Mitsubishi Electric PURY-HP96T Instalační manuál Strana 116
- Strana / 334
- Tabulka s obsahem
- ŘEŠENÍ PROBLÉMŮ
- KNIHY
Hodnocené. / 5. Na základě hodnocení zákazníků
[ VII Control ]
- 107 -
HWE09120 GB
-8- Refrigerant Recovery Control
Recovery of refrigerant is performed during heating operation to prevent the refrigerant from accumulating inside the unit while
it is stopped (unit in fan mode), or inside the indoor unit that is in cooling mode or in heating mode with thermo off. It is also
performed during cooling operation to prevent an excessive amount of refrigerant from accumulating in the outdoor heat ex-
changer.
It is also performed during cooling operation to prevent an excessive amount of refrigerant from accumulating in the outdoor
heat exchanger.
(1) During heating operation
Starting refrigerant recovery mode
The refrigerant recovery mode in heating starts when all of the following three conditions are met:
15 minutes have passed since the completion of previous refrigerant recovery.
TH4 > 115°C [239°F]
Frequencies below 50 Hz
Refrigerant recovery
1) Refrigerant is recovered with the LEV on the applicable indoor unit (unit under stopping mode, fan mode, cooling, heating with
thermo off) being opened for 30 seconds.
2) Periodic capacity control of the outdoor units and periodic LEV control of the indoor units will be suspended during refrigerant
recovery operation; they will be performed after the recovery has been completed.
(2) During cooling operation
Starting refrigerant recovery mode
The refrigerant recovery mode starts when all the following conditions are met:
30 minutes have passed since the completion of previous refrigerant recovery.
When the unit keeps running for 3 minutes in a row or more with high discharge temperature
TH4 > 105°C [221°F] or 63HS1 > 3.43 MPa [497 psi] (35 kg/cm
2
G) and SC0 > 10°C [18°F]
Refrigerant recovery
The opening of LEV1 is increased and periodic control begins again.
Opening of LEV during refrigerant recovery
Opening of indoor unit LEV: 400 pulses
Initial opening of LEV
Start
Finish
30 seconds
- Safety Precautions 2
- Before installing the unit 5
- Before the test run 7
- CONTENTS 8
- Read Before Servicing 10
- [1] Read Before Servicing 12
- [3] Piping Materials 14
- Dimension A 15
- [4] Storage of Piping 16
- [5] Pipe Processing 16
- [6] Brazing 17
- [7] Air Tightness Test 18
- [9] Refrigerant Charging 20
- [ I Read Before Servicing ] 23
- Restrictions 24
- [1] System configuration 26
- Terminal 31
- [ II Restrictions ] 32
- Example of wiring connection 32
- (*4, *5) 34
- [4] Sample System Connection 35
- Interlock operation with 37
- Group Group 37
- M1 M2 M1 M2 M1 M2 M1 M2 41
- M1 M2 M1 M2 41
- M1 M2 M1 M2 M1 M2 M1 M2 43
- System controller 45
- Group Group Group 45
- GBHWE09120 49
- Unit: m [ft] 51
- 165 [541] or less 51
- (Equivalent length 190 51
- [623] or less) 51
- Outdoor Unit Components 56
- (1) PUHY-P72, P96TJMU-A 58
- PUHY-P72, P96YJMU-A 58
- (2) PUHY-P120, P144TJMU-A 59
- PUHY-P120, P144YJMU-A 59
- (3) PUHY-P120, P144TJMU-A 61
- <HIGH VOLTAGE WARNING> 62
- (R1,R5) Note.2 63
- Transformer 64
- 2. M-NET board 66
- 4. Fan board 70
- 5. Noise Filter 72
- (1) PUHY-P72TJMU-A 72
- Remote Controller 76
- [ IV Remote Controller ] 79
- Electrical Wiring Diagram 86
- <Symbol explanation> 88
- Refrigerant Circuit 94
- 1. Outdoor unit 96
- (1) PUHY-P72, P96 models 96
- (2) PUHY-P120, P144 models 96
- 273 t 98
- HWE09120 GB 100
- [ VI Refrigerant Circuit ] 101
- Clogged filter detection 108
- Initial vane position 108
- Switch setting timing 109
- (left) (right) 110
- Remote controller unit 110
- Rotary switch 110
- -1- Outline of Control Method 111
- -2- Startup sequence rotation 111
- -3- Initial Control 111
- -4- Control at Start-up 111
- -5- Bypass Control 112
- -7- Defrost Operation Control 114
- 30 seconds 116
- [ VII Control ] 118
- (3) P312, P336, P368 models 119
- -13- Emergency Operation Mode 120
- -14- Operation Mode 122
- -15- DEMAND Control 123
- [3] Operation Flow Chart 124
- 2. Operations in each mode 126
- (1) Cooling operation 126
- Test run mode 127
- Thermostat ON 127
- 1 or 2 128
- Suction temperature 128
- 18°C[64°F] 128
- Test Run Mode 130
- [2] Test Run Method 133
- Liquid 136
- Self-diagnosis swithes on TH4 137
- Self-diagnosis swithes on TH6 137
- Self-diagnosis swithes on TH3 137
- Self-diagnosis swithes on Tc 137
- OC, OS1, and OS2.) 138
- Troubleshooting 162
- Outdoor unit 164
- Indoor unit 164
- Remote controller 164
- 0403 (TJMU-A) 167
- 0403 (TJMU-A) (Indoor unit) 167
- 0403 (YJMU-A) 168
- 0403 (YJMU-A) (Indoor unit) 168
- +0,-0.15 171
- 4102 (TJMU-A) 179
- 4102 (YJMU-A) 180
- (TJMU-A) 183
- (YJMU-A) 186
- 4230 (TJMU-A) 190
- 4230 (YJMU-A) 191
- 4240 (TJMU-A) 192
- 4240 (YJMU-A) 193
- 4250 (TJMU-A) 196
- 4250 (YJMU-A) 197
- 4260 (TJMU-A) 198
- 4260 (YJMU-A) 198
- 5110 (YJMU-A) 202
- 5301 (TJMU-A) 203
- 5301 (YJMU-A) 204
- Measure voltages of the 234
- Is the error code 7102 234
- [ IX Troubleshooting ] 236
- Flow chart 236
- Connector contact failure 238
- High pressure sensor 241
- Low pressure sensor 241
- Evaporating temperature Te 241
- Condensing temperature Tc 243
- [With transmission] 246
- [Without transmission] 246
- Vout 0.5 ~ 3.5 V 249
- Pressure 0 ~ 1.7 MPa [247psi] 250
- Vout 0.5 ~ 3.5 V 250
- -3- Solenoid Valve 251
- 12345678 9 10 252
- 12345678 256
- Thermistor 257
- (liquid piping 257
- Linear Expansion Valve 257
- Lead wire 258
- -6- Inverter (TJMU-A) 260
- Check point 266
- Row B to Row E 266
- Installation direction 266
- L1 L2 L3 268
- SC-USC-RSC-SSC-TTB-N(Note) 269
- -6- Inverter (YJMU-A) 270
- Between Terminals 1 and 2 275
- Between Terminals 3 and 4 275
- Not to be short-circuited 275
- (Center value 75 ohm) 275
- -7- Control Circuit (TJMU-A) 277
- 1) PUHY-P72TJMU-A 279
- MA remote controller wiring 281
- (Non-polar 2 wire) 281
- Oudoor unit 281
- [5] Refrigerant Leak 283
- Compressor covers 286
- (right and left) 286
- 7SEG LED 290
- Alternate display 291
- Day count 291
- LED monitor display 292
- Current data 292
- Error history 302
- Data on indoor unit system 309
- Setting data 316
- Other types of data 332
- Issued in Feb. 2010 HWE09120 334
- Printed in Japan 334
Související produkty a manuály pro Napájecí adaptéry a střídače Mitsubishi Electric PURY-HP96T
(53 stránky)
(20 stránky)© 2020, manymanuals.cz. Všechna práva vyhrazena. | 0.142 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Komentáře k této Příručce