AHI AHI Car Carrier rier Fz Fzc
A CARRIER JOINT VENTURE COMPANY
Product Presentation CARRIER 30AWH Air To Water Heat Pump
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AHI AHI Car Carrier rier Fz Fzc A CARRIER JOINT VENTURE COMPANY Product Presentation CARRIER 30AWH Air To Water Heat Pump 2 overview europe, middle east & asia # 8 # 8 factories & design centers # 1 17 factories 07 design
A CARRIER JOINT VENTURE COMPANY
Product Presentation CARRIER 30AWH Air To Water Heat Pump
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Beroun Factory Czech Rebublic Europe
employees
dedicated to HVAC applications
As of December 2016
INDOOR ENVIRONMENTAL AL QUALIT LITY EOL TESTIN ING PL PLATFORMS
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Montuel Factory France Europe
Largest European chiller plant
employees
Largest European HVAC laboratory
Chillers & Heat pumps
Center of Excellence
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Yileng Factory China Asia
chiller plant
employees
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Called Eurovent/Cecomaf until 2008, Eurovent association is the Europ
ean n Associa iatio tion n of Air Handling ling and Refrig efrigerating ng Equipme pment nt Manufact ufactur urer ers
https://www.youtube.com/watch?v=lEdfNzxU4Dg https://eurovent.eu & http://www.eurovent-certification.com
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Scope
Eurovent Certification certifies the performance ratings of air-conditioning and refrigeration products according to European and international standards. The objective is to build up customer confidence by levelling the competitive playing field for all manufacturers and by increasing the integrity and accuracy of the industrial performance ratings.
Schemes
Eurovent certification is made up of different Programmes, each corresponding to one type of refrigeration or air-conditioning product. A manufacturer whose products are certified is called a Participant.
Benefits
Benefits the end user and manufacturers alike For end users: The end users will have confidence that equipment will operate in accordance with the design specifications, the energy cost will be correctly stated and therefore the supplied product will correspond to the initial investment. For manufacturers: For manufacturers, the Eurovent Certification programs offer the ground for a fair competition, on equal terms and based
Finally, the image and integrity of the whole industry will be improved and a better confidence between manufacturers and specifiers will be established.
manufacturers from more than
countries
product ranges certified
certified product lists and performances
Eurovent Certita Certification (ECC), part of the Eurovent Association, is a provider of performance certification programs for our industry based in Paris. ECC runs 40+ certification programs independently from the association’s activities. It has its own Board and decision-making bodies and is globally known for the ‘Eurovent Certified Performance’ quality mark.
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Scope of the program
This program applies to standard chillers and hydronic heat pumps (technically named 2-pipe units) used for heating, air conditioning and refrigeration. They may operate with any type of compressor (hermetic, semi-hermetic and open) but only electrically driven chillers are included. Only refrigerants authorized in EU are considered. Units may be air-cooled or liquid cooled. Reverse cycle liquid chillers shall be certified in cooling and heating mode. Heating-only hydronic heat pumps can be certified as an option Performance testing - Test according to : EN 14511-3:2013 "Air conditioners, liquid chilling packages and heat pumps with electrically driven compressors for space heating and cooling- Part 3: Test methods“ Test conditions: (only for Reversible chiller & Heat Pumps below 70kW) EN 14825:2013 "Air conditioners, liquid chilling packages and heat pumps, with electrically driven compressors, for space heating and cooling. Testing and rating at part load conditions and calculation of seasonal performance" Acoustic testing – Test according to : EN 12102:2013 "Air conditioners, liquid chilling packages, heat pumps and dehumidifiers with electrically driven compressors for space heating and cooling - Measurement of airbone noise - Determination of the sound power level" ISO 9614-1 "Determination of sound power levels of noise sources using sound intensity". ISO 3744 "Determination of sound power levels of noise sources using sound pressure - Engineering method in an essentially free field over a reflecting plane".
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AHI CARRIER FZC Essentials Notes : EN 1397:2015 “Heat exchangers - Hydronic room fan coil units – Test procedures for establishing the performance” EN 1397:2015 “Heat exchangers - Hydronic room fan coil units – Test procedures for establishing the performance” EN 16583:2015 “Heat exchangers - Hydronic room fan coils units – Determination of the sound power level”
Capacity Tests. For capacity tests the following Standard Rating Conditions shall be used:
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Capacity Test. Part Load Rating Conditions for ESEER (cooling mode of air conditioning chillers)
For Part load tests the following Standard Rating Conditions shall be used:
Part Load Rating Conditions for SEER (cooling mode for comfort chillers)
For each application, units either allowing or not allowing a variation of the outlet water temperature with the outdoor temperature are considered. The part load conditions for determining the declared capacity and the declared energy efficiency ratio are given in the following table. The variable outlet temperature (Toutlet_average) shall only be applied when the control provides an outdoor air temperature dependent modification of the outlet temperature.
“A” test for units with a fixed water flow rate or with a fixed delta T of 5 K for units with a variable water flow rate. If the resulting flow rate is below the minimum flow rate then this minimum flow rate is used with the outlet temperature.
The following rating conditions are required: For air-cooled chillers
For water-cooled chillers
it, the condenser water flow rate will be equal to the standard rating water flow rate
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http://www.eurovent-certification.com
certified product lists and performances
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100 200 300 400 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600
30AWH 30RQV 30RQ 30PH/PHC 30RQS/RQSY 30RQM/RQP 30XQ
kWc & kWth
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10 20 30 40 50
30AWH 30RQV 30RQ 30PH/PHC
kWc & kWth
60°C 60°C 50°C °C
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Power Supply 7 – 1P/50Hz/220-240V 9 – 3P/50Hz/400-400V Unit Options H – With Hydronic kit X – Without Hydronic kit Nominal Size 004 – 4kW 006 – 6kW 008 – 8kW 012 – 12kW 015 – 15kW Liquid chilling packaged/ Heat pumps Air to Water heat pump H – Standard Version D – Software Version
Options Description Advantages Use Additional outdoor sensor Additional outdoor sensor 33AW-RAS01 Better reading of outdoor air temperature 30AW 004-015 Remote controller 33AW-RC1 remote controller On/off, heating/cooling and ECO mode 30AW 004-015 Programmable thermostat 33AW-CS1 Comfort series programmable thermostat Extensive control features like weekly scheduling 30AW 004-015
Cooling mode conditions: C1: E/L Temp (°C ) : 12/07, OAT (°C) : 35, ff: 0 m² K/W C2: E/L Temp (°C ) : 23/18, OAT (°C) : 35, ff: 0 m² K/W Heating mode conditions: H1: E/L Temp (°C ) : 30/35, OAT (°C db/wb) : 7/6, ff: 0 m² K/W H2: E/L Temp (°C ) : 40/45, OAT (°C db/wb) : 7/6, ff: 0 m² K/W H3: E/L Temp (°C ) : 47/55, OAT (°C db/wb) : 7/6, ff: 0 m² K/W
Model Width (mm) Depth (mm) Height (mm) Weight (kg) 30AWH004 908 326 821 55 30AWH006 908 326 821 61 30AWH008 908 326 821 71 30AWH012 908 326 1363 105 30AWH015 908 326 1363 120 Model Width (mm) Depth (mm) Height (mm) 30AWH004 960 440 950 30AWH006 30AWH008 30AWH012 1495 30AWH015 Polystyrene top cover Thermo retractile plastic sleeve Individual pallet Model Width (mm) Depth (mm) Height (mm) pcs / palette 30AWH004 1320 960 2050 6 30AWH006 30AWH008 30AWH012 1645 3 30AWH015
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Willis H. Carrier manufactured and installed the world’s first modern air-conditioner in 1902. As of today, Carrier Corp. is the world leader in HVAC and refrigeration, holding unmatched expertise in hydronic equipment and applications. Toshiba Carrier Corp. introduced the world’s first split air- conditioner 1961, the world’s first micro-processor controlled air-conditioner in 1978, and the world’s first inverter air- conditioner in 1981. As of today, Toshiba Carrier air-conditioners lie among the world’s most advanced and performing.
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Toshiba DC Twin-rotary Variable speed compressors, (all but size 4kW) for improved reliability, smooth and vibrations-free operation, from 20 up to 120% of their nominal capacity.
120 90 60 30 500 400 300 200 100
Twin Rotary Single rotary
Vibrations [m]
Compressor rounds per second [rps]
Toshiba Carrier inverter IPDU hybrid inverter technology, combining PAM + PWM for maximum power at high rpm and unmatched efficiency at low and mid rpm. PWM (Power Width Modulation) ensures maximum power efficiency,
PAM (Power Amplitude Modulation) ensures maximum power for the prompt achievement of the set temperature.
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Standard Rating OAT / H
Aukland
+55 °C 0°C 7°C
Standard Rating OAT / C
35°C
4°C 26°C
NZ
# 1
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NZ
# 1
Standard Rating OAT / H
Christchurch
+55 °C 0°C 7°C
Standard Rating OAT / C
35°C
28°C
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NEW_ZEALAND_AUCKLAND_TMY.HW1
The Bar Chart above lists the midpoint temperature of each 5 F (2.78 K) bin, the number of hours
NEW_ZEALAND_CHRISTCHURCH_TMY.HW1
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5 10 15 20 5 15 25 35 45 KWC OAT
LWT = 7C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 30AWH015H--9 5 10 15 20 25 5 15 25 35 45 KWC - NOMINAL OAT
LWT =18C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 30AWH015H--9
3.02 3 2.98 2.96 2.95 3 2.91
EER @ 35C & 7C
4.2 3.7 3.99 3.66 3.85 4.15 3.81 EER @ 35C & 18C
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5 10 15 20 25
21)
16)
0 (-1) 2 (1) 7 (6) 10 (9) 20 (19)
kWth - Nominal OAT
LWT=35C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 30AWH015H--9 5 10 15 20
21)
16)
0 (-1) 2 (1) 7 (6) 10 (9) 20 (19)
kWth - Nominal OAT
LWT=55C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 5 10 15 20
21)
16)
0 (-1) 2 (1) 7 (6) 10 (9) 20 (19)
kWth - Nominal OAT
LWT=45C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 30AWH015H--9
4.15 4.28 3.97 3.95 4.09 4.3 4.2 COP @ 7/6 & 35c 3.26 3.05 3.19 3.03 3.23 3.35 3.3 COP @ 7/6 & 45c 2.71 2.58 2.3 2.5 2.82 2.8 2.85 COP @ 7/6 & 55c
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2 4 6 8 10 12 14 16 18
21)
16)
0 (-1) 2 (1) 7 (6) 10 (9) 20 (19)
kWth - Nominal OAT
LWT=60C
30AWH004H-- 30AWH006H-- 30AWH008H-- 30AWH012H-- 30AWH015H-- 30AWH012H--9 30AWH015H--9
60°C
2.48 2.25 2.12 2.09 2.2 2.69 2.6 COP @ 7/6 & 60c
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30AWH…H (with hydronic-kit: reversible chiller) 30AWH…X (without hydronic-kit: reversible heat-pump)
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On/Off Heat/Cool Eco/Normal
SHWater Sensor input (2-core cable) External Water Pump output (2-core cable) Alarm & Defrost Signal output (2-core cable) Defrost Signal output (2-core cable) External Heat Source output (2-core cable) SHW 3Way Valve output (3-core cable) Power Input 1P(3-core ) – 3P(5-core)
Main functions The main functions of the remote control are:
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On/Off Heat/Cool Eco/Normal Alarm (10 - core cable)
SHWater Sensor input (2-core cable) External Water Pump output (2-core cable) Alarm & Defrost Signal output (2-core cable) Defrost Signal output (2-core cable) External Heat Source output (2-core cable) SHW 3Way Valve output (3-core cable) Power Input 1P(3-core ) – 3P(5-core)
Main functions The main functions of the remote control are:
Main Information
Indicates the presence of the electrical power supply.
Indicates heating operation.
Indicates cooling operation.
Indicates selection of energy-saving temperature (e.g. night).
Indicates the presence of a machine alarm; the relevant alarm code flashes.
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Three different applications: 1. Service and installation tool, for programming (customs settings) and diagnosis purposes, when temporarily wired to the 30AWH 2. When permanently wired, all of the above, plus remote controller and programmer, when installed in a room that is not representative of the indoor temperature and relative humidity (e.g. basement, technical room, garage, etc.). 3. When installed in a living area, all of the above, plus room thermostat and hygrostat, and many customizable functions.
2Way Comm. (4 - core shielded cable)
SHWater Sensor input (2-core cable) External Water Pump output (2-core cable) Alarm & Defrost Signal output (2-core cable) Defrost Signal output (2-core cable) External Heat Source output (2-core cable) SHW 3Way Valve output (3-core cable) Power Input 1P(3-core ) – 3P(5-core)
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Weather compensation algorithm gets its signal from the built in
preferably placed on the shadow side of the building). The sensor registers the actual temperature and the electronic controller adjusts, if necessary, the heat supply (flow temperature) to reflect the new conditions. The controller will also adjust the heat supply to the indoor terminal units (UFH, TFCUs or Radiators) and ensure that room temperatures are kept constant. The user will thereby not even notice that the weather has changed
times.
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DRAWING YOUR OWN CLIMATIC CURVE (heating) Outdoor Air Temperature Water Set-Point °C °C 15 25 35 45 55 65
5 10 15 20 25 P- 4 P-119 P-121 P-118 P-120
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COOLING CLIMATIC CURVES (factory set) °C C1 C2 5 10 15 20 15 20 25 30 35 40 45 Floor-heating TFC Outdoor Air Temperature Water Set-Point
DRAWING YOUR OWN CLIMATIC CURVE (cooling) °C °C 5 10 15 20 15 20 25 30 35 40 45 P-123 P-124 P-4 P-122 P-125 Outdoor Air Temperature Water Set-Point
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OPTIONAL Buffer Tank With BackUp Heating element Or Connection to Ext Heating Source
Standard Rating OAT / H
+55 °C 0°C 7°C
Standard Rating OAT / C
35°C
28°C
Nominal OAT Rating - HP 7(6)C
Typical HP Performance Curve based on OAT
Heat Off Point NZ (?) Heating Design NZ (?)
Equilibrium Point (based on HP Size) Thermal Deficit
Aukland Christchurch
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Two alternative operating scenarios A. @ equilibrium point HP is turned of and the heat load is handled by the external heat source B. From equilibrium point and below simultaneous
Nominal OAT Rating - HP 7(6)C
Typical HP Performance Curve based on OAT
Heat Off Point NZ (?) Heating Design NZ (?)
Equilibrium Point (based on HP Size) External Heat Source
Scenario A
Nominal OAT Rating - HP 7(6)C
Typical HP Performance Curve based on OAT
Heat Off Point NZ (?) Heating Design NZ (?)
Equilibrium Point (based on HP Size) External Heat Source
Scenario B
Heat Pump
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Installation Procedure
max, 10 command); in case of three way valve with spring return connect N and 10 terminals
OFF) to 13 and 15 terminals Operating Logic
capacity in heating mode to obtain hot water (priority SHT)
heating or off) Warning
procedure is unattended
have the correct size of heat exchanger surface
Bellimo NR230A-S Rotary actuator for 2W ball valve
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Slide down front panel Fan motors assembly access through air grille
Inverter IPDU Control Box Water Pump Sensors Compressor
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Room / Space Conditioning Carrier 42N, NL/NH, KY, GW OPTIONAL Domestic Hot Water
Bellimo NR230A-S Rotary actuator for 2W ball valve
A/C HP with DC Twin Rotary Inverter Compressor fans and hydro module TFCU Available options
Outdoor Indoor 33AW-CS1 Unit Control
OPTIONAL Buffer Tank With BackUp Heating element Or Connection to Ext Heating Source Unit can been software programmed to
cooling (CO Mode)
Cooling & Heating (HP Mode)
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Only major components are shown
Fresh Water Supply To & From Sanitary HW
LWT : 07C° RWT : 12C° To & From Space Cooling Terminals Cables
According to Carrier Directives water volume in closed Cooling loops needs to be equal or more than 3.5 X kW capacity in Lts so a buffer tank is needed. Locally procured
Buffer Tank By Alarko SHW Tank By Alarko Carrier 30AWH Heat Pump
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Room / Winter Bath Radiators should be sized for low temperature applications which relates to big capacity drop and respectively increased dimensions Usage of Thermostatic Valves is strongly suggested Room / Summer
3W Diverting Valve Winter / Summer Position
Wall Mounted Bath Radiator
OPTIONAL Buffer Tank With BackUp Heating element Or Connection to Ext Heating Source
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Room Bath Radiators should be sized for low temperature applications which relates to big capacity drop and respectivelly increased dimentions Usage of Thermostatic Valves is strongly suggested A pre-assembled set designed for the control of both the water temperature and flow rates in secondary UFH circuits is suggested
OPTIONAL Buffer Tank With BackUp Heating element Or Connection to Ext Heating Source
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End of Product Presentation CARRIER 30AWH Air To Water Heat Pump