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WT04753X02
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WT04753X02
GB
WT04753X02
GB
WT04753X02
GB
WT04753X02
GB
Building Air Conditioning Control System
Building Air Conditioning Control System
Signal Receiving Unit
Signal Receiving Unit
Building Air Conditioning Control System
Building Air Conditioning Control System
Building Air Conditioning Control System
Building Air Conditioning Control System
Signal Receiving Unit
Signal Receiving Unit
PAR-FA32MA
Installation Manual
Installation Manual
Signal Receiving Unit
Signal Receiving Unit
Installation Manual
Installation Manual
Installation Manual
Installation Manual
This installation manual contains only the description of how to install the Signal Receiving Unit PAR-FA32MA. For information about
This installation manual contains only the description of how to install the Signal Receiving Unit PAR-FA32MA. For information about
how to wire and how to install air conditioning units, see the installation manual for them.
how to wire and how to install air conditioning units, see the installation manual for them.
For your safety, first be sure to read
" 1 Safety Precautions "
This installation manual contains only the description of how to install the Signal Receiving Unit PAR-FA32MA. For information about
For your safety, first be sure to read
" 1 Safety Precautions "
FA32MA correctly.
This installation manual contains only the description of how to install the Signal Receiving Unit PAR-FA32MA. For information about
how to wire and how to install air conditioning units, see the installation manual for them.
FA32MA correctly.
This installation manual contains only the description of how to install the Signal Receiving Unit PAR-FA32MA. For information about
how to wire and how to install air conditioning units, see the installation manual for them.
For your safety, first be sure to read
how to wire and how to install air conditioning units, see the installation manual for them.
1
Safety Precautions
1
Safety Precautions
For your safety, first be sure to read
FA32MA correctly.
" 1 Safety Precautions "
For your safety, first be sure to read
" 1 Safety Precautions "
FA32MA correctly.
FA32MA correctly.
● The following two symbols are used to denote dangers that may be caused by incorrect use and their degree:
1
Safety Precautions
● The following two symbols are used to denote dangers that may be caused by incorrect use and their degree:
1
Safety Precautions
1
Safety Precautions
WARNING
WARNING
This symbol denotes what could lead to serious injury or death if you misuse the PAR-FA32MA.
This symbol denotes what could lead to serious injury or death if you misuse the PAR-FA32MA.
● The following two symbols are used to denote dangers that may be caused by incorrect use and their degree:
CAUTION
● The following two symbols are used to denote dangers that may be caused by incorrect use and their degree:
CAUTION
This symbol denotes what could lead to a personal injury or damage to your property if you misuse the PAR-FA32MA.
● The following two symbols are used to denote dangers that may be caused by incorrect use and their degree:
This symbol denotes what could lead to a personal injury or damage to your property if you misuse the PAR-FA32MA.
WARNING
This symbol denotes what could lead to serious injury or death if you misuse the PAR-FA32MA.
WARNING
WARNING
This symbol denotes what could lead to serious injury or death if you misuse the PAR-FA32MA.
● After reading this installation manual, keep it in a place where the final user can see it anytime.
● After reading this installation manual, keep it in a place where the final user can see it anytime.
CAUTION
This symbol denotes what could lead to serious injury or death if you misuse the PAR-FA32MA.
This symbol denotes what could lead to a personal injury or damage to your property if you misuse the PAR-FA32MA.
When someone moves, repairs or uses the PAR-FA32MA, make sure that this manual is forwarded to the final user.
CAUTION
When someone moves, repairs or uses the PAR-FA32MA, make sure that this manual is forwarded to the final user.
CAUTION
This symbol denotes what could lead to a personal injury or damage to your property if you misuse the PAR-FA32MA.
This symbol denotes what could lead to a personal injury or damage to your property if you misuse the PAR-FA32MA.
● After reading this installation manual, keep it in a place where the final user can see it anytime.
● After reading this installation manual, keep it in a place where the final user can see it anytime.
When someone moves, repairs or uses the PAR-FA32MA, make sure that this manual is forwarded to the final user.
● After reading this installation manual, keep it in a place where the final user can see it anytime.
■ Ask your dealer or technical representative to install the unit.
When someone moves, repairs or uses the PAR-FA32MA, make sure that this manual is forwarded to the final user.
■ Ask your dealer or technical representative to install the unit.
When someone moves, repairs or uses the PAR-FA32MA, make sure that this manual is forwarded to the final user.
Any deficiency caused by your own installation may result in an elec-
Any deficiency caused by your own installation may result in an elec-
tric shock or fire.
tric shock or fire.
■ Ask your dealer or technical representative to install the unit.
■ Install in a place which is strong enough to withstand the weight
■ Install in a place which is strong enough to withstand the weight
Any deficiency caused by your own installation may result in an elec-
■ Ask your dealer or technical representative to install the unit.
■ Ask your dealer or technical representative to install the unit.
of the PAR-FA32MA.
of the PAR-FA32MA.
tric shock or fire.
Any deficiency caused by your own installation may result in an elec-
Any deficiency caused by your own installation may result in an elec-
Any lack of strength may cause the PAR-FA32MA to fall down, re-
Any lack of strength may cause the PAR-FA32MA to fall down, re-
tric shock or fire.
■ Install in a place which is strong enough to withstand the weight
tric shock or fire.
sulting in personal injury.
sulting in personal injury.
of the PAR-FA32MA.
■ Install in a place which is strong enough to withstand the weight
■ Install in a place which is strong enough to withstand the weight
■ Firmly connect the wiring using the specified cables. Carefully
■ Firmly connect the wiring using the specified cables. Carefully
Any lack of strength may cause the PAR-FA32MA to fall down, re-
of the PAR-FA32MA.
of the PAR-FA32MA.
check that the cables do not exert any force on the terminals.
check that the cables do not exert any force on the terminals.
sulting in personal injury.
Any lack of strength may cause the PAR-FA32MA to fall down, re-
Any lack of strength may cause the PAR-FA32MA to fall down, re-
Improper wiring connections may produce heat and possibly a fire.
Improper wiring connections may produce heat and possibly a fire.
sulting in personal injury.
■ Firmly connect the wiring using the specified cables. Carefully
sulting in personal injury.
■ Never modify or repair the PAR-FA32MA by yourself.
■ Never modify or repair the PAR-FA32MA by yourself.
check that the cables do not exert any force on the terminals.
■ Firmly connect the wiring using the specified cables. Carefully
■ Firmly connect the wiring using the specified cables. Carefully
Any deficiency caused by your modification or repair may result in
Any deficiency caused by your modification or repair may result in
Improper wiring connections may produce heat and possibly a fire.
check that the cables do not exert any force on the terminals.
check that the cables do not exert any force on the terminals.
an electric shock or fire.
an electric shock or fire.
Improper wiring connections may produce heat and possibly a fire.
■ Never modify or repair the PAR-FA32MA by yourself.
Improper wiring connections may produce heat and possibly a fire.
Consult with your dealer about repairs.
Consult with your dealer about repairs.
Any deficiency caused by your modification or repair may result in
■ Never modify or repair the PAR-FA32MA by yourself.
■ Never modify or repair the PAR-FA32MA by yourself.
an electric shock or fire.
Any deficiency caused by your modification or repair may result in
Any deficiency caused by your modification or repair may result in
Consult with your dealer about repairs.
an electric shock or fire.
an electric shock or fire.
Consult with your dealer about repairs.
Consult with your dealer about repairs.
■ Do not install in any place exposed to flammable gas leakage.
■ Do not install in any place exposed to flammable gas leakage.
Flammable gases accumulated around the body of PAR-FA32MA
Flammable gases accumulated around the body of PAR-FA32MA
may cause an explosion.
may cause an explosion.
■ Do not install in any place exposed to flammable gas leakage.
■ Do not use in any special environment.
■ Do not use in any special environment.
Flammable gases accumulated around the body of PAR-FA32MA
■ Do not install in any place exposed to flammable gas leakage.
■ Do not install in any place exposed to flammable gas leakage.
Using in any place exposed to oil (including machine oil), steam and
Using in any place exposed to oil (including machine oil), steam and
may cause an explosion.
Flammable gases accumulated around the body of PAR-FA32MA
Flammable gases accumulated around the body of PAR-FA32MA
sulfuric gas may deteriorate the performance significantly or give
sulfuric gas may deteriorate the performance significantly or give
may cause an explosion.
■ Do not use in any special environment.
may cause an explosion.
damage to the component parts.
damage to the component parts.
Using in any place exposed to oil (including machine oil), steam and
■ Do not use in any special environment.
■ Do not use in any special environment.
■ Wire so that it does not receive any tension.
■ Wire so that it does not receive any tension.
sulfuric gas may deteriorate the performance significantly or give
Using in any place exposed to oil (including machine oil), steam and
Using in any place exposed to oil (including machine oil), steam and
Tension may cause wire breakage, heating or fire.
Tension may cause wire breakage, heating or fire.
damage to the component parts.
sulfuric gas may deteriorate the performance significantly or give
sulfuric gas may deteriorate the performance significantly or give
■ Completely seal the wire lead-in port with putty etc.
■ Completely seal the wire lead-in port with putty etc.
damage to the component parts.
■ Wire so that it does not receive any tension.
damage to the component parts.
Any dew, moisture, cockroaches, insects entering the unit may cause
Any dew, moisture, cockroaches, insects entering the unit may cause
Tension may cause wire breakage, heating or fire.
■ Wire so that it does not receive any tension.
■ Wire so that it does not receive any tension.
an electric shock or a malfunction.
an electric shock or a malfunction.
Tension may cause wire breakage, heating or fire.
■ Completely seal the wire lead-in port with putty etc.
Tension may cause wire breakage, heating or fire.
■ Do not wash with water.
■ Do not wash with water.
Any dew, moisture, cockroaches, insects entering the unit may cause
■ Completely seal the wire lead-in port with putty etc.
■ Completely seal the wire lead-in port with putty etc.
Doing so may cause an electric shock or a malfunction.
Doing so may cause an electric shock or a malfunction.
an electric shock or a malfunction.
Any dew, moisture, cockroaches, insects entering the unit may cause
Any dew, moisture, cockroaches, insects entering the unit may cause
■ Do not install in any place at a temperature of more than 40
■ Do not install in any place at a temperature of more than 40
an electric shock or a malfunction.
■ Do not wash with water.
an electric shock or a malfunction.
(104
°
F) or less than 0
°
C (32
°
F) or exposed to direct sunlight.
(104
°
F) or less than 0
°
C (32
°
F) or exposed to direct sunlight.
Doing so may cause an electric shock or a malfunction.
■ Do not wash with water.
■ Do not wash with water.
Doing so may cause an electric shock or a malfunction.
■ Do not install in any place at a temperature of more than 40
Doing so may cause an electric shock or a malfunction.
(104
°
F) or less than 0
°
C (32
■ Do not install in any place at a temperature of more than 40
■ Do not install in any place at a temperature of more than 40
(104
F) or less than 0
C (32
F) or exposed to direct sunlight.
°
°
°
(104
°
F) or less than 0
°
C (32
°
F) or exposed to direct sunlight.
2
Confirming the Supplied Parts
2
Confirming the Supplied Parts
2
Confirming the Supplied Parts
Check that the box includes the following parts in addition to this installation manual:
Check that the box includes the following parts in addition to this installation manual:
2
Confirming the Supplied Parts
2
Confirming the Supplied Parts
(1) Signal Receiving Unit ......................................................... 1
(1) Signal Receiving Unit ......................................................... 1
Check that the box includes the following parts in addition to this installation manual:
(2) Remote control cord (2 core 3 m (9 ft)) .............................. 1
(2) Remote control cord (2 core 3 m (9 ft)) .............................. 1
Check that the box includes the following parts in addition to this installation manual:
Check that the box includes the following parts in addition to this installation manual:
(1) Signal Receiving Unit ......................................................... 1
NOTE: Extended remote controller cords are not supplied with this equipment and must therefore be procured locally by the customer.
NOTE: Extended remote controller cords are not supplied with this equipment and must therefore be procured locally by the customer.
(1) Signal Receiving Unit ......................................................... 1
(2) Remote control cord (2 core 3 m (9 ft)) .............................. 1
(1) Signal Receiving Unit ......................................................... 1
Use electrical cable in accordance with the following specifications.
Use electrical cable in accordance with the following specifications.
(2) Remote control cord (2 core 3 m (9 ft)) .............................. 1
(2) Remote control cord (2 core 3 m (9 ft)) .............................. 1
• 0.3 - 1.25 mm
(Stranded 22 to 16 AWG) twin-core cable (CVV, CVS, VVF)
NOTE: Extended remote controller cords are not supplied with this equipment and must therefore be procured locally by the customer.
2
• 0.3 - 1.25 mm
2
(Stranded 22 to 16 AWG) twin-core cable (CVV, CVS, VVF)
Use a maximum of 1.25 mm
(16 AWG) cable for signal receiving unit wiring. 0.75 mm
NOTE: Extended remote controller cords are not supplied with this equipment and must therefore be procured locally by the customer.
Use electrical cable in accordance with the following specifications.
2
Use a maximum of 1.25 mm
2
(16 AWG) cable for signal receiving unit wiring. 0.75 mm
NOTE: Extended remote controller cords are not supplied with this equipment and must therefore be procured locally by the customer.
See the installation manual supplied with the outdoor unit for details of maximum wiring distances.
Use electrical cable in accordance with the following specifications.
• 0.3 - 1.25 mm
(Stranded 22 to 16 AWG) twin-core cable (CVV, CVS, VVF)
See the installation manual supplied with the outdoor unit for details of maximum wiring distances.
2
Use electrical cable in accordance with the following specifications.
• 0.3 - 1.25 mm
2
(Stranded 22 to 16 AWG) twin-core cable (CVV, CVS, VVF)
Use a maximum of 1.25 mm
• 0.3 - 1.25 mm
2
(Stranded 22 to 16 AWG) twin-core cable (CVV, CVS, VVF)
Use a maximum of 1.25 mm
See the installation manual supplied with the outdoor unit for details of maximum wiring distances.
2
(16 AWG) cable for signal receiving unit wiring. 0.75 mm
Use a maximum of 1.25 mm
2
(16 AWG) cable for signal receiving unit wiring. 0.75 mm
See the installation manual supplied with the outdoor unit for details of maximum wiring distances.
2 Setting example
See the installation manual supplied with the outdoor unit for details of maximum wiring distances.
2 Setting example
2-1 When setting in same room.
2-1 When setting in same room.
2 Setting example
● Separate setting
● Separate setting
2 Setting example
2-1 When setting in same room.
2 Setting example
Each unit can only be operated by its own wireless
Each unit can only be operated by its own wireless
2-1 When setting in same room.
2-1 When setting in same room.
remote controller.
● Separate setting
remote controller.
● Separate setting
Each unit can only be operated by its own wireless
● Separate setting
Each unit can only be operated by its own wireless
"0"
"1"
remote controller.
"2"
"3"
Each unit can only be operated by its own wireless
"0"
"1"
"2"
remote controller.
"0"
"1"
"2"
remote controller.
"0"
"1"
"2"
"0"
"1"
"0"
"1"
"2"
"3"
"0"
"1"
"0"
"1"
"2"
"0"
"1"
"2"
2-2 When setting in different rooms.
"0"
"1"
"2"
2-2 When setting in different rooms.
Assing a different number to each wireless remote
Assing a different number to each wireless remote
controller and all the Signal Receiving Unit
controller and all the Signal Receiving Unit
2-2 When setting in different rooms.
2-2 When setting in different rooms.
(Leave the setting as purchase)
(Leave the setting as purchase)
Assing a different number to each wireless remote
2-2 When setting in different rooms.
Assing a different number to each wireless remote
controller and all the Signal Receiving Unit
Assing a different number to each wireless remote
controller and all the Signal Receiving Unit
(Leave the setting as purchase)
controller and all the Signal Receiving Unit
(Leave the setting as purchase)
(2) Main/Sub switch settings (leave the initial "Main" setting when not using the MA remote controller).
(Leave the setting as purchase)
(2) Main/Sub switch settings (leave the initial "Main" setting when not using the MA remote controller).
Set the Main/Sub switch when using with the MA remote controller (PAR-20MAA).
Set the Main/Sub switch when using with the MA remote controller (PAR-20MAA).
(2) Main/Sub switch settings (leave the initial "Main" setting when not using the MA remote controller).
Set the signal receiving unit to "Sub" and the MA remote controller (PAR-20MAA) to "Main".
Set the signal receiving unit to "Sub" and the MA remote controller (PAR-20MAA) to "Main".
(2) Main/Sub switch settings (leave the initial "Main" setting when not using the MA remote controller).
(2) Main/Sub switch settings (leave the initial "Main" setting when not using the MA remote controller).
Set the Main/Sub switch when using with the MA remote controller (PAR-20MAA).
Set the Main/Sub switch when using with the MA remote controller (PAR-20MAA).
5
How To Install
Set the signal receiving unit to "Sub" and the MA remote controller (PAR-20MAA) to "Main".
5
How To Install
Set the Main/Sub switch when using with the MA remote controller (PAR-20MAA).
Set the signal receiving unit to "Sub" and the MA remote controller (PAR-20MAA) to "Main".
Set the signal receiving unit to "Sub" and the MA remote controller (PAR-20MAA) to "Main".
5
How To Install
(1) Choose a place in which to install the Signal Receiving Unit (switch box).
(1) Choose a place in which to install the Signal Receiving Unit (switch box).
5
How To Install
5
How To Install
Be sure to observe the following steps:
Be sure to observe the following steps:
(1) Choose a place in which to install the Signal Receiving Unit (switch box).
1 When installing on either the switch box or the wall,allow space around the Signal
1 When installing on either the switch box or the wall,allow space around the Signal
(1) Choose a place in which to install the Signal Receiving Unit (switch box).
(1) Choose a place in which to install the Signal Receiving Unit (switch box).
Be sure to observe the following steps:
Receiving Unit as shown in the figure on the right.
Receiving Unit as shown in the figure on the right.
Be sure to observe the following steps:
2 When installing the Signal Receiving Unit to the swich box, the Signal Receiving Unit
Be sure to observe the following steps:
2 When installing the Signal Receiving Unit to the swich box, the Signal Receiving Unit
1 When installing on either the switch box or the wall,allow space around the Signal
1 When installing on either the switch box or the wall,allow space around the Signal
slipped downward for 6.5 mm (1/4 inch) as right illustrated.
slipped downward for 6.5 mm (1/4 inch) as right illustrated.
Receiving Unit as shown in the figure on the right.
1 When installing on either the switch box or the wall,allow space around the Signal
3 Parts which must be supplied on site.
Receiving Unit as shown in the figure on the right.
3 Parts which must be supplied on site.
2 When installing the Signal Receiving Unit to the swich box, the Signal Receiving Unit
Receiving Unit as shown in the figure on the right.
2 When installing the Signal Receiving Unit to the swich box, the Signal Receiving Unit
Switch box for one unit
slipped downward for 6.5 mm (1/4 inch) as right illustrated.
Switch box for one unit
2 When installing the Signal Receiving Unit to the swich box, the Signal Receiving Unit
slipped downward for 6.5 mm (1/4 inch) as right illustrated.
Thin-copper wiring pipe
3 Parts which must be supplied on site.
Thin-copper wiring pipe
slipped downward for 6.5 mm (1/4 inch) as right illustrated.
3 Parts which must be supplied on site.
Lock nut and bushing
Switch box for one unit
Lock nut and bushing
3 Parts which must be supplied on site.
4 lnstall the unit on the wall or ceiling where the signal is received from the remote
Switch box for one unit
Thin-copper wiring pipe
4 lnstall the unit on the wall or ceiling where the signal is received from the remote
Switch box for one unit
controller.
Thin-copper wiring pipe
Lock nut and bushing
controller.
Thin-copper wiring pipe
(Refer to the below illustration)
Lock nut and bushing
4 lnstall the unit on the wall or ceiling where the signal is received from the remote
(Refer to the below illustration)
Lock nut and bushing
4 lnstall the unit on the wall or ceiling where the signal is received from the remote
controller.
4 lnstall the unit on the wall or ceiling where the signal is received from the remote
controller.
(Refer to the below illustration)
controller.
(Refer to the below illustration)
(Refer to the below illustration)
90˚
90˚
90˚
90˚
∗ Install the Signal Receiving Unit where is watched from any position.
∗ Install the Signal Receiving Unit where is watched from any position.
NOTE: lf the Signal Receiving Unit is installed near a fluoresent lamp specially inverter type,signal interception may occur.
∗ Install the Signal Receiving Unit where is watched from any position.
NOTE: lf the Signal Receiving Unit is installed near a fluoresent lamp specially inverter type,signal interception may occur.
∗ Install the Signal Receiving Unit where is watched from any position.
Be careful for installing the Signal Receiving Unit or replacing the lamp.
Be careful for installing the Signal Receiving Unit or replacing the lamp.
∗ Install the Signal Receiving Unit where is watched from any position.
NOTE: lf the Signal Receiving Unit is installed near a fluoresent lamp specially inverter type,signal interception may occur.
(2) Install the remote control cord to the terminal block (No polarity).
NOTE: lf the Signal Receiving Unit is installed near a fluoresent lamp specially inverter type,signal interception may occur.
(2) Install the remote control cord to the terminal block (No polarity).
Be careful for installing the Signal Receiving Unit or replacing the lamp.
NOTE: lf the Signal Receiving Unit is installed near a fluoresent lamp specially inverter type,signal interception may occur.
Be careful for installing the Signal Receiving Unit or replacing the lamp.
Be careful for installing the Signal Receiving Unit or replacing the lamp.
(2) Install the remote control cord to the terminal block (No polarity).
(2) Install the remote control cord to the terminal block (No polarity).
(2) Install the remote control cord to the terminal block (No polarity).
Insert the minus screwdriver toward the
Insert the minus screwdriver toward the
arrow pointed and wrench it to remove the cover.
arrow pointed and wrench it to remove the cover.
A flat screwdriver whose width of blade is between
A flat screwdriver whose width of blade is between
Insert the minus screwdriver toward the
4 and 7 mm (5/32 - 9/32 inch) must be used.
4 and 7 mm (5/32 - 9/32 inch) must be used.
arrow pointed and wrench it to remove the cover.
Insert the minus screwdriver toward the
Insert the minus screwdriver toward the
A flat screwdriver whose width of blade is between
arrow pointed and wrench it to remove the cover.
arrow pointed and wrench it to remove the cover.
4 and 7 mm (5/32 - 9/32 inch) must be used.
A flat screwdriver whose width of blade is between
A flat screwdriver whose width of blade is between
4 and 7 mm (5/32 - 9/32 inch) must be used.
4 and 7 mm (5/32 - 9/32 inch) must be used.
PAR-FA32MA
PAR-FA32MA
PAR-FA32MA
PAR-FA32MA
described below thoroughly and then install the Signal Receiving Unit PAR-
described below thoroughly and then install the Signal Receiving Unit PAR-
" 1 Safety Precautions "
described below thoroughly and then install the Signal Receiving Unit PAR-
described below thoroughly and then install the Signal Receiving Unit PAR-
described below thoroughly and then install the Signal Receiving Unit PAR-
WARNING
WARNING
■ Ensure that installation work is done correctly following this
■ Ensure that installation work is done correctly following this
WARNING
installation manual.
installation manual.
WARNING
WARNING
Any deficiency caused by installation may result in an electric shock
Any deficiency caused by installation may result in an electric shock
■ Ensure that installation work is done correctly following this
or fire.
or fire.
installation manual.
■ Ensure that installation work is done correctly following this
■ Ensure that installation work is done correctly following this
■ All electrical work must be performed by a licensed technician,
■ All electrical work must be performed by a licensed technician,
Any deficiency caused by installation may result in an electric shock
installation manual.
installation manual.
according to local regulations and the instructions given in this
according to local regulations and the instructions given in this
or fire.
Any deficiency caused by installation may result in an electric shock
Any deficiency caused by installation may result in an electric shock
manual.
manual.
or fire.
■ All electrical work must be performed by a licensed technician,
or fire.
Any lack of electric circuit or any deficiency caused by installation
Any lack of electric circuit or any deficiency caused by installation
according to local regulations and the instructions given in this
■ All electrical work must be performed by a licensed technician,
may result in an electric shock or fire.
■ All electrical work must be performed by a licensed technician,
may result in an electric shock or fire.
manual.
according to local regulations and the instructions given in this
according to local regulations and the instructions given in this
■ Do not move and re-install the PAR-FA32MA yourself.
■ Do not move and re-install the PAR-FA32MA yourself.
Any lack of electric circuit or any deficiency caused by installation
manual.
manual.
Any deficiency caused by installation may result in an electric shock
Any deficiency caused by installation may result in an electric shock
may result in an electric shock or fire.
Any lack of electric circuit or any deficiency caused by installation
Any lack of electric circuit or any deficiency caused by installation
or fire.
or fire.
may result in an electric shock or fire.
■ Do not move and re-install the PAR-FA32MA yourself.
may result in an electric shock or fire.
Ask your distributor or special vendor for moving and installation.
Ask your distributor or special vendor for moving and installation.
Any deficiency caused by installation may result in an electric shock
■ Do not move and re-install the PAR-FA32MA yourself.
■ Do not move and re-install the PAR-FA32MA yourself.
■ To dispose of this product, consult your dealer.
■ To dispose of this product, consult your dealer.
or fire.
Any deficiency caused by installation may result in an electric shock
Any deficiency caused by installation may result in an electric shock
Ask your distributor or special vendor for moving and installation.
or fire.
or fire.
CAUTION
Ask your distributor or special vendor for moving and installation.
■ To dispose of this product, consult your dealer.
CAUTION
Ask your distributor or special vendor for moving and installation.
■ To dispose of this product, consult your dealer.
■ To dispose of this product, consult your dealer.
■ Do not install in any steamy place such a bathroom or kitchen.
■ Do not install in any steamy place such a bathroom or kitchen.
CAUTION
Avoid any place where moisture is condensed into dew. Doing so
Avoid any place where moisture is condensed into dew. Doing so
CAUTION
CAUTION
may cause an electric shock or a malfunction.
may cause an electric shock or a malfunction.
■ Do not install in any steamy place such a bathroom or kitchen.
■ Do not install in any place where acidic or alkaline solution or
■ Do not install in any place where acidic or alkaline solution or
Avoid any place where moisture is condensed into dew. Doing so
■ Do not install in any steamy place such a bathroom or kitchen.
■ Do not install in any steamy place such a bathroom or kitchen.
special spray are often used.
special spray are often used.
may cause an electric shock or a malfunction.
Avoid any place where moisture is condensed into dew. Doing so
Avoid any place where moisture is condensed into dew. Doing so
Doing so may cause an electric shock or malfunction.
Doing so may cause an electric shock or malfunction.
may cause an electric shock or a malfunction.
■ Do not install in any place where acidic or alkaline solution or
may cause an electric shock or a malfunction.
■ Use standard wires in compliance with the current capacity.
■ Use standard wires in compliance with the current capacity.
special spray are often used.
■ Do not install in any place where acidic or alkaline solution or
■ Do not install in any place where acidic or alkaline solution or
A failure to this may result in an electric leakage, heating or fire.
A failure to this may result in an electric leakage, heating or fire.
Doing so may cause an electric shock or malfunction.
special spray are often used.
special spray are often used.
■ Do not touch any PCB (Printed Circuit Board) with your hands
■ Do not touch any PCB (Printed Circuit Board) with your hands
Doing so may cause an electric shock or malfunction.
■ Use standard wires in compliance with the current capacity.
Doing so may cause an electric shock or malfunction.
or with tools. Do not allow dust to collect on the PCB.
or with tools. Do not allow dust to collect on the PCB.
A failure to this may result in an electric leakage, heating or fire.
■ Use standard wires in compliance with the current capacity.
■ Use standard wires in compliance with the current capacity.
Doing so may cause fire or an electric shock.
Doing so may cause fire or an electric shock.
A failure to this may result in an electric leakage, heating or fire.
■ Do not touch any PCB (Printed Circuit Board) with your hands
A failure to this may result in an electric leakage, heating or fire.
■ Do not touch any control button with your wet hands.
■ Do not touch any control button with your wet hands.
or with tools. Do not allow dust to collect on the PCB.
■ Do not touch any PCB (Printed Circuit Board) with your hands
■ Do not touch any PCB (Printed Circuit Board) with your hands
Doing so may cause an electric shock or a malfunction.
Doing so may cause an electric shock or a malfunction.
Doing so may cause fire or an electric shock.
or with tools. Do not allow dust to collect on the PCB.
or with tools. Do not allow dust to collect on the PCB.
■ Do not press any control button using a sharp object.
■ Do not press any control button using a sharp object.
Doing so may cause fire or an electric shock.
■ Do not touch any control button with your wet hands.
Doing so may cause fire or an electric shock.
°
C
Doing so may cause an electric shock or a malfunction.
°
C
Doing so may cause an electric shock or a malfunction.
Doing so may cause an electric shock or a malfunction.
■ Do not touch any control button with your wet hands.
■ Do not touch any control button with your wet hands.
■ Never contact the power supply with the control wiring termi-
■ Never contact the power supply with the control wiring termi-
Doing so may cause an electric shock or a malfunction.
■ Do not press any control button using a sharp object.
Doing so may cause an electric shock or a malfunction.
nals.
nals.
°
C
Doing so may cause an electric shock or a malfunction.
■ Do not press any control button using a sharp object.
■ Do not press any control button using a sharp object.
Doing so will certainly cause the controller to catch fire.
Doing so will certainly cause the controller to catch fire.
°
F) or exposed to direct sunlight.
°
C
Doing so may cause an electric shock or a malfunction.
■ Never contact the power supply with the control wiring termi-
°
C
Doing so may cause an electric shock or a malfunction.
nals.
■ Never contact the power supply with the control wiring termi-
■ Never contact the power supply with the control wiring termi-
Doing so will certainly cause the controller to catch fire.
nals.
nals.
Doing so will certainly cause the controller to catch fire.
Doing so will certainly cause the controller to catch fire.
(3) Screw (M4 × 30) .................................................................. 2
(3) Screw (M4 × 30) .................................................................. 2
(4) Wood screw (4.1 × 16) ........................................................ 2
(4) Wood screw (4.1 × 16) ........................................................ 2
(3) Screw (M4 × 30) .................................................................. 2
(3) Screw (M4 × 30) .................................................................. 2
(4) Wood screw (4.1 × 16) ........................................................ 2
(3) Screw (M4 × 30) .................................................................. 2
(4) Wood screw (4.1 × 16) ........................................................ 2
(4) Wood screw (4.1 × 16) ........................................................ 2
(18 AWG) wiring is recommended for ease of installation.
2
2
(18 AWG) wiring is recommended for ease of installation.
(16 AWG) cable for signal receiving unit wiring. 0.75 mm
(18 AWG) wiring is recommended for ease of installation.
2
2
- 1 -
2
(18 AWG) wiring is recommended for ease of installation.
2
(18 AWG) wiring is recommended for ease of installation.
● Single setting
● Single setting
All the units can be operated by a single wireless remote
All the units can be operated by a single wireless remote
controller.
● Single setting
controller.
● Single setting
All the units can be operated by a single wireless remote
● Single setting
All the units can be operated by a single wireless remote
controller.
"3"
All the units can be operated by a single wireless remote
"0"
"0"
"0"
"0"
"0"
"0"
controller.
"3"
"3"
controller.
"2"
"3"
"0"
"0"
"0"
"0"
"2"
"3"
"3"
"0"
"0"
"0"
"0"
"0"
"0"
"3"
"3"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
"0"
Signal receiving
Signal receiving
unit external
unit external
Center of
Center of
Signal receiving
Switch box
Signal receiving
Switch box
unit external
unit external
Center of
Center of
Switch box
Switch box
Switch box
Switch box
Installation pitch
Installation pitch
Switch box
Unit : mm (in)
Switch box
Unit : mm (in)
Installation pitch
Installation pitch
Example: Ceiling cassette type, Ceiling cosealed type
Example: Ceiling cassette type, Ceiling cosealed type
Unit : mm (in)
Unit : mm (in)
Remote controller Cord
Example: Ceiling cassette type, Ceiling cosealed type
90˚
Example: Ceiling cassette type, Ceiling cosealed type
Example: Ceiling cassette type, Ceiling cosealed type
Indoor unit
Indoor unit
Remote controller Cord
Indoor unit
Indoor unit
Indoor unit
Signal Receiving Unit
Signal Receiving Unit
∗ When consealing wire, the hole ø10 (13/32) to push a remote
∗ When consealing wire, the hole ø10 (13/32) to push a remote
Signal Receiving Unit
control cord through is nesessary on the ceiling.
control cord through is nesessary on the ceiling.
Signal Receiving Unit
Signal Receiving Unit
∗ When consealing wire, the hole ø10 (13/32) to push a remote
∗ When consealing wire, the hole ø10 (13/32) to push a remote
control cord through is nesessary on the ceiling.
∗ When consealing wire, the hole ø10 (13/32) to push a remote
control cord through is nesessary on the ceiling.
control cord through is nesessary on the ceiling.
Push a remote control cord
Push a remote control cord
Remote control cord
Remote control cord
through the wires installed hole.
through the wires installed hole.
Push a remote control cord
Remote control cord
through the wires installed hole.
Push a remote control cord
Remote control cord
Push a remote control cord
Remote control cord
through the wires installed hole.
through the wires installed hole.
¡
™
¡
™
¡
™
¡
™
¡
™
- 3 -
WT04753X03
GB
3
Example of System Configuration
3
Example of System Configuration
The remote controller wire is connected to CITY MULTI System (C type or later).
The remote controller wire is connected to CITY MULTI System (C type or later).
3
Example of System Configuration
3
Example of System Configuration
(In case of CITY MULTI System)
(In case of CITY MULTI System)
The remote controller wire is connected to CITY MULTI System (C type or later).
Central management transmission line
Central management transmission line
The remote controller wire is connected to CITY MULTI System (C type or later).
(In case of CITY MULTI System)
The remote controller wire is connected to CITY MULTI System (C type or later).
(M-NET transmission line)
(M-NET transmission line)
(In case of CITY MULTI System)
(In case of CITY MULTI System)
PAR-FA32MA
Indoor and outdoor transmission lines
Indoor and outdoor transmission lines
Central management transmission line
Central management transmission line
(M-NET transmission line)
(M-NET transmission line)
(M-NET transmission line)
(M-NET transmission line)
MA remote controller cable
Indoor and outdoor transmission lines
MA remote controller cable
Indoor and outdoor transmission lines
(M-NET transmission line)
(M-NET transmission line)
MA remote controller cable
MA remote controller cable
Signal receiving unit
Signal receiving unit
Signal receiving unit
Signal receiving unit
NOTE:
NOTE:
• No power supply lines are shown and only the trans-
• No power supply lines are shown and only the trans-
mission lines are shown in the above wiring example.
mission lines are shown in the above wiring example.
NOTE:
NOTE:
• Provide shield grounding of M-NET transmission line
• Provide shield grounding of M-NET transmission line
• No power supply lines are shown and only the trans-
NOTE:
• No power supply lines are shown and only the trans-
at one arbitrary point.
at one arbitrary point.
• No power supply lines are shown and only the trans-
mission lines are shown in the above wiring example.
• Provide shield grounding of M-NET transmission line
mission lines are shown in the above wiring example.
• Provide shield grounding of M-NET transmission line
• Provide shield grounding of M-NET transmission line
1 Wiring from signal receiving unit.
at one arbitrary point.
1 Wiring from signal receiving unit.
at one arbitrary point.
· Connected to MA remote controller wiring terminal block (TB15) on the indoor unit. (The terminal block has no polarities.)
· Connected to MA remote controller wiring terminal block (TB15) on the indoor unit. (The terminal block has no polarities.)
2 With group operation (group 3 and group 4 above).
1 Wiring from signal receiving unit.
2 With group operation (group 3 and group 4 above).
1 Wiring from signal receiving unit.
· After wiring the MA remote controller wiring terminal block (TB15) on the group operation indoor unit, connect to the indoor unit
· After wiring the MA remote controller wiring terminal block (TB15) on the group operation indoor unit, connect to the indoor unit
1 Wiring from signal receiving unit.
· Connected to MA remote controller wiring terminal block (TB15) on the indoor unit. (The terminal block has no polarities.)
with the lowest address within the group.
with the lowest address within the group.
2 With group operation (group 3 and group 4 above).
· Connected to MA remote controller wiring terminal block (TB15) on the indoor unit. (The terminal block has no polarities.)
2 With group operation (group 3 and group 4 above).
2 With group operation (group 3 and group 4 above).
NOTE: With group operation with a different cooling system, wire only the MA remote controller wiring terminal block (TB15).
· After wiring the MA remote controller wiring terminal block (TB15) on the group operation indoor unit, connect to the indoor unit
NOTE: With group operation with a different cooling system, wire only the MA remote controller wiring terminal block (TB15).
· After wiring the MA remote controller wiring terminal block (TB15) on the group operation indoor unit, connect to the indoor unit
Do not wire the indoor/outdoor transmission terminal block (TB5).
with the lowest address within the group.
Do not wire the indoor/outdoor transmission terminal block (TB5).
with the lowest address within the group.
NOTE: With group operation with a different cooling system, wire only the MA remote controller wiring terminal block (TB
3 The signal receiving unit and the MA remote controller may be used together (group 4 above).
NOTE: With group operation with a different cooling system, wire only the MA remote controller wiring terminal block (TB15).
3 The signal receiving unit and the MA remote controller may be used together (group 4 above).
NOTE: With group operation with a different cooling system, wire only the MA remote controller wiring terminal block (TB15).
Do not wire the indoor/outdoor transmission terminal block (TB5).
· Set the MA remote controller as "Main", and the signal receiving unit as "Sub".
· Set the MA remote controller as "Main", and the signal receiving unit as "Sub".
Do not wire the indoor/outdoor transmission terminal block (TB5).
· When other types of remote controllers are used, refer to section " 7 Possible Combinations of Signal Receiving Units and
3 The signal receiving unit and the MA remote controller may be used together (group 4 above).
· When other types of remote controllers are used, refer to section " 7 Possible Combinations of Signal Receiving Units and
3 The signal receiving unit and the MA remote controller may be used together (group 4 above).
Remote Controllers ".
Remote Controllers ".
3 The signal receiving unit and the MA remote controller may be used together (group 4 above).
· Set the MA remote controller as "Main", and the signal receiving unit as "Sub".
∗ See the installation manual supplied with the outdoor unit for details of setting up indoor (IC) and outdoor (OC) units.
· Set the MA remote controller as "Main", and the signal receiving unit as "Sub".
∗ See the installation manual supplied with the outdoor unit for details of setting up indoor (IC) and outdoor (OC) units.
· When other types of remote controllers are used, refer to section " 7 Possible Combinations of Signal Receiving Units and
∗ See the relevant equipment manual for details of setting up the central controller and transmission line power supply unit.
· When other types of remote controllers are used, refer to section " 7 Possible Combinations of Signal Receiving Units and
∗ See the relevant equipment manual for details of setting up the central controller and transmission line power supply unit.
Remote Controllers ".
Remote Controllers ".
∗ See the installation manual supplied with the outdoor unit for details of setting up indoor (IC) and outdoor (OC) units.
∗ See the installation manual supplied with the outdoor unit for details of setting up indoor (IC) and outdoor (OC) units.
4
Setting the Pair Number & Main/Sub Switch
4
Setting the Pair Number & Main/Sub Switch
∗ See the relevant equipment manual for details of setting up the central controller and transmission line power supply unit.
∗ See the installation manual supplied with the outdoor unit for details of setting up indoor (IC) and outdoor (OC) units.
∗ See the relevant equipment manual for details of setting up the central controller and transmission line power supply unit.
∗ See the relevant equipment manual for details of setting up the central controller and transmission line power supply unit.
Setting pair number of the wireless remote controller and the Signal Receiving Unit.
Setting pair number of the wireless remote controller and the Signal Receiving Unit.
4
Setting the Pair Number & Main/Sub Switch
4
Setting the Pair Number & Main/Sub Switch
Set switch position of the Signal Receiving Unit as follows.
Set switch position of the Signal Receiving Unit as follows.
Refer to the installation manual that came with the wireless remote controller for how to set pair numbers of wireless remote controllers.
Setting pair number of the wireless remote controller and the Signal Receiving Unit.
Refer to the installation manual that came with the wireless remote controller for how to set pair numbers of wireless remote controllers.
Setting pair number of the wireless remote controller and the Signal Receiving Unit.
Set switch position of the Signal Receiving Unit as follows.
Setting pair number of the wireless remote controller and the Signal Receiving Unit.
Set switch position of the Signal Receiving Unit as follows.
Refer to the installation manual that came with the wireless remote controller for how to set pair numbers of wireless remote contr
Set switch position of the Signal Receiving Unit as follows.
Refer to the installation manual that came with the wireless remote controller for how to set pair numbers of wireless remote controllers.
Refer to the installation manual that came with the wireless remote controller for how to set pair numbers of wireless remote controllers.
(1) Change the pair number switch to set the pair number.
(1) Change the pair number switch to set the pair number.
1 Pair number
1 Pair number
(1) Change the pair number switch to set the pair number.
To fix the Signal Receiving Unit which operates from the wireless remote controller.
To fix the Signal Receiving Unit which operates from the wireless remote controller.
(1) Change the pair number switch to set the pair number.
10 kinds of setting (0 - 9) are available for the wireless remote controller and Signal Receiving Unit.
(1) Change the pair number switch to set the pair number.
1 Pair number
10 kinds of setting (0 - 9) are available for the wireless remote controller and Signal Receiving Unit.
1 Pair number
1 Pair number
Adapt a pair number to the using wireless remote controller.
Adapt a pair number to the using wireless remote controller.
To fix the Signal Receiving Unit which operates from the wireless remote controller.
To fix the Signal Receiving Unit which operates from the wireless remote controller.
10 kinds of setting (0 - 9) are available for the wireless remote controller and Signal Receiving Unit.
1
1
10 kinds of setting (0 - 9) are available for the wireless remote controller and Signal Receiving Unit.
Adapt a pair number to the using wireless remote controller.
Adapt a pair number to the using wireless remote controller.
1
(3) Installing hole when the Signal Receiving Unit is installed on the wall direct.
(3) Installing hole when the Signal Receiving Unit is installed on the wall direct.
1
1
• Cut the thin-wall portion inside the bottom case (oblique section) by a knife or a nipper.
• Cut the thin-wall portion inside the bottom case (oblique section) by a knife or a nipper.
(3) Installing hole when the Signal Receiving Unit is installed on the wall direct.
• Take out the connected remote control cord to the terminal brock through this space.
• Take out the connected remote control cord to the terminal brock through this space.
(3) Installing hole when the Signal Receiving Unit is installed on the wall direct.
(3) Installing hole when the Signal Receiving Unit is installed on the wall direct.
• Cut the thin-wall portion inside the bottom case (oblique section) by a knife or a nipper.
• Cut the thin-wall portion inside the bottom case (oblique section) by a knife or a nipper.
• Take out the connected remote control cord to the terminal brock through this space.
• Cut the thin-wall portion inside the bottom case (oblique section) by a knife or a nipper.
• Take out the connected remote control cord to the terminal brock through this space.
• Take out the connected remote control cord to the terminal brock through this space.
(4) Seal the Signal Receiving Unit cord lead-in hole with putty in order to prevent the possible entry of dew, water
(4) Seal the Signal Receiving Unit cord lead-in hole with putty in order to prevent the possible entry of dew, water
"0"
droplets, cockroaches, other insects, etc.
"0"
droplets, cockroaches, other insects, etc.
(4) Seal the Signal Receiving Unit cord lead-in hole with putty in order to prevent the possible entry of dew, w
• When installing on the switch box, seal the con-
• When installing on the switch box, seal the con-
"0"
"0"
(4) Seal the Signal Receiving Unit cord lead-in hole with putty in order to prevent the possible entry of dew, water
(4) Seal the Signal Receiving Unit cord lead-in hole with putty in order to prevent the possible entry of dew, water
nections between the switch box and wiring
nections between the switch box and wiring
"0"
droplets, cockroaches, other insects, etc.
"0"
droplets, cockroaches, other insects, etc.
pipe with putty.
pipe with putty.
• When installing on the switch box, seal the con-
"0"
• When installing on the switch box, seal the con-
• When installing on the switch box, seal the con-
When using the switch box
When using the switch box
nections between the switch box and wiring
nections between the switch box and wiring
pipe with putty.
pipe with putty.
Wall
Wall
When using the switch box
When using the switch box
200 (7-7/8)
200 (7-7/8)
"0"
Wall
Wall
200 (7-7/8)
200 (7-7/8)
(5) Install the lower case on the switch box or directly on the wall.
(5) Install the lower case on the switch box or directly on the wall.
70 ( 2-3/4 )
70 ( 2-3/4 )
(5) Install the lower case on the switch box or directly on the wall.
Signal receiving
(5) Install the lower case on the switch box or directly on the wall.
70 ( 2-3/4 )
(5) Install the lower case on the switch box or directly on the wall.
unit external
70 ( 2-3/4 )
70 ( 2-3/4 )
Center of
Switch box
(6) Install the cover
(6) Install the cover
Switch box
(6) Install the cover
Protrusion
6
Test Run
Protrusion
(6) Install the cover
6
Test Run
(6) Install the cover
(pillar, etc)
Installation pitch
(pillar, etc)
Unit : mm (in)
Protrusion
Refer to the installation manual for wireless remote controller for how to perform the test run.
Refer to the installation manual for wireless remote controller for how to perform the test run.
(pillar, etc)
Protrusion
6
Test Run
Protrusion
6
Test Run
(pillar, etc)
(pillar, etc)
Remote controller Cord
Refer to the installation manual for wireless remote controller for how to perform the test run.
7
Possible Combinations of Signal Receiving Units and Remote Controllers
7
Possible Combinations of Signal Receiving Units and Remote Controllers
Refer to the installation manual for wireless remote controller for how to perform the test run.
ø10 (13/32)
Refer to the installation manual for wireless remote controller for how to perform the test run.
ø10 (13/32)
Remote controller Cord
When the Signal Receiving Unit and other types of remote controller are used together, the following combinations must be used.
When the Signal Receiving Unit and other types of remote controller are used together, the following combinations must be used.
Remote controller Cord
7
Possible Combinations of Signal Receiving Units and Remote Controllers
ø10 (13/32)
7
Possible Combinations of Signal Receiving Units and Remote Controllers
• Possible combinations of remote controllers
• Possible combinations of remote controllers
ø10 (13/32)
ø10 (13/32)
When the Signal Receiving Unit and other types of remote controller are used together, the following combinations must be us
Indoor unit function
Indoor unit function
When the Signal Receiving Unit and other types of remote controller are used together, the following combinations must be used.
• Possible combinations of remote controllers
• Models with 1°F tempera-
When the Signal Receiving Unit and other types of remote controller are used together, the following combinations must be used.
• Models with 1°F tempera-
• Possible combinations of remote controllers
• Possible combinations of remote controllers
ture setting
ture setting
• Models with maintenance
Indoor unit function
• Models with maintenance
Indoor unit function
function
• Models with 1°F tempera-
function
• Models with 1°F tempera-
ture setting
ture setting
• Models with maintenance
• Models with maintenance
function
function
• Models without 1°F tem-
• Models without 1°F tem-
perature setting
perature setting
• Models without mainte-
• Models without mainte-
• Models without 1°F tem-
nance function
nance function
• Models without 1°F tem-
perature setting
RX:
perature setting
Signal Receiving Unit (PAR-FA32MA)
RX:
Signal Receiving Unit (PAR-FA32MA)
• Models without mainte-
MA(20): MA remote controller (PAR-20MAA)
• Models without mainte-
MA(20): MA remote controller (PAR-20MAA)
nance function
nance function
RX:
Signal Receiving Unit (PAR-FA32MA)
RX:
Signal Receiving Unit (PAR-FA32MA)
This product is designed and intended for use in a residential, commercial or light-industrial environment.
This product is designed and intended for use in a residential, commercial or light-industrial environment.
MA(20): MA remote controller (PAR-20MAA)
MA(20): MA remote controller (PAR-20MAA)
The product at hand is based on the following EU regulations:
The product at hand is based on the following EU regulations:
∗ Electromagnetic Compatibility Directive 89/336/EEC
∗ Electromagnetic Compatibility Directive 89/336/EEC
This product is designed and intended for use in a residential, commercial or light-industrial environment.
This product is designed and intended for use in a residential, commercial or light-industrial environment.
The product at hand is based on the following EU regulations:
The product at hand is based on the following EU regulations:
∗ Electromagnetic Compatibility Directive 89/336/EEC
∗ Electromagnetic Compatibility Directive 89/336/EEC
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.
Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.
3
3
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
3
Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.
Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.
3
3
3
Example of System Configuration
Group 1
Group 1
OC
IC
OC
IC
51
01
51
01
TB7
TB3
TB5
TB15
TB7
TB3
Group 1
TB5
Central management transmission line
Group 1
OC
(M-NET transmission line)
51
OC
IC
OC
IC
TB7
TB3
51
01
Replace CN41
Replace CN41
51
01
Indoor and outdoor transmission lines
TB7
TB3
TB5
TB15
with CN40.
TB7
TB3
TB5
with CN40.
(M-NET transmission line)
CN40
CN40
Replace CN41
with CN40.
Replace CN41
Replace CN41
MA remote controller cable
with CN40.
CN40
with CN40.
(Main)
Leave CN41 as it is.
CN40
Leave CN41 as it is.
CN40
CN41
CN41
OC
IC
Signal receiving unit
OC
Leave CN41 as it is.
IC
(Main)
54
06
54
06
Leave CN41 as it is.
CN41
TB7
Leave CN41 as it is.
TB3
TB5
TB15
TB7
TB3
TB5
CN41
OC
CN41
54
OC
IC
OC
IC
TB7
TB3
54
06
54
06
TB7
TB3
TB5
TB15
TB7
TB3
TB5
mission lines are shown in the above wiring example.
A main remote controller and a sub remote con-
A main remote controller and a sub remote con-
troller can be connected to each group.
at one arbitrary point.
troller can be connected to each group.
A main remote controller and a sub remote con-
A main remote controller and a sub remote con-
troller can be connected to each group.
troller can be connected to each group.
· Connected to MA remote controller wiring terminal block (TB15) on the indoor unit. (The terminal block has no polarities.)
· After wiring the MA remote controller wiring terminal block (TB15) on the group operation indoor unit, connect to the indoo
with the lowest address within the group.
Do not wire the indoor/outdoor transmission terminal block (TB5).
· Set the MA remote controller as "Main", and the signal receiving unit as "Sub".
· When other types of remote controllers are used, refer to section " 7 Possible Combinations of Signal Receiving Unit
Remote Controllers ".
4
Setting the Pair Number & Main/Sub Switch
1 2
3
1 2
3
PAR-FA32MA
PAR-FA32MA
Pair No. of receiver
Pair No. of receiver
Seal
Seal
matches that of re-
matches that of re-
1 2
3
PAR-FA32MA
1 2
3
mote controller.
mote controller.
Pair No. of receiver
PAR-FA32MA
PAR-FA32MA
matches that of re-
Pair No. of receiver
Seal
Pair No. of receiver
Seal
mote controller.
matches that of re-
matches that of re-
Main/Sub switch
mote controller.
Main/Sub switch
mote controller.
(Factory setting
(Factory setting
"main")
"main")
0
0
Main/Sub switch
(Factory setting
Main/Sub switch
Main/Sub switch
"main")
(Factory setting
Signal Receiving Unit
(Factory setting
Signal Receiving Unit
"main")
(Externals removing the cover)
0
"main")
(Externals removing the cover)
0
Signal Receiving Unit
(Externals removing the cover)
Signal Receiving Unit
Signal Receiving Unit
(Externals removing the cover)
(Externals removing the cover)
To fix the Signal Receiving Unit which operates from the wireless remote controller.
10 kinds of setting (0 - 9) are available for the wireless remote controller and Signal Receiving Unit.
Adapt a pair number to the using wireless remote controller.
- 2 -
• When opening a hole using a drill for Signal Receiving Unit cord (or tak-
• When opening a hole using a drill for Signal Receiving Unit cord (or tak-
droplets, cockroaches, other insects, etc.
ing the cord out of the back of the Signal Receiving Unit), seal that hole
ing the cord out of the back of the Signal Receiving Unit), seal that hole
with putty.
with putty.
• When opening a hole using a drill for Signal Receiving Unit cord (o
• When opening a hole using a drill for Signal Receiving Unit cord (or tak-
• When routing the cord via the portion cut off from the upper case, equally
nections between the switch box and wiring
• When routing the cord via the portion cut off from the upper case, equally
• When opening a hole using a drill for Signal Receiving Unit cord (or tak-
ing the cord out of the back of the Signal Receiving Unit), seal that hole
seal that portion with putty.
pipe with putty.
seal that portion with putty.
ing the cord out of the back of the Signal Receiving Unit), seal that hole
Remote control
Remote control
with putty.
• When routing the cord via the portion cut off from the upper case, e
with putty.
cord (Accessory)
cord (Accessory)
When installing directly on the wall
When using the switch box
When installing directly on the wall
• When routing the cord via the portion cut off from the upper case, equally
• When routing the cord via the portion cut off from the upper case, equally
Wiring pipe
Wiring pipe
Remote control
seal that portion with putty.
Seal around here
seal that portion with putty.
Seal around here
Locknut
cord (Accessory)
Locknut
Remote control
Remote control
with putty
with putty
cord (Accessory)
Wall
Bushing
Wiring pipe
Bushing
cord (Accessory)
When installing directly on the wall
When installing directly on the wall
200 (7-7/8)
Wiring pipe
Switch box
Locknut
Switch box
Wiring pipe
Seal around here
Locknut
Bushing
Seal around here
Locknut
Seal around here
with putty
Seal around here
with putty
Bushing
Switch box
with putty
with putty
Bushing
Switch box
Switch box
Seal around here
with putty
Seal around here
Seal around here
with putty
with putty
6
Test Run
7
Possible Combinations of Signal Receiving Units and Remote Controllers
Main remote controller
Sub remote controller
Main remote controller
Sub remote controller
Indoor unit function
MA(20)/RX(31)
Main remote controller
RX
MA(20)/RX(31)
RX
• Models with 1°F tempera-
Main remote controller
Sub remote controller
Main remote controller
Sub remote controller
RX
MA(20)/RX(31)
ture setting
MA(20)/RX(31)
RX
MA(20)/RX(31)
RX
RX
• Models with maintenance
MA(20)/RX(31)
RX
RX
RX
MA(20)/RX(31)
RX
MA(21)
RX
function
RX
MA(21)
RX
RX
MA(21)
RX
MA(20)/RX(31)
RX
RX
MA(21)
RX
MA(20)/RX(31)
RX
MA(21)
RX
RX
RX
MA(21)
RX
RX
MA(21)
RX
All combinations shown above
All combinations shown above
RX
MA(21)
• Models without 1°F tem-
RX
MA(21)
perature setting
All combinations shown above
• Models without mainte-
RX(31): PAR-FA31MA (Old model)
RX(31): PAR-FA31MA (Old model)
All combinations shown above
All combinations shown above
nance function
MA(21): MA remote controller (PAR-21MAA)
MA(21): MA remote controller (PAR-21MAA)
RX:
Signal Receiving Unit (PAR-FA32MA)
MA(20): MA remote controller (PAR-20MAA)
RX(31): PAR-FA31MA (Old model)
RX(31): PAR-FA31MA (Old model)
MA(21): MA remote controller (PAR-21MAA)
MA(21): MA remote controller (PAR-21MAA)
This product is designed and intended for use in a residential, commercial or light-industrial environment.
The product at hand is based on the following EU regulations:
∗ Electromagnetic Compatibility Directive 89/336/EEC
HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.
HEAD OFFICE: TOKYO BLDG., 2-7-3, MARUNOUCHI, CHIYODA-KU, TOKYO 100-8310, JAPAN
HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.
Authorized representative in EU: MITSUBISHI ELECTRIC EUROPE B.V.
HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.
HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.
HARMAN HOUSE, 1 GEORGE STREET, UXBRIDGE, MIDDLESEX UB8 1QQ, U.K.
- 4 -
Group 2
Group 3
Group 2
Group 3
IC
IC
IC
IC
Group 1
Group 2
Group 3
02
03
02
03
TB5
TB15
TB5
TB15
TB15
Group 2
TB5
TB15
Group 3
TB5
TB15
Group 2
Group 3
IC
IC
IC
01
02
03
IC
IC
IC
IC
TB5
TB15
TB5
TB15
TB5
TB15
02
03
02
03
TB5
TB15
TB5
TB15
TB15
TB5
TB15
TB5
TB15
(Main)
(Main)
(Main)
(Main)
(Main)
(Main)
(Main)
(Main)
IC
IC
IC
IC
(Main)
(Main)
05
04
(Main)
05
(Main)
04
(Main)
TB5
TB15
TB5
TB15
TB15
TB5
TB15
TB5
TB15
IC
IC
IC
06
05
04
IC
IC
IC
IC
TB5
TB15
TB5
TB15
TB5
TB15
05
04
05
04
TB5
TB15
TB5
TB15
TB15
TB5
TB15
TB5
TB15
MA
MA
(Main)
(Sub)
(Main)
(Sub)
MA
Group 4
Group 4
MA
MA
(Main)
(Sub)
(Main)
(Sub)
Group 4
(Main)
(Sub)
Group 4
A main remote controller and a sub remote con-
Group 4
troller can be connected to each group.
1 2
3
Seal
0
0
0
Pair number switch
Pair number switch
0
(Factory setting "0")
0
(Factory setting "0")
0
Pair number switch
(Factory setting "0")
Pair number switch
Pair number switch
(Factory setting "0")
(Factory setting "0")
Bottom case
Bottom case
Thin-wall protion
Thin-wall protion
Thin-wall protion
Bottom case
Bottom case
Thin-wall protion
Thin-wall protion
ing the cord out of the back of the Signal Receiving Unit), seal tha
with putty.
seal that portion with putty.
Remote control cord
When installing directly on the wall
Remote control cord
Seal around here
Remote control cord
with putty
Remote control cord
Remote control cord
Seal around here
Seal around here
with putty
with putty
Seal around here
with putty
Seal around here
Seal around here
with putty
with putty
Screw (M4 × 30)
Screw (M4 × 30)
∗ When installing the lower case directly on
∗ When installing the lower case directly on
the wall or the ceiling, use wood screws.
the wall or the ceiling, use wood screws.
Screw (M4 × 30)
∗ When installing the lower case directly
Screw (M4 × 30)
Screw (M4 × 30)
the wall or the ceiling, use wood screws
∗ When installing the lower case directly on
∗ When installing the lower case directly on
the wall or the ceiling, use wood screws.
the wall or the ceiling, use wood screws.
Availability
Availability
Available
Available
Sub remote controller
The temperature cannot be set in increments
Availability
The temperature cannot be set in increments
of 1°F using wireless remote controller.
Availability
Available
of 1°F using wireless remote controller.
Availability
Not available
RX
Available
The temperature cannot be set in increm
Not available
Available
Available
The temperature cannot be set in increments
of 1°F using wireless remote controller.
Available
The temperature cannot be set in increments
Available
MA(20)/RX(31)
of 1°F using wireless remote controller.
Not available
Available
of 1°F using wireless remote controller.
Not available
RX
Not available
Available
Not available
Not available
RX
Available
Available
Available
MA(21)
Available
Not available
Available
Available
Available
Not available
Not available
Available
Available
Available
RX(31): PAR-FA31MA (Old model)
MA(21): MA remote controller (PAR-21MAA)
2
2
2
2
Botto
4
4
4
4
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