-
250
-
(v)
Heat insulation for prevention of dew condensation
q
Dress refrigerant pipes (both gas and liquid pipes) for heat insulation and prevention of dew condensation.
Improper heat insulation/anti-dew dressing can result in a water leak or dripping causing damage to household effects,
etc.
w
Use a heat insulating material that can withstand 120°C or a higher temperature. Poor heat insulating capacity can cause
heat insulation problems or cable deterioration.
●
All gas pipes must be securely heat insulated in order to prevent damage from dripping water that comes from the
condensation formed on them during a cooling operation or personal injury from burns because their surface can reach
quite a high temperature due to discharged gas flowing inside during a heating operation.
●
Wrap indoor units’ flare joints with heat insulating parts (pipe cover) for heat insulation (both gas and liquid pipes).
●
Give heat insulation to both gas and liquid side pipes. Bundle a heat insulating material and a pipe tightly together so
that no gaps may be left between them and wrap them together with a connecting cable by a dressing tape.
●
Although it is verified in a test that this air conditioning unit shows satisfactory performance under JIS condensation
test conditions, both gas and liquid pipes need to be dressed with 10-20mm heat insulation materials additionally above
the ceiling where relative humidity exceeds 70%.
Insulation
Wires for connecting indoor
and outdoor units
Liquid piping
Exterior tape
Gas piping
Pipe cover (accessory)
Band (accessory)
(e)
Drainage
●
Where drain water from the outdoor unit causes problems, implement drain piping with drain elbows and drain grommets,
which are supplied separately as option parts.
●
There are 3 holes in the bottom panel of the outdoor unit to drain condensation.
●
Where condensate is guided to a drain, install the unit on a flat base (an option part supplied separately) or concrete blocks.
●
Connect a drain elbow as illustrated and plug the other holes with grommets.
Summary of Contents for FDC112KXEN6
Page 116: ... 112 4 Sensible heat capacity ...
Page 117: ... 113 ...
Page 118: ... 114 ...
Page 119: ... 115 ...
Page 120: ... 116 ...
Page 121: ... 117 ...
Page 122: ... 118 ...
Page 123: ... 119 ...
Page 124: ... 120 ...
Page 125: ... 121 ...
Page 126: ... 122 ...
Page 127: ... 123 ...
Page 128: ... 124 ...
Page 129: ... 125 ...
Page 130: ... 126 ...
Page 131: ... 127 ...
Page 132: ... 128 ...
Page 133: ... 129 ...
Page 134: ... 130 ...
Page 135: ... 131 ...
Page 136: ... 132 ...
Page 137: ... 133 ...
Page 138: ... 134 ...
Page 139: ... 135 ...
Page 140: ... 136 ...
Page 141: ... 137 ...
Page 142: ... 138 ...
Page 143: ... 139 ...
Page 144: ... 140 ...
Page 145: ... 141 ...
Page 146: ... 142 ...
Page 147: ... 143 ...
Page 148: ... 144 ...
Page 149: ... 145 ...
Page 150: ... 146 ...
Page 151: ... 147 ...
Page 152: ... 148 ...
Page 153: ... 149 ...
Page 154: ... 150 ...
Page 155: ... 151 ...
Page 156: ... 152 ...
Page 157: ... 153 ...
Page 158: ... 154 ...
Page 159: ... 155 ...
Page 160: ... 156 ...
Page 161: ... 157 ...
Page 162: ... 158 ...
Page 163: ... 159 ...
Page 164: ... 160 ...
Page 165: ... 161 ...
Page 166: ... 162 ...
Page 167: ... 163 ...
Page 168: ... 164 ...
Page 169: ... 165 ...
Page 170: ... 166 ...
Page 171: ... 167 ...
Page 172: ... 168 ...
Page 173: ... 169 ...