Operation Tips - Seeley Braemar MBHVD1S Series Owner's Manual

OPERATION TIPS

OPERATION TIPS OPERATION TIPS OPERATION TIPS
The following events may occur during normal operation: The following events may occur during normal operation:
The following events may occur during normal operation: The following events may occur during normal operation:
1. Protection of the air conditioner. 1. Protection of the air conditioner. 1. Protection of the air conditioner. 1. Protection of the air conditioner.
Compressor protection Compressor protection Compressor protection Compressor protection
• • • The compressor cannot restart for 3 minutes after it stops. The compressor cannot restart for 3 minutes after it stops. The compressor cannot restart for 3 minutes after it stops. • The compressor cannot restart for 3 minutes after it stops.
• • The supply air drops below a pre-determined set point; this prevents The supply air drops below a pre-determined set point; this prevents
• The supply air drops below a pre-determined set point; this prevents • The supply air drops below a pre-determined set point; this prevents
the indoor coil from freezing. the indoor coil from freezing. the indoor coil from freezing. the indoor coil from freezing.
2. A white mist coming out from the Indoor unit. 2. A white mist coming out from the Indoor unit. 2. A white mist coming out from the Indoor unit. 2. A white mist coming out from the Indoor unit.
• • • A white mist may generate due to a large temperature difference A white mist may generate due to a large temperature difference A white mist may generate due to a large temperature difference • A white mist may generate due to a large temperature difference
between air inlet and air outlet on COOL mode in an indoor between air inlet and air outlet on COOL mode in an indoor between air inlet and air outlet on COOL mode in an indoor between air inlet and air outlet on COOL mode in an indoor
environment that has a high relative humidity. environment that has a high relative humidity. environment that has a high relative humidity. environment that has a high relative humidity.
3. Low noise of the air conditioner. 3. Low noise of the air conditioner.
3. Low noise of the air conditioner. 3. Low noise of the air conditioner.
• • You may hear a low hissing sound when the compressor is running or You may hear a low hissing sound when the compressor is running or
• You may hear a low hissing sound when the compressor is running or • You may hear a low hissing sound when the compressor is running or
has just stopped running. has just stopped running. has just stopped running. has just stopped running.
This sound is the sound of the refrigerant flowing or coming to a stop. This sound is the sound of the refrigerant flowing or coming to a stop. This sound is the sound of the refrigerant flowing or coming to a stop. This sound is the sound of the refrigerant flowing or coming to a stop.
• • • You can also hear a low "squeak" sound when the compressor is You can also hear a low "squeak" sound when the compressor is You can also hear a low "squeak" sound when the compressor is • You can also hear a low "squeak" sound when the compressor is
running or has just stopped running. running or has just stopped running. running or has just stopped running. running or has just stopped running.
This is caused by heat expansion and cold contraction of the plastic parts This is caused by heat expansion and cold contraction of the plastic parts This is caused by heat expansion and cold contraction of the plastic parts This is caused by heat expansion and cold contraction of the plastic parts
in the Unit when the temperature is changing. in the Unit when the temperature is changing. in the Unit when the temperature is changing. in the Unit when the temperature is changing.
4. Dust is blown out from the Indoor unit. 4. Dust is blown out from the Indoor unit. 4. Dust is blown out from the Indoor unit. 4. Dust is blown out from the Indoor unit.
This is a normal condition when the air conditioner has not been used for a This is a normal condition when the air conditioner has not been used for a This is a normal condition when the air conditioner has not been used for a This is a normal condition when the air conditioner has not been used for a
long time or during first use of the Unit. long time or during first use of the Unit. long time or during first use of the Unit. long time or during first use of the Unit.
5. A peculiar smell comes out from the Indoor unit. 5. A peculiar smell comes out from the Indoor unit. 5. A peculiar smell comes out from the Indoor unit. 5. A peculiar smell comes out from the Indoor unit.
This is caused by the Indoor unit giving off smells permeated from building This is caused by the Indoor unit giving off smells permeated from building This is caused by the Indoor unit giving off smells permeated from building This is caused by the Indoor unit giving off smells permeated from building
material, from furniture, smoke (for example if someone is cooking food), or material, from furniture, smoke (for example if someone is cooking food), or material, from furniture, smoke (for example if someone is cooking food), or material, from furniture, smoke (for example if someone is cooking food), or
from the duct work. from the duct work. from the duct work. from the duct work.
6. FAN operation during COOL mode. 6. FAN operation during COOL mode. 6. FAN operation during COOL mode. 6. FAN operation during COOL mode.
When indoor air temperature reaches the setting on the wired wall When indoor air temperature reaches the setting on the wired wall When indoor air temperature reaches the setting on the wired wall When indoor air temperature reaches the setting on the wired wall
control, the compressor will stop operating and after approximately 60 control, the compressor will stop operating and after approximately 60 control, the compressor will stop operating and after approximately 60 control, the compressor will stop operating and after approximately 60
seconds the indoor fan will stop blowing air. When the room temperature rises seconds the indoor fan will stop blowing air. When the room temperature rises seconds the indoor fan will stop blowing air. When the room temperature rises seconds the indoor fan will stop blowing air. When the room temperature rises
back to the set point, the indoor fan and the compressor will start again. back to the set point, the indoor fan and the compressor will start again. back to the set point, the indoor fan and the compressor will start again. back to the set point, the indoor fan and the compressor will start again.
SEELEY INTERNATIONAL - OWNER'S MANUAL
SEELEY INTERNATIONAL – OWNER'S MANUAL SEELEY INTERNATIONAL – OWNER'S MANUAL SEELEY INTERNATIONAL – OWNER'S MANUAL
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