PEAD-M50JA PUZ-ZM50VKA. Indoor unit Outdoor unit. Model A A + A A + + A B C D E B C D E 3,8 4, /2011
|
|
|
- Percival Burns
- 6 years ago
- Views:
Transcription
1 Model Indoor unit Outdoor unit PED-M5J PUZ-ZM5VK SEER SCOP B C D E ++ kw SEER kwh/annum B C D E 5, kw 6,2 SCOP 282 kwh/annum ,8 4, db db 626/211
2 PED-M35J PED-M5J PED-M6J PED-M71J PUZ-ZM35VK 54 PUZ-ZM5VK 59 PUZ-ZM6VH 55 PUZ-ZM71VH , ,6 3, ,4 R32 GWP 55 *1 6,2 6, , 6,1 4, 4, ,8 4,4 5, ,1 3, ,9 2,4 (-1 C) 3,8 (-1 C) 4,4 (-1 C) 4,9 (-1 C) 2,4 (-1 C) 3,8 (-1 C) 4,4 (-1 C) 4,9 (-1 C) 2,2 (-11 C) 3,7 (-11 C) 2,8 (-2 C) 3,7 (-2 C)
3
4 PRODUCT IFORMTIO (*) PCKGED IR CODITIOER IDOOR MODEL PED-M5J OUTDOOR MODEL PUZ-ZM5VK If function includes heating: Indicate the heating season the Function (indicate if present) information relates to. Indicated values should relate to one heating season at a time. Include at least the heating season verage (mandatory) cooling Warmer (if designated) heating Colder (if designated) Item symbol value unit Item symbol value unit Design load Seasonal efficiency cooling Pdesignc 5. kw cooling SEER heating/verage Pdesignh 3.8 kw heating/verage SCOP/ heating/warmer Pdesignh x kw heating/warmer SCOP/W x - heating/colder Pdesignh x kw heating/colder SCOP/C x - Declared capacity for cooling, at indoor temperature 27(19) and outdoor temperature Tj Declared energy efficiency ratio, at indoor temperature 27(19) and outdoor temperature Tj Tj=35 Pdc 5. kw Tj=35 EERd Tj=3 Pdc 3.6 kw Tj=3 EERd Tj=25 Pdc 2.3 kw Tj=25 EERd Tj=2 Pdc 2.3 kw Tj=2 EERd Declared capacity for heating/verage season, at indoor temperature 2 and outdoor temperature Tj Declared coefficient of performance/verage season, at indoor temperature 2 and outdoor temperature Tj Tj=-7 Pdh 3.4 kw Tj=-7 COPd Tj=2 Pdh 2. kw Tj=2 COPd Tj=7 Pdh 1.4 kw Tj=7 COPd Tj=12 Pdh 1.7 kw Tj=12 COPd Tj=bivalent temperature Pdh 3.8 kw Tj=bivalent temperature COPd 3. - Tj=operating limit Pdh 3.7 kw Tj=operating limit COPd 2. - Declared capacity for heating/warmer season, at indoor temperature 2 and outdoor temperature Tj Declared coefficient of performance/warmer season, at indoor temperature 2 and outdoor temperature Tj Tj=2 Pdh x kw Tj=2 COPd x - Tj=7 Pdh x kw Tj=7 COPd x - Tj=12 Pdh x kw Tj=12 COPd x - Tj=bivalent temperature Pdh x kw Tj=bivalent temperature COPd x - Tj=operating limit Pdh x kw Tj=operating limit COPd x - Declared capacity for heating/colder season, at indoor temperature 2 and outdoor temperature Tj Declared coefficient of performance/colder season, at indoor temperature 2 and outdoor temperature Tj Tj=-7 Pdh x kw Tj=-7 COPd x - Tj=2 Pdh x kw Tj=2 COPd x - Tj=7 Pdh x kw Tj=7 COPd x - Tj=12 Pdh x kw Tj=12 COPd x - Tj=bivalent temperature Pdh x kw Tj=bivalent temperature COPd x - Tj=operating limit Pdh x kw Tj=operating limit COPd x - Tj=-15 Pdh x kw Tj=-15 COPd x - Bivalent temperature Operating limit temperature heating/verage Tbiv -1 heating/verage Tol -11 heating/warmer Tbiv x heating/warmer Tol x heating/colder Tbiv x heating/colder Tol x Cycling interval capacity Cycling interval efficiency for cooling Pcycc x kw for cooling EERcyc x - for heating Pcych x kw for heating COPcyc x - Degradation co-efficient cooling Cdc.25 - Degradion co-efficient heating Cdh.25 - Electric power input in power modes other than 'active mode' nnual electricity consumption off mode POFF 17 W cooling QCE 282 kwh/a standby mode PSB 17 W heating/verage QHE 1237 kwh/a thermostat - off mode PTO(c/h) 17/15 W heating/warmer QHE x kwh/a crankcase heater mode PCK W heating/colder QHE x kwh/a Capacity control (indicate one of three options) Other items fixed Sound power level (indoor/outdoor) LW 59/ db() staged Global warming potential GWP 55 kgco2eq. variable Rated air flow (indoor/outdoor) - 12/27 m3/h Contact details for obtaining ame and address of the manufacturer or of its authorized representative. more information (*) This information is based on the "product information requirement" in COMMISSIO REGULTIO (EU) o26/212.
5 TECHICL DOCUMETTIO ( 1 ) PCKGED IR CODITIOER IDOOR MODEL PED-M5J 25H9W732D (mm) OUTDOOR MODEL PUZ-ZM5VK 63H89W3D (mm) Function cooling heating The heating season verage (mandatory) Warmer (if designated) Colder (if designated) Capacity control fixed staged variable Item Seasonal efficiency ( 2 ) symbol value unit cooling SEER heating/verage SCOP/ heating/warmer SCOP/W x - heating/colder SCOP/C x - Energy efficiency class cooling SEER + - heating/verage SCOP/ - heating/warmer SCOP/W x - heating/colder SCOP/C x - Other items Sound power level (indoor/outdoor) LW 59/ db() Refrigerant - R32 - Global warming potential GWP 55 kgco2eq. identification and signature of the person empowered to bind the supplier tsushi Edayoshi Manager, Packaged ir Conditioners Quality Control Section MITSHUBISHI ELECTRIC CORPORTIO SHIZUOK WORKS (1) This information is based on COMMISSIO DELEGTED REGULTIO (EU)o626/211. (2) SEER/SCOP values are measured based on FprE 14825:211: Testing and rating at part load conditions and calculation of seasonal performance.
PEAD-RP35JALQ PUHZ-ZRP35VKA2. Indoor unit Outdoor unit. Model A +++ A A A + A + + A B C D E B C D E 2,4 4, /2011
Model Indoor unit Outdoor unit PED-RP35JLQ PUHZ-ZRP35VK2 SEER SCOP +++ +++ + + B C D E ++ kw SEER kwh/annum + + + B C D E 3,6 kw 6, SCOP 211 kwh/annum ++ + 2,4 4, 839 52 db db 626/211 PED-RP35JLQ PUHZ-ZRP35VK2
PEAD-M100JA PUHZ-P100VKA. Indoor unit Outdoor unit. Model A +++ A ++ A + A A A B C D B C D 8,0 4, /2011
Model Indoor unit Outdoor unit PED-M100J PUHZ-P100VK SEER SCOP +++ +++ ++ + B C D kw SEER kwh/annum ++ + B C D 9,4 kw 5,1 SCOP 644 kwh/annum + db db 6/2011 PED-M100J PED-M100J PUHZ-P100VK PUHZ-P100K R410
SEZ-M35DA SUZ-KA35VA6. Indoor unit Outdoor unit. Model A +++ A A A + A + + A B C D E B C D E 2,8 4, /2011
Model Indoor unit Outdoor unit SEZ-M35D SUZ-K35V6 SEER SCOP +++ +++ + + B C D E ++ kw SEER kwh/annum + + + B C D E 3,5 kw 5,7 SCOP 210 kwh/annum ++ + 2,8 4,0 979 53 db 62 db 626/2011 SEZ-M25D SEZ-M35D
SEZ-M25DA SUZ-KA25VA6. Indoor unit Outdoor unit. Model A +++ A A A + + A B C D E B C D E 2,2 3, /2011
Model Indoor unit Outdoor unit SEZ-M25D SUZ-K25V6 SEER SCOP +++ +++ + + B C D E kw SEER kwh/annum + + B C D E 2,5 kw SCOP 162 kwh/annum 2,2 808 ++ ++ 50 db db 626/2011 SEZ-M25D SEZ-M35D SEZ-M50D SEZ-M60D
SEZ-M25DAL SUZ-KA25VA6. Indoor unit Outdoor unit. Model A +++ A A A + + A B C D E B C D E 2,2 3, /2011
Model Indoor unit Outdoor unit SEZ-M25DL SUZ-K25V6 SEER SCOP +++ +++ + + B C D E kw SEER kwh/annum + + B C D E 2,5 kw SCOP 162 kwh/annum 2,2 808 ++ ++ 50 db db 626/2011 SEZ-M25DL SEZ-M35DL SEZ-M50DL SEZ-M60DL
SEZ-KD35VAL SUZ-KA35VA5. Indoor unit Outdoor unit. Model A +++ A ++ A + B C D B C D 2,8 4, /2011
Model Indoor unit Outdoor unit SEZKD35VL SUZK35V5 SEER SCOP +++ +++ ++ + B C D kw SEER kwh/annum + ++ + B C D 3,5 kw 5,6 SCOP 219 kwh/annum + 2,8 4,0 979 53 db 62 db 626/2011 SEZKD25VL SEZKD35VL SEZKD50VL
PKA-RP100KAL PUHZ-SHW112YHA. Indoor unit Outdoor unit. Model C D E F G C D E F G 12,7 3, /2011
Model Indoor unit Outdoor unit PK-RP100KL PUHZ-SHW112H SCOP +++ ++ B + C E F G kw kwh/annum +++ ++ B + C E F G 10,0 kw 5,2 SCOP 673 kwh/annum 12,7 3,8 4664 65 db 69 db 626/2011 Model B Indoor unit PK-RP100KL
SLZ-KF25VA2 SUZ-KA25VA6. Indoor unit Outdoor unit. Model A A + A A + + A B C D E B C D E 2,2 4, /2011
Model Indoor unit Outdoor unit SLZ-KF25VA2 SUZ-KA25VA6 SEER SCOP +++ A A + + A B C D E ++ kw SEER kwh/annum A ++ +++ A A + + A B C D E 2,6 kw X 6,3 SCOP X 144 kwh/annum X ++ A + 2,2 716 X X X 48 db 58
SLZ-KF35VA2 SUZ-KA35VA6. Indoor unit Outdoor unit. Model A A + A A + + A B C D E B C D E 2,6 4, /2011
Model Indoor unit Outdoor unit SLZ-KF35VA2 SUZ-KA35VA6 SEER SCOP +++ A A + + A B C D E ++ kw SEER kwh/annum A ++ +++ A A + + A B C D E 3,5 kw X 6,5 SCOP X 188 kwh/annum X ++ A + 2,6 845 X X X 51 db 62
SLZ-KF25VA SUZ-KA25VA5. Indoor unit Outdoor unit. Model A +++ A ++ A + B C D B C D 2,2 4, /2011
Model Indoor unit Outdoor unit SLZKF25VA SUZKA25VA5 SEER SCOP + + A B C D kw SEER kwh/annum A B C D 2,6 kw 6,3 SCOP 144 kwh/annum 2,2 716 48 db 58 db 626/2011 SLZKF25VA SLZKF35VA SLZKF50VA SLZKF60VA SUZKA25VA5
SLZ-M25FA SUZ-KA25VA6. Indoor unit Outdoor unit. Model A A + A + + A B C D E B C D E 2,2 4, X 626/2011
Model Indoor unit Outdoor unit SEER SCOP A + + A B C D E +++ ++ + +++ + A + + A B C D E kw 2,6 kw SEER 6,3 SCOP 144 ++ A + 2,2 716 48 db 58 db 626/2011 48 58 6,3 144 2,6 716 2,2 2,0 (-10 C) SLZ-M35FA SUZ-KA35VA6
Sound power levels on cooling. mode. db G Refrigerant R410A GWP 1975 *1 SEER H Cooling A A
A Model B Indoor unit PLA-RP100BA PLA-RP100BA C Outdoor Unit PUHZ-SHW112VHA(-BS) PUHZ-SHW112HA(-BS) D Sound power levels on cooling E Inside db 62 62 mode F Outside db 69 69 G Refrigerant R410A GWP 1975
Sound power levels on cooling. mode. db G Refrigerant R410A GWP 1975 *1 SEER B B. kw SCOP
A Model B Indoor unit PEAD-RP100JALQ PEAD-RP100JALQ C Outdoor Unit PUHZ-SHW112VHA(-BS) PUHZ-SHW112HA(-BS) D Sound power levels on cooling E Inside db 63 63 mode F Outside db 69 69 G Refrigerant R410A GWP
PEAD-RP100JALQ PEAD-RP100JALQ
A Model B Indoor unit PEAD-RP100JALQ PEAD-RP100JALQ C Outdoor Unit PUHZ-P100VHA4 PUHZ-P100HA2 D E Inside db 61 61 Sound power levels on cooling mode F Outside db 70 70 G Refrigerant R410A GWP 1975 *1 SEER
A ++ A + A A + + A B C D E B C D E. Model 8,9 4, MXZ-5E102VA MSZ-EF18/18/22VE MSZ-EF22/22VE. Outdoor unit Indoor unit1/2/3 Indoor unit4/5
Model Outdoor unit Indoor unit1/2/3 Indoor unit4/5 MSZ-EF18/18/22VE MSZ-EF22/22VE SEER SCOP +++ A A + + A B C D E ++ kw SEER kwh/annum A ++ +++ A A + + A B C D E 10,2 kw 6,6 SCOP 537 kwh/annum ++ A + 8,9
PLA-RP100BA PUHZ-SHW112YHA. Indoor unit Outdoor unit. Model B C D E F C D E F G 10,0 X 12,7 5,3 X 4,0 661 X 626/2011
5,3 10,0 661 4,0 12,7 4445 62 69 PL-RP100B PUHZ-SHW112H kw kw kwh/annum kwh/annum db db 626/2011 B C E F G B C E F Model Indoor unit Outdoor unit Model B Indoor unit PL-RP100B PL-RP100B C Outdoor Unit
SG79V568H02_print outline.pdf 2012/10/23 8:27:38 CMY
SG79V568H02_print outline.pdf 2012/10/23 8:27:38 C M CM M C CM K PRODUCT IFORMATIO (*) IDOOR MODEL 1/2/3 MSZ-EF18VE / MSZ-EF22VE / - ROOM AIR CODITIOER IDOOR MODEL 4/5/6 - / - / - OUTDOOR MODEL MXZ-2D40VA
Page 1 of 7 NTRE AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway
Report NO.: NTRE20160400-1 Page 1 of 7 Report No.: pplicant Name: NTRE20160400-1 S Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway : Split ir Conditioner Identification: Serial No.:
Page 1 of 7 NTRE AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway
Report NO.: NTRE20160346 Page 1 of 7 Report No.: pplicant Name: : NTRE20160346 S Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway Split ir Conditioner Identification: Lillehammer 12
Air Conditioner ErP Test Report
Air Conditioner ErP Test Report Report Number Test Laboratory Name / Address Applicant Name / Address Manufacturing Name / Address Product Brand Name Description Model(s) (if applicable) Indoor Unit (split
Page 1 of 6 NTR AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway. Split Air Conditioner
Report O.: TR20160022 Page 1 of 6 Test Report o.: Applicant ame: TR20160022 AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, orge/orway Test item: Split Air Conditioner Identification: Bardu
Page 1 of 7 NTR AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway. Split Air Conditioner
Report NO.: NTR20160404 Test Report No.: Applicant Name: Test item: NTR20160404 Split Air Conditioner Page 1 of 7 AS Wilfa, Industriveien 25, Postboks 146, Hagan 1481 Hagan, Norge/Norway Identification:
Pdesignc kw 2,5 3,2 4,6 6,1 Pdesignh Zona Climatica Media kw 2,5 3,2 3,3 4,6 Pdesignh Zona Climatica Calda kw 2,5 3,2 3,3 4,6
Hiro DC Inverter Modello Unità di Misura HTN/HTG-09IV HTN/HTG-12IV HTN/HTG- 17IV HTN/HTG-21IV Pdesignc kw 2,5 3,2 4,6 6,1 Pdesignh Zona Climatica Media kw 2,5 3,2 3,3 4,6 Pdesignh Zona Climatica Calda
Pdesignc kw 2,7 3,5 5,3 7,0 Pdesignh Zona Climatica Media kw 2,8 3,2 4,5 6,4 Pdesignh Zona Climatica Calda kw 3,2 3,2 4,6 7,1
DC Inverter Funzione Wi-Fi Modello Unità di Misura TKN/TKG-628R32 TKN/TKG-635R32 TKN/TKG-656R32 TKN/TKG-671R32 Pdesignc kw 2,7 3,5 5,3 7,0 Pdesignh Zona Climatica Media kw 2,8 3,2 4,5 6,4 Pdesignh Zona
(Notices) EUROPEAN COMMISSION
16.6.2012 Official Journal of the European Union C 172/1 IV (Notices) NOTICES FROM EUROPEAN UNION INSTITUTIONS, BODIES, OFFICES AND AGCIES EUROPEAN COMMISSION Commission Communication in the framework
A+++ A++ % Data for package fiche. Supplier's name: Model:
" ' &! ( ( ( ( # $ ! & ' ( " # $ ) ' (!! Supplier's name: Model: NIBE NIBE AMS10-8+HBS05+VVM320 Temperature application 35 55 C Declared load profile for water heating XL efficiency class, average climate:
XXL kwh Annual electricity consumption for water heating, warm climate. kwh Seasonal space heating energy efficiency, cold climate: VII
! ' ' ' ' $ " # $ " # $ & $ & ! " ( ) * +! & ' (, * + # $ Supplier's name: Model: NIBE NIBE F2300-14+ VVM 500 Temperature application 35 55 C Declared load profile for water heating XXL efficiency class,
kwh Annual electricity consumption for water heating, cold climate. kwh Annual energy consumption for space heating, warm climate
" " " " & ' " # $ & ' Product fiche Supplier's name: Model: NIBE NIBE F1155-6 (+ VPB300) Temperature application 35 55 C Declared load profile for water heating XL efficiency class, average climate:
OH 1-5es - S/W Art.Nr.: B C 35 C A ++ A + A B C D E F G A + A /2013
I II OH 1-5es - S/W Art.Nr.: B10886 55 C 35 C A ++ A + A B C D E F G A + A ++ 39 db --- db 2015 811/2013 Package (heat pumps and combination heater with heat pump) Seasonal space heating energy efficiency
OH 1-6es - W/W Art.Nr.: B C 35 C A ++ A ++ A ++ A + A B C D E F G /2013
I II OH 1-6es - W/W Art.Nr.: B10893 55 C 35 C A ++ A + A B C D E F G A ++ A ++ 39 db --- db 2015 811/2013 Package (heat pumps and combination heater with heat pump) Seasonal space heating energy efficiency
Annex 4: Energy Labelling Air Conditioner Equations and Calculations
Annex 4: Energy Labelling Air Conditioner Equations and Calculations Page 1 of 13 1 Guidance on the Calculations and Production of Equations from within EU Regulation 626/2011 Energy Labelling of Air Conditioners
Product datasheet on energy consumption Greenstore 11 Combi LECP
The following product data complies with the requirements of EU Regulations 811/2013, 812/2013, 813/2013 and 814/2013 as supplement to the Directive 2010/30/EU. Productdata Symbol Unit Brine-to-water heat
City Multi VRF. Seasonal Efficiency Explained
City Multi VRF Seasonal Efficiency Explained The Need for Energy Efficient Buildings and Products This Mitsubishi Electric guide gives an overview of the Ecodesign Directive for Energy Related Products
ErP Eco - design. MULTIBETON HELLAS A.E.
www.atlantic-heatpumps.gr ErP Eco - design MULTIBETON HELLAS A.E. Μιχαλακοπούλου 113, Αθήνα Τηλ.: 210 7771571, 7778345 Fax: 210 7777557 Email: info@multibeton.gr 5 ErP performance values 5.1 ErP Definition
Draft. COMMISSION DELEGATED REGULATION (EU) No /
EN EN EN EUROPEAN COMMISSION Brussels, xxx C(2011) yyy final Draft COMMISSION DELEGATED REGULATION (EU) No / of [ ] supplementing Directive 2010/30/EU of the European Parliament and of the Council with
EHPA suggestion We thus suggest to integrate waste heat recovery into the aligned test standards.
EHPA review of the documents on possible requirements for air heating, cooling products and high temperature process chillers (Ecodesign ENTR Lot 6 / ENER Lot 21) EHPA, as the representative of the European
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE
FRAUNHOFER INSTITUTE FOR SOLAR ENERGY SYSTEMS ISE New performance requirements on conventional climatisation systems or: Know your enemy! Jochen Döll Fraunhofer Institute for Solar Energy Systems ISE IEA
AIR-TO-AIR HEAT PUMPS EVALUATED FOR NORDIC CLIMATES- TRENDS AND STANDARDS
Poster P.2.14-1 - AIR-TO-AIR HEAT PUMPS EVALUATED FOR NORDIC CLIMATES- TRENDS AND STANDARDS Helena Nakos, MSc, SP Technical Research Institute of Sweden, Energy Technology, Box 857, 501 15 Borås, Sweden;
PDC WALL. Basic Code - Codice base. Model - Modello PRODUCT FICHE - SCHEDA PRODOTTO WALL 05 WALL 07
TECHNICAL SHEET SCHEDA TECNICA PDC PRODUCT FICHE ACCORDING TO REGULATION (EU) 811/2013- SCHEDA PRODOTTO REGOLAMENTO UE 811/2013 PDC - - - 12-12T - 15-15T - - Basic Code - Codice base Model - Modello Supply
Heat Pumps. and energy labelling regulations
Heat Pumps European ecodesign and energy labelling regulations CIAT: responsible thinking the Ecodesign regulation The objective of the Ecodesign directive is to bring manufacturers to design their products
Energy labelling and ecodesign requirements for heat pumps
Prepared for the Danish Energy Agency by Pia Rasmussen, Danish Technological Institute 31 December 2011 Energy labelling and ecodesign requirements for heat pumps The following document describes adopted
An Integrated Solution for Commercial AC Chillers Using Variable Speed Scroll Compressors
Purdue University Purdue e-pubs International Refrigeration and Air Conditioning Conference School of Mechanical Engineering 2016 An Integrated Solution for Commercial AC Chillers Using Variable Speed
Peace of mind at all times DAISEIKAI 9. hatever you need
Peace of mind at all times DAISEIKAI 9 hatever you need DAISEIKAI 9 DAISEIKAI 9 Choose the ultimate in comfort A+++ ratings in both cooling and heating for peerless energy efficiency Make a positive impact
ANNEX 1. Technical documentation for heat pumps and electric boilers
Page 2 of 35 Report.: 291725 ANNEX 1 Technical documentation for heat pumps and electric boilers Supplier: Address: Applied standards: Identification of person emed: Signature of person emed: Calculations:
Air-cooled air conditioners and airto-air heat pumps Testing and calculating methods for seasonal performance factors. Part 1:
Provläsningsexemplar / Preview INTERNATIONAL STANDARD ISO 16358-1 First edition 2013-04-15 Air-cooled air conditioners and airto-air heat pumps Testing and calculating methods for seasonal performance
The impact of the work under partial load on the energy efficiency of an air-to-water heat pump
The impact of the work under partial load on the energy efficiency of an airtowater heat pump Krzysztof Piechurski 1,*, Małgorzata SzulgowskaZgrzywa 1, and Jan Danielewicz 1 1 Wrocław University of Science
i-chiller 125 to 169 kw ic640 to ic660 ABOUT THE i-chiller RANGE ENERGY & PROCESS EFFICIENCY: RELIABILITY: EASE OF OPERATION & MAINTENANCE:
ABOUT THE i-chiller RANGE The fully packaged, EcoDesign compliant, air-cooled i-chiller range is designed specifically for reliable and efficient process cooling. The unique evaporator is immersed within
COOLING BENCHMARKING STUDY. Part 2: Benchmarking Component Report
COOLING BENCHMARKING STUDY Part 2: Benchmarking Component Report June 2011 BY Paul Waide, Philippe Rivière and Rowan Watson; Navigant in Partnership with The Collaborative Labeling and Appliance Standards
Contact person Date Reference Page Helena Nakos P rev.1 1 (6) Energy Technology
issued by an Accredited Testing Laboratory Contact person Helena Nakos 2014-08-12 4P01457-01 rev.1 1 (6) Energy Technology +46 10 516 53 34 Helena.Nakos@sp.se 1002 ISO/IEC 17025 Magnus Larsson Danfoss
Contact person Date Reference Page Helena Nakos P (6) Energy Technology
issued by an Accredited Testing Laboratory Contact person Helena Nakos 2014-06-24 4P01457-02 1 (6) Energy Technology +46 10 516 53 34 Helena.Nakos@sp.se 1002 ISO/IEC 17025 Magnus Larsson Danfoss Värmepumpar
SIMPLICITY OR INTELLIGENCE? Heat pumps and water-cooled chillers Cooling capacity kw Heating capacity kw 30WG / 61WG / 30WGA
EW ATION D E S I G N I N G I N N O V A T I V E S O L U T I O N S AIR CONDITIONING AND HEATING SOLUTIONS SIMPLICITY OR INTELLIGENCE? AQUASNAP, BECAUSE YOU SHOULD NOT HAVE TO CHOOSE. Heat pumps and water-cooled
European KEYMARK Scheme
European KEYMARK Scheme Heat Pumps Revision Number: 2 (2017-03-10) Page: 2 of 12 Date Description of modification Revision number 01/05/2016 Initial version 1.1 10/03/2017 Addition of air/air product Editorial
WORKING DOCUMENT. (Text with EEA relevance) Warm air heaters using gaseous fuel
WORKING DOCUMT Commission communication in the framework of the implementation of Commission Regulation (EU) No [insert after publication] implementing Directive 2009/125/EC of the European Parliament
European KEYMARK Scheme
European KEYMARK Scheme Heat Pumps Revision Number: 3 (2017-09-12) Page: 2 of 12 Date Description of modification Revision number 01/05/2016 Initial version 1.1 10/03/2017 Addition of air/air product Editorial
COPs, EERs, and SEERs
Power Knot LLC 501 Valley Way Milpitas CA 95035 COPs, EERs, and SEERs How Efficient is Your Air Conditioning System? USA +1-408-889-8433 www.powerknot.com 1 Introduction This note discusses performances
European KEYMARK Scheme
European KEYMARK Scheme Heat Pumps Revision Number: 4 (07/03/2018) Page: 2 of 12 Date Description of modification Revision number 01/05/2016 Initial version 1.1 10/03/2017 Addition of air/air product Editorial
Water Heating Technologies To Meet Energy & Environmental Challenges
Water Heating Technologies To Meet Energy & Environmental Challenges Giovanni Zullo Vice President - Marketing & Planning Emerson Climate Technologies, Asia Pacific Our Vision: Emerson Climate Technologies,
CARRIER, COMMITTED TO ENVIRONMENTAL RESPONSIBILITY
S I N I N I N N O V T I V S O L U T I O N S HTIN, VNTILTION & IR ONITIONIN SOLUTIONS RRIR, OMMITT TO NVIRONMNTL RSPONSIILITY I 30WH012H9 II 55 35 + + 13.20 8.38 7.76 15.37 9.76 9.04 68 2015 811/2013 uropean
FTXM-K + RXM-L. Product catalogue 2015
FTXM-K + RXM-L Product catalogue 2015 Why choose Daikin Our promise is to ensure that your customers can depend on Daikin for the ultimate in comfort. We dedicate ourselves to technological excellence,
Experimental based determination of SCOP coefficient for ground-water heat pump
Experimental based determination of SCOP coefficient for ground-water heat pump Stanisław Anweiler 1,*, and Maciej Masiukiewicz 1 1 Department of Mechanical Engineering, Opole University of Technology,
European KEYMARK Scheme
European KEYMARK Scheme Heat Pumps Revision Number: 1.1 (2016-05-01) Page: 2 of 11 Foreword This KEYMARK Scheme for heat pumps is prepared by the European Scheme Group for Heat Pumps (SG-HP) under coordination
Preparatory Studies for Ecodesign Requirements of EuPs (III)
Preparatory Studies for Ecodesign Requirements of EuPs (III) ENER Lot 21 Central heating products that use hot air to distribute heat Task 8: Scenario, policy, impact and sensitivity analysis Report to
Conservation First Framework LDC Tool Kit Final v2.1 July 1, 2017
Program Name: Save on Energy Heating and Cooling Program 1. Program Description The Heating and Cooling Program encourages individuals and businesses to replace or retrofit existing heating and cooling
Eurovent certification programmes for HVAC products with verified performances
Eurovent certification programmes for HVAC products with verified performances Rehva Annual Conference 2015 8 May 2015, Riga, Latvia Sylvain Courtey s.courtey@eurovent-certification.com 6 reference certification
HEAT PUMP PERFORMANCE DATA ANALYSIS
VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ BRNO UNIVERSITY OF TECHNOLOGY FAKULTA STROJNÍHO INŽENÝRSTVÍ ENERGETICKÝ ÚSTAV FACULTY OF MECHANICAL ENGINEERING ENERGY INSTITUTE HEAT PUMP PERFORMANCE DATA ANALYSIS ANALÝZA
Development of high efficiency VRF systems under partial heat load for commercial buildings
Development of high efficiency VRF systems under partial heat load for commercial buildings Kousuke KIBO*, Masafumi HIROTA**, Yuta TERANISHI**, Yoichi MIYAOKA***, Katsuaki NAGAMATSU*** and Takashi NAMIWO***
Working Document on a Draft. COMMISSION DELEGATED REGULATION (EU) No /.. of XXX
Working Document on a Draft COMMISSION DELEGATED REGULATION (EU) No /.. of XXX supplementing Directive 2010/30/EU of the European Parliament and of the Council with regard to the energy labelling of ovens
(Text with EEA relevance) Warm air heaters using gaseous fuel
Commission communication in the framework of the implementation of Commission Regulation (EU) No [insert after publication] implementing Directive 2009/125/EC of the European Parliament of the Council
Life Cycle Assessment of air conditioning and heat pumps, manufacturers experience. IIR WP Delft 28 June2012 Martin Dieryckx Daikin Europe NV
Life Cycle Assessment of air conditioning and heat pumps, manufacturers experience IIR WP Delft 28 June2012 Martin Dieryckx Daikin Europe NV General business drivers in the EU EU policies 20 20 20 Non
L 301/14 Official Journal of the European Union DECISIONS COMMISSION
L 301/14 Official Journal of the European Union 20.11.2007 II (Acts adopted under the EC Treaty/Euratom Treaty whose publication is not obligatory) DECISIONS COMMISSION COMMISSION DECISION of 9 November
COOLING BENCHMARKING STUDY Part 3: Testing Component Report
COOLING BENCHMARKING STUDY Part 3: Testing Component Report June 2011 BY André Pierrot and Julio Conde CEIS in Partnership with The Collaborative Labeling and Appliance Standards Program (CLASP) ACKNOWLEDGEMENTS
Variable Speed Solutions. Outstanding performance for residential applications
Variable Speed Solutions Outstanding performance for residential applications Heat pumps - an efficient technology using renewable energy Environmental impact, reduction of carbon footprint and energy
Available online at ScienceDirect. Energy Procedia 81 (2015 )
Available online at www.sciencedirect.com ScienceDirect Energy Procedia 81 (215 ) 17 69th Conference of the Italian Thermal Engineering Association, ATI 214 Climate influence on seasonal performances of
Center for Environmental Energy Engineering Department of Mechanical Engineering University of Maryland College Park, MD
System Drop-In and Soft Optimization Tests of R-40A Alternative Refrigerants in Split System Heat Pump Jan. 204 Abdullah Alabdulkarem, Radia Eldeeb, Yunho Hwang, Vikrant Aute, Reinhard Radermacher Center
Labelling and certification of HVAC products
Labelling and certification of HVAC products Sylvain COURTEY Eurovent - Certification s.courtey@eurovent-certification.com Introduction For some years now, the European commission has pushed for energy
Air Conditioning. Technical Data EEDEN RXS-L
Air Conditioning Technical Data EEDEN15-100 RXS-L TABLE OF CONTENTS RXS-L 1 Features............................................................. 2 2 Specifications.......................................................
1/74. Heat pumps. types parameters effectivity
1/74 Heat pumps types parameters effectivity Heat pumps 2/74 generally devices for: pumping the thermal energy from environment A at low (= nonutilisable) temperature (anergy) and transferring it to environment
Appendix B 2019 Commercial Unitary Air Conditioning and Heat Pumps Specification
Appendix B 2019 Commercial Unitary Conditioning and Heat Pumps Specification Unitary Conditioner Specification Effective January 1, 2019 Equipment Type Cooled (Cooling Mode) Water Cooled Size Category
Variable Speed Solutions Outstanding Performance For Heat Pump Applications
Variable Speed Solutions Outstanding Performance For Heat Pump Applications Your Choice For An Efficient Heating Solution Emerson Climate Technologies offers a wide selection of products from single components
Executive Summary. Final July Introduction
Air conditioning products, ENTR Lot 6 Executive Summary Introduction This is the executive summary of the air conditioning component of the preparatory study ENTR Lot 6 Air Conditioning and Ventilation
Feasibility Study to Substitute the EER with the SEER Case Study Chiang Mai, Thailand
, October 24-26, 2012, San Francisco, USA Feasibility Study to Substitute the EER with the SEER Case Study Chiang Mai, Thailand Chutchawan Tantakitti, Thutchai Rungpairojcharoen, NaruemonTontanasarn, and
HCFC Refrigerant Transition Helical Rotary Chillers. Jeff Moe VP & Chairman, Environmental Policy Council Trane April 5
HCFC Refrigerant Transition Helical Rotary Chillers Jeff Moe VP & Chairman, Environmental Policy Council Trane April 5 Compressor type Compressor cut-away Compressor rotors 2 Applications Deliver chilled
Preparatory study on the environmental performance of residential room conditioning appliances (airco and ventilation) Final report of Task 8
Service Contract to DGTREN Preparatory study on the environmental performance of residential room conditioning appliances (airco and ventilation) Contract TREN/D1/40-2005/LOT10/S07.56606 Final report of
Eco-conscious Power Inverter Power Inverter Standard Inverter Single System Simultaneous Multi-System Quadruple Twin Triple
SERIES SELECTION Line-up includes a selection of eight indoor units and four series of outdoor units. Easily construct a syste that best atches roo air conditioning needs. STEP 1 SELECT INDOOR UNIT Select
i-chiller COMPACT 1 to 4 kw 0 C to 30 C ic03c to ic10c RELIABILITY:
ABOUT THE i-chiller RANGE The fully packaged, EcoDesign compliant, air-cooled i-chiller range is designed specifically for reliable and efficient process cooling. The unique evaporator is immersed within
Sub-metering to Electricity Use in Large-scale Commercial Buildings
Sub-metering to Electricity Use in Large-scale Commercial Buildings Wang Yuan Tsinghua University 26.11 Index Situation of Energy consumption in commercial buildings Significance of sub-metering and statistics
Ductless Heat Pumps OTP Series
Ductless Heat Pumps OTP Series Ouellet... A source of comfort for over 50 years! Ouellet Canada is recognized as the undisputed North American leader in the design, manufacture, and distribution of electric
THE SECOND LAW OF THERMODYNAMICS
Fundamentals of Thermal-Fluid Sciences, 3rd Edition Yunus A. Cengel, Robert H. Turner, John M. Cimbala McGraw-Hill, 2008 THE SECOND LAW OF THERMODYNAMICS Mehmet Kanoglu Copyright The McGraw-Hill Companies,
(Non-legislative acts) REGULATIONS
31.1.2014 Official Journal of the European Union L 29/1 II (Non-legislative acts) REGULATIONS COMMISSION DELEGATED REGULATION (EU) No 65/2014 of 1 October 2013 supplementing Directive 2010/30/EU of the
Borehole storage coupled with heat pump for domestic heating system and space free cooling
Borehole storage coupled with heat pump for domestic heating system and space free cooling ----- The analysis of temperature traces of the boreholes and system SPF Bo He, PhD; David Kroon, Msc. Nibe AB,
Field Test of Cold Climate Air Source Heat Pumps
CASE STUDY 2 June 2018 Field Test of Cold Climate Air Source Heat Pumps BACKGROUND This field study is an extension of the recently completed CARD field study of flex fuel and ductless cold climate air
IT S IN OUR NATURE NIBE.EU. Air/water heat pumps from NIBE
IT S IN OUR NATURE NIBE.EU Air/water heat pumps from NIBE 2 Nature can be warm and loving, as well as cold and fierce. She is our greatest source of energy, and we depend on her to bring life into everything
Chapter 6 THE SECOND LAW OF THERMODYNAMICS
Thermodynamics: An Engineering Approach, 6 th Edition Yunus A. Cengel, Michael A. Boles McGraw-Hill, 2008 Chapter 6 THE SECOND LAW OF THERMODYNAMICS Copyright The McGraw-Hill Companies, Inc. Permission
Position of ECOS, INFORSE-Europe, EEB, Friends of the Earth Europe and WWF-European Policy Office
Brussels, 19 June 2009 Position of ECOS, INFORSE-Europe, EEB, Friends of the Earth Europe and WWF-European Policy Office on the EC Working Document on possible Ecodesign and Energy Labelling requirements
Air Conditioners 4AC13
PRODUCT SPECIFICATIONS R-40A Refrigerant 3 SEER.5 to 5 Tons High-quality condenser coil with copper tubing and enhanced louvered fin for maximum heat transfer capacity Top discharge directs hot air away
Energy Savers: Air-Source Heat Pumps
1 of 5 4/25/2009 8:55 AM U.S. Department of Energy - Energy Efficiency and Renewable Energy Energy Savers Air-Source Heat Pumps An air-source heat pump can provide efficient heating and cooling for your
Technology: Precision Cooling
Accelerated Capital Allowances Eligibility Criteria Category: Information and Communications Technology (ICT) Technology: Precision Cooling ICT Precision Cooling is defined as equipment that is designed
Siesta. Sky Air. Climate comfort. All Seasons. Heating. Air Conditioning. Applied Systems. Refrigeration
Siesta All Seasons Climate comfort Sky Air Heating Air Conditioning Applied Systems Refrigeration ABOUT DAIKIN Daikin has a worldwide reputation based on 85 years experience in the successful manufacture
The calculation of HP contribution to renewable energy use in EU energy statistics Thomas Nowak, EHPA
The calculation of HP contribution to renewable energy use in EU energy statistics Thomas Nowak, EHPA IEE/08/776/SI2.529222 Target: to determine the share of renewable sources from ambient energy used
> HGW WATER - WATER AND BRINE - WATER HEAT PUMPS FOR INDOOR INSTALLATION. Available range. Unit description. Options. Accessories
> HGW WATER - WATER AND BRINE - WATER HEAT PUMPS FOR INDOOR INSTALLATION Available range Unit type IH Heat pump IP Reversible heat pump (reversible on the refrigerant side) ECO-FRIENDLY REFRIGERANT GAS