24
Pipe installation
Indoor unit HSB140, tank PT500, controller RC-HY20/40 with step controlled additional heat after reversing
valve for hot water and cooling function (4 pipe system)
-EB20
-KA1
-FL2
-CM1
-EB101
-QM43
-GP12
-EB101
-HQ1
-BT1
-AA25
-AA25
-AA25
-RN10
-CP10
-AA25-QN10
-AA25-BT7
-AA25-BT6
-BT25
-EB1
-CP5
-GP10
-KA1
-BT71
-EB1
-AA25
-GP13
-BT64
-EQ1-QN12
-EQ1
-BT50
-CP6
-CP6
-QM1
-EZ101
-BT12
-BT3
-BT15
-
BP4
-FL10
-QM31
-QM32
-HQ1
-XL14
-XL13
-XL1
-XL2
-AA25
-EZ102
NOTE
Not all components are shown in this
outline diagram.
This installations alternative is suitable for more complex
installations with a focus on comfort.
Controller (AA25) starts and stops the heat pump (EB101) to
meet the heating and hot water demand of the installation.
At simultaneous heating and hot water demand the reversing
valve (AA25-QN10) switches periodically between the climate
system and the water heater/accumulator tank (CP10). When
the hot water heater/accumulator tank is fully charged, the
reversing valve switches to the climate system.
Additional heat (EB1) is turned on, automatically when the
heating demand exceeds the heat pump capacity.
Immersion heater (EB20) in the water heater/accumulator tank
is used during the time to produce hot water if the heat pump is
used for heating at the same time.
The immersion heater (EB20) can also be used if a higher
temperature of hot water is required than the heat pump can
produce.
During cooling operation, the reversing valve (EQ1-QN12)
switches to the cooling system (EQ1). If several simultaneous
demands occur while there is a cooling demand, the system
reacts differently. In the event of a hot water demand, the
reversing valve switches back and hot water is produced until
the demand is fulfi lled. In the event of a heating demand, the
reversing valve switches periodically between cooling and
heating. If the cooling demand is met, the reversing valve
switches back to basic mode (heating/hot water).
Summary of Contents for HMK60
Page 2: ...1 2 ...
Page 87: ...85 Technical data Electrical circuit diagram HSB60 ...
Page 88: ...86 Technical data HMK60 RC HY FDCW60VNX A FDCW60VNX A 2 FDCW60VNX A 3 ...
Page 89: ...87 Technical data FDCW60VNX A 2 FDCW60VNX A 3 RC HY RC HY RC HY ...
Page 90: ...88 Technical data RC HY RC HY RC HY ...
Page 93: ...91 Technical data sheet 3 ...
Page 94: ...92 Technical data sheet 4 ...
Page 97: ...95 Technical data sheet 3 ...
Page 98: ...96 Technical data sheet 4 ...
Page 99: ...97 Technical data INDOOR UNIT HSB INDOOR UNIT HSB sheet 5 ...
Page 100: ...98 Technical data sheet 6 ...
Page 101: ......
Page 104: ...1 2 FDCW71VNX FDCW100VNX LEK LEK ...
Page 189: ...85 Technical data Electrical circuit diagram HSB100 ...
Page 190: ...86 Technical data HMK100 RC HY FDCW FDCW FDCW ...
Page 191: ...87 Technical data FDCW FDCW RC HY RC HY RC HY ...
Page 192: ...88 Technical data RC HY RC HY RC HY ...
Page 195: ...91 Technical data sheet 3 ...
Page 196: ...92 Technical data sheet 4 ...
Page 199: ...95 Technical data sheet 3 ...
Page 200: ...96 Technical data sheet 4 ...
Page 201: ...97 Technical data INDOOR UNIT HSB INDOOR UNIT HSB sheet 5 ...
Page 202: ...98 Technical data sheet 6 ...
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Page 277: ...71 Technical data Electrical circuit diagram HSB140 ...
Page 280: ...74 Technical data sheet 3 ...
Page 281: ...75 Technical data sheet 4 ...
Page 284: ...78 Technical data sheet 3 ...
Page 285: ...79 Technical data sheet 4 ...
Page 286: ...80 Technical data INDOOR UNIT HSB INDOOR UNIT HSB sheet 5 ...
Page 287: ...81 Technical data sheet 6 ...