Accessories
Part No . |
Description |
Advantages |
Use 38AW / 80AW |
33AW-CS2 |
Additional user interface |
Monitors two independent comfort zones or used together with |
80AW 9025 & 80AWX or H |
|
|
comfort module interface |
|
33AW-CB01 |
Communication kit |
Necessary when adding a user interface and keeping the one on |
80AWX or H |
|
|
comfort module |
|
33AW-RAS02 |
Remote outdoor sensor |
Positioned in the right place , the OAT sensor maximises comfort |
80AWX or H |
|
|
compared to using the condensing unit OAT sensor . |
|
33AW-RRS01 |
Room temperature sensor |
Monitors indoor climate if user interface is left on indoor unit , or if |
80AW 9025 & 80AWX or H |
|
|
two zones are covered and only one user interface is installed . |
|
60STS020E03 |
Domestic hot water tank , 1 coil - 200 l |
Storage , 200 l of domestic hot water |
80AW 9025 & 80AWX or H |
60STS030E03 Domestic hot water tank , 1 coil - 300 l Storage , 300 l of domestic hot water 80AW 9025 & 80AWX or H
60STD020E03 |
Domestic hot water tank , 2 coils - 200 l |
Storage , 200 l of domestic hot water with thermal solar panel |
80AW 9025 & 80AWX or H |
|
|
connection |
|
60STD030E03 |
Domestic hot water tank , 2 coils - 300 l |
Storage , 300 l of domestic hot water with thermal solar panel |
80AW 9025 & 80AWX or H |
|
|
connection |
|
80AW9017 |
CDU rubber vibration isolators |
Reduce the noise and vibration of the unit . |
38AW |
80AW9023 |
Domestic hot-water three-way valve and
Necessary to connect domestic hot water tank .
|
80AWX or H |
|
actuator |
|
80AW9024 |
Thermal cut-out , floor heating |
Necessary when connecting under-floor heating zone |
80AWX or H |
80AW9025 Two-zone kit Allows independent control of two comfort zones 80AWX or H
HEATING
80AW9026
80AW9027
Features and advantages
Features
Piping kit to install domestic hot-water valve and actuator ( 80AW9023 ) inside the unit
Cover panel to install two-zone kit ( 80AW9025 ) detached from comfort module
■■
Wide operating range in both heating and cooling mode offers high performance in a wide temperature range .
■■
DC inverter twin-rotary compressors with Pulse Amplitude Modulation ( PAM ) and Pulse Width Modulation ( PWM ) provide enhanced reliability , low energy consumption and smooth vibration-free operation under all operating conditions .
■■
Variable-speed fans with an innovative patented fan blade shape ensure improved air distribution at exceptionally low noise levels .
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Pre-set or customised selection of the appropriate climate curve for stable output capacity to match the heat load .
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Output to link and integrate the unit with the existing heat sources offers a dual-energy approach , increased savings and optimum comfort in all weather conditions .
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Able to control two independent comfort zones with a two-zone kit added to the main comfort module .
■■
Leaving water temperature up to 60 ° C for radiator and domestic hot water applications , making hot water readily available .
Ecodesign is the European Directive that sets mandatory requirements for Energy related Products ( ErP ) to improve their energy efficiency . Carrier supports initiatives to reduce the environmental impact of its products .
Specific DHW piping kit for the installation , used together with 80AW9025
Hides piping and connections , if two-zone kit is installed remotely from the main comfort module .
80AW 9025 & 80AWX or H
80AW 9025 & 80AWX or H
80AW9028 Additional 3-way valve kit Possibility to have a 3-way valve also on the 2nd zone circuit 80AW 9025 & 80AWX or H
Adapted to your needs
■■ Heating only or reversible comfort module
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Backup heating , either electrical ( single-energy applications ) or gas boiler ( dual-energy applications )
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Comfort is ensured via the user interface and the possibility of integrating two leaving water temperature zones .
Advanced technology
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Electronic system management : several sensors placed in key positions in the refrigerant circuit electronically detect the operational system status . Two microcontrollers receive the input from the sensors , manage them using advanced control algorithms and optimise the refrigerant flow and the functioning of all the core components - the compressor , fan motors and the pulse modulation valve .
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The pulse modulation valve , a bi-flow electronic expansion device , optimises the refrigerant amount in the circuit and the superheat , and prevents the refrigerant migration back into the compressor . This device further enhances high system performance and reliability .
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The air management system , which consists of a propeller fan , orifice and an air discharge grille , guarantees minimised noise levels .
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