(m 2. K 2 ) Incidence angle modifier I AM (50 ) Thermal capacity C kj/(m 2. K) Vitosol 300T Vacuum tube collectors Type SP3A 2 m 2 3 m 2 Gross area m Absorber area m Aperture area {H1} m Optical efficiency η 0 {H2} Heat loss factor k 1 {H3} /(m 2. K) Heat loss factor k 2 /(m 2. K 2 ) Incidence angle modifier I AM (50 ) Thermal capacity C kj/(m 2. K) { } SAP field number Relative to the aperture area 18 VIESMANN Product parameters

19 Vitovent 300 (air flow rate up to 180 m 3 /h) Max. air flow rate m 3 /h 180 Max electrical consumption 132 Heat recovery level η HRL 0.89 Sound emission 75 m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) 49.0 Vitovent 300 (air flow rate up to 300 m 3 /h and 400 m 3 /h) Max. air flow rate m 3 /h Max electrical consumption Heat recovery level η HRL Sound emission 100 m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) m 3 /h db(a) Product parameters VIESMANN 19

20 Vitocell 200V 90 to 300 litre capacity Cylinder capacity litres Standby heat loss q B,S h/24 h at 45 K temp. differential Volume litres Vitocell 300V (type EVI) 200 to 500 litre capacity Cylinder capacity {50} litres Standby heat loss q B,S h/24 h at 45 K temp. differential {51} Vitocell 200B 210 to 300 litre capacity Cylinder capacity {50} litres Standby heat loss q B,S h/24 h *5 at 45 K temp. differential {51} V aux (standby capacity) litres V sol (solar capacity) {H11} litres Vitocell 300B (type EVB) 300 and 500 litre capacity Cylinder capacity {50} litres Standby heat loss q B,S at 45 K temp. differential {51} h/24 h 1.17*5 1.37*5 V aux (standby capacity) litres V sol (solar capacity) {H11} litres Vitocell 100E (type SV, SVP and SVPA) 200 to 950 litre capacity Type SV SVP SVPA Cylinder capacity litres Standby heat loss q B,S at 45 K temp. differential h/24 h Printed on environmentally friendly, chlorinefree bleached paper Vitocell 140E (type SEIA) 750 and 950 litre capacity Vitocell 160E (type SESA) 750 and 950 litre capacity Cylinder capacity litres Standby heat loss q B,S h/24 h 1.63*5 1.67*5 at 45 K temp. differential V aux (standby capacity) litres V sol (solar capacity) litres Vitocell 340M (type SVKA) 750 and 950 litre capacity Vitocell 360M (type SVSA) 750 and 950 litre capacity Cylinder capacity litres Standby heat loss q B,S h/24 h 1.49*5 1.61*5 at 45 K temp. differential V aux (standby capacity) litres V sol (solar capacity) litres All Viessmann cylinders are insulated with PUR hard foam blown with CO 2 Subject to technical modifications. GP: < (Global arming Potential) ODP: 0 (Ozone Depletion Potential) { } SAP field number *5 Standard parameter to DIN V Viessmann erke GmbH&Co KG D35107 Allendorf Telephone: Fax: Viessmann Limited Hortonwood 30, Telford Shropshire, TF1 7YP, GB Telephone: Fax: infouk@viessmann.com 20 VIESMANN Product parameters