Introduction; General Information; Model Identification; Codes And Combinations - Carrier 80AWX-065 series Installation, Operation And Maintenance Instructions

1 - INTRODUCTION

1.1 - General information

The hydronic module is the indoor unit of the 38AW heat
pump range.
It is used in combination with floor circuit, fan coil units,
radiators, domestic hot water tank (with or without solar
integration).
The hydronic module controls the CDU and the other
heat/cool sources, to achieve the desired temperature in the
heating/cooling zones and in the domestic hot water tank.

1.2 - Model Identification

80AW X 065 M 6
Heating capacity (kW)
X: heating and cooling
H: heating only
Product range

1.3 - Codes and Combinations

Outdoor unit
38AW050H7
38AW065H7
38AW090H7
38AW115H7
38AW120H9
38AW150H9

1.4 - Accessories

Accessory
Domestic hot water tank, 1 spiral - 200 lt
Domestic hot water tank, 2 spirals - 200 lt
Domestic hot water tank, 1 spiral - 300 lt
Domestic hot water tank, 2 spirals - 300 lt
Remote outdoor air temperature sensor
Domestic hot water 3-way valve and actuator
Floor heating thermal cut-off (EN1264-4, paragraph 4.2.4.1)
Additional user interface*
Communication kit
2-zone kit
*Communication kit (33AW-CB01) is required to complete the installation.
- - B
Revision status
Electric heater power (kW)
(0 is used for boiler backup)
Power supply
M: monophase
T: triphase
Indoor unit
80AWX065M0
80AWX065M3
80AWX065M6
80AWX065T6
80AWH065M0
80AWH065M3
80AWH065M6
80AWH065T6
80AWX115M0
80AWX115M3
80AWX115M6
80AWX115T6
80AWX115T9
80AWH115M0
80AWH115M3
80AWH115M6
80AWH115T6
80AWH115T9
80AWX150M0
80AWX150T6
80AWX150T9
80AWH150M0
80AWH150T6
80AWH150T9
Code
60STS020E03
60STD020E03
60STS030E03
60STD030E03
33AW-RAS02
80AW9023
80AW9024
33AW-CS2
33AW-CB01
80AW9025

2 - APPLICATION SCHEME

See fig. 1
T1, T2, T3: Terminals
C1, C2, C3: Thermostats connected to terminals
C: User interface (additional or shifted from the unit) or
thermostat connected to the hydronic module
Terminals
Terminals can be of the following types:
• Floor circuit
• Fan coils
• Radiators
• Low temperature radiators.
Different terminals have different water temperature
requirements.
To ensure comfort, do NOT use terminals with different
water temperature requirements at the same time.
Example: It is possible to use floor circuit for heating, and
fan coil for cooling, but using both at the same time (in
heating or cooling) will cause discomfort.
Floor circuit is the recommended terminal, as it ensures
the best energy efficiency.
Room temperature control
Different terminals (T1, T2,...Tn) can be placed in a single
room or in multiple rooms.
Each of them can have a thermostat, to stop the terminal
when a certain temperature is reached.
It is possible to control one room with a user interface or a
thermostat connected to the unit. This room should be the
one with the highest heating/cooling requirements.
In this room it is not required to place a thermostat on the
terminal/s.
It is suggested to place a thermostat on terminals placed in
rooms with significantly different thermal requirements.
It is recommended to control the room temperature with
the user interface; this way the control adjusts water
temperature to meet the setpoint, and comfort and energy
efficiency are optimised.
If no user interface is used:
• If thermostats are used, set climatic curves slightly
higher in heat mode and slightly lower in cool mode.
• If no thermostats are used (temperature requirements
should be similar for all rooms), climatic curves must
be set exactly right for both heating and cooling
operation.

3 - UNIT DESCRIPTION

See fig. 2 and fig. 3.

3.1 - Box content

See fig. 4.
17