UM AER 01 N 1GB
Table Of Contents
- CONTENTS
- 1. INTRODUCTION
- 2. INPUTS/OUTPUTS DESCRIPTION
- 3. ROOM AIR TEMPERATURE CONTROL
- 3.1. SUMMER/WINTER SWITCHING
- 3.2. UNIT ON/OFF
- 3.3. COMPRESSOR CONTROL
- 3.4. DEFROST MODE
- 3.5. MAIN FAN
- 3.6. TEMPERATURE-BASED FREECOOLING AND FREEHEATING CONTROL
- 3.7. THREE DAMPERS ECONOMIZER OPTION
- 3.8. Supply air temperature minimum limit
- 3.9. FRECO OPTION
- 3.10. THERMODYNAMIC RECOVERY OPTION - TRECO
- 3.11. AUXILIARY HEATING
- 3.12. Set point compensation
- 4. ROOM AIR QUALITY CONTROL
- 5. SMOKE DETECTOR
- 6. SCHEDULING
- 7. USER INTERFACE
- 8. ALARM MANAGEMENT
- 9. SERVICING (CAREL)
- 10. MENU DESCRIPTION (CAREL)
English
50 SysAer
Main
menu Q0
Item
Screen
code
Parameter Unit Min Fact. Max Description / Note
SERVICE
Air quality Pa
Enabling N/Y Y (option, when available)
Setpoint % 0 50 100
See the Air quality part.
Differential % 0 10 99,9
FreeCooling /
FreeHeating
Pb Enable N/Y Y
At least outdoor sensor must be connected. See the FreeCooling and FreeHeating
control part (option).
Pc Type of control
Temperature/
Enthalpy
Temp. See the Temperature and Enthalpy based FreeCooling and FreeHeating control parts.
FreeCooling /
FreeHeating in
temperature
Pd
Summer FreeCooling
enabling
N/Y Y
Winter FreeHeating
enabling
N/Y Y
Winter FreeCooling
enabling
N/Y Y
FreeCooling /
FreeHeating in temp.
Pe Differential °C 0 4,0 20,0
Minimum difference between the room and the outdoor temperatures to allow
freecooling or freeheating in temperature.
Summer FreeCooling
in temp.
Pf
Offset °C -9.9 -2,0 9.9 Difference compared to the summer setpoint to start to open the Economizer
Differential °C -9.9 2,0 9.9 Economizer regulation band for summer freecooling
Winter FreeHeating
in temp.
Pg
Offset °C -9.9 2,0 9.9 Difference compared to the winter setpoint to finish to close the Economizer
Differential °C -9.9 2,0 9.9 Economizer regulation band for winter freeheating
FreeCooling /
FreeHeating in
enthalpy
Ph
Differential kJ/kg 0 5,0 20,0 Economizer regulation band for freecooling/ freeheating in enthalpy
Atmospheric pressure hPa 800 1013 1200 Average pressure. Important parameter to calculate the enthalpy