Basic Control
Si37-701
106
Function
REYQ38PY1, 40PY1 (10/12+12+16HP)
(To increase Step No.)
STEP
No.
unit 1
INV
unit 2
INV
unit 3
INV
STD
1
52Hz
52Hz
52Hz
2
56Hz
56Hz
56Hz
3
62Hz
62Hz
62Hz
4
66Hz
66Hz
66Hz
5
68Hz
68Hz
68Hz
6
70Hz
70Hz
70Hz
7
74Hz
74Hz
74Hz
8
80Hz
80Hz
80Hz
9
88Hz
88Hz
88Hz
10
96Hz
96Hz
96Hz
11
104Hz
104Hz
104Hz
12
110Hz
110Hz
110Hz
13
116Hz
116Hz
116Hz
14
124Hz
124Hz
124Hz
15
80Hz
80Hz
80Hz
ON1
16
88Hz
88Hz
88Hz
ON1
17
96Hz
96Hz
96Hz
ON1
18
104Hz
104Hz
104Hz
ON1
19
116Hz
116Hz
116Hz
ON1
20
124Hz
124Hz
124Hz
ON1
21
132Hz
132Hz
132Hz
ON1
22
88Hz
88Hz
88Hz
ON2
23
96Hz
96Hz
96Hz
ON2
24
104Hz
104Hz
104Hz
ON2
25
124Hz
124Hz
124Hz
ON2
26
144Hz
144Hz
144Hz
ON2
27
92Hz
92Hz
92Hz
ON3
28
104Hz
104Hz
104Hz
ON3
29
116Hz
116Hz
116Hz
ON3
30
124Hz
124Hz
124Hz
ON3
31
144Hz
144Hz
144Hz
ON3
32
96Hz
96Hz
96Hz
ON4
33
104Hz
104Hz
104Hz
ON4
34
116Hz
116Hz
116Hz
ON4
35
124Hz
124Hz
124Hz
ON4
36
144Hz
144Hz
144Hz
ON4
37
158Hz
158Hz
158Hz
ON4
38
166Hz
166Hz
166Hz
ON4
39
176Hz
176Hz
176Hz
ON4
40
188Hz
188Hz
188Hz
ON4
41
202Hz
202Hz
202Hz
ON4
42
210Hz
210Hz
210Hz
ON4
Initial step
Notes:
1. INV : Inverter compressor
STD : Standard compressor
Figures after ON represent the number of STD compressors in operation.
2. “Master unit”, and “slave unit” in this section are the names for control, and they will be transferred according to the
priority of rotation system.
3. Depending on the operating conditions of compressors, the compressors may run in patterns other than those
aforementioned.
REYQ34PY1, 36PY1 (8+10/12+16HP)
(To increase Step No.)
STEP
No.
unit 1
INV
unit 2
INV
unit 3
INV
STD
1
52Hz
52Hz
52Hz
2
56Hz
56Hz
56Hz
3
62Hz
62Hz
62Hz
4
66Hz
66Hz
66Hz
5
68Hz
68Hz
68Hz
6
70Hz
70Hz
70Hz
7
74Hz
74Hz
74Hz
8
80Hz
80Hz
80Hz
9
88Hz
88Hz
88Hz
10
96Hz
96Hz
96Hz
11
104Hz
104Hz
104Hz
12
110Hz
110Hz
110Hz
13
116Hz
116Hz
116Hz
14
124Hz
124Hz
124Hz
15
80Hz
80Hz
80Hz
ON1
16
88Hz
88Hz
88Hz
ON1
17
96Hz
96Hz
96Hz
ON1
18
104Hz
104Hz
104Hz
ON1
19
116Hz
116Hz
116Hz
ON1
20
124Hz
124Hz
124Hz
ON1
21
132Hz
132Hz
132Hz
ON1
22
88Hz
88Hz
88Hz
ON2
23
96Hz
96Hz
96Hz
ON2
24
104Hz
104Hz
104Hz
ON2
25
124Hz
124Hz
124Hz
ON2
26
144Hz
144Hz
144Hz
ON2
27
92Hz
92Hz
92Hz
ON3
28
104Hz
104Hz
104Hz
ON3
29
116Hz
116Hz
116Hz
ON3
30
124Hz
124Hz
124Hz
ON3
31
144Hz
144Hz
144Hz
ON3
32
158Hz
158Hz
158Hz
ON3
33
166Hz
166Hz
166Hz
ON3
34
176Hz
176Hz
176Hz
ON3
35
188Hz
188Hz
188Hz
ON3
36
202Hz
202Hz
202Hz
ON3
37
210Hz
210Hz
210Hz
ON3
Initial step
(To decrease Step No.)
STEP
No.
unit 1
INV
unit 2
INV
unit 3
INV
STD
1
52Hz
2
56Hz
3
62Hz
4
68Hz
5
74Hz
6
80Hz
7
88Hz
8
96Hz
9
104Hz
10
52Hz
52Hz
11
56Hz
56Hz
12
62Hz
62Hz
13
66Hz
66Hz
14
70Hz
70Hz
15
74Hz
74Hz
16
52Hz
52Hz
52Hz
17
56Hz
56Hz
56Hz
18
62Hz
62Hz
62Hz
19
66Hz
66Hz
66Hz
20
68Hz
68Hz
68Hz
21
70Hz
70Hz
70Hz
22
74Hz
74Hz
74Hz
23
80Hz
80Hz
80Hz
24
88Hz
88Hz
88Hz
25
96Hz
96Hz
96Hz
26
52Hz
52Hz
52Hz
ON1
27
62Hz
62Hz
62Hz
ON1
28
68Hz
68Hz
68Hz
ON1
29
74Hz
74Hz
74Hz
ON1
30
80Hz
80Hz
80Hz
ON1
31
88Hz
88Hz
88Hz
ON1
32
96Hz
96Hz
96Hz
ON1
33
104Hz
104Hz
104Hz
ON1
34
52Hz
52Hz
52Hz
ON2
35
62Hz
62Hz
62Hz
ON2
36
74Hz
74Hz
74Hz
ON2
37
88Hz
88Hz
88Hz
ON2
38
96Hz
96Hz
96Hz
ON2
39
52Hz
52Hz
52Hz
ON3
40
62Hz
62Hz
62Hz
ON3
41
74Hz
74Hz
74Hz
ON3
42
92Hz
92Hz
92Hz
ON3
43
104Hz
104Hz
104Hz
ON3
44
116Hz
116Hz
116Hz
ON3
45
124Hz
124Hz
124Hz
ON3
46
144Hz
144Hz
144Hz
ON3
47
158Hz
158Hz
158Hz
ON3
48
166Hz
166Hz
166Hz
ON3
49
176Hz
176Hz
176Hz
ON3
50
188Hz
188Hz
188Hz
ON3
51
202Hz
202Hz
202Hz
ON3
52
210Hz
210Hz
210Hz
ON3
(To decrease Step No.)
STEP
No.
unit 1
INV
unit 2
INV
unit 3
INV
STD
1
52Hz
2
56Hz
3
62Hz
4
68Hz
5
74Hz
6
80Hz
7
88Hz
8
96Hz
9
104Hz
10
52Hz
52Hz
11
56Hz
56Hz
12
62Hz
62Hz
13
66Hz
66Hz
14
70Hz
70Hz
15
74Hz
74Hz
16
52Hz
52Hz
52Hz
17
56Hz
56Hz
56Hz
18
62Hz
62Hz
62Hz
19
66Hz
66Hz
66Hz
20
68Hz
68Hz
68Hz
21
70Hz
70Hz
70Hz
22
74Hz
74Hz
74Hz
23
80Hz
80Hz
80Hz
24
88Hz
88Hz
88Hz
25
96Hz
96Hz
96Hz
26
52Hz
52Hz
52Hz
ON1
27
62Hz
62Hz
62Hz
ON1
28
68Hz
68Hz
68Hz
ON1
29
74Hz
74Hz
74Hz
ON1
30
80Hz
80Hz
80Hz
ON1
31
88Hz
88Hz
88Hz
ON1
32
96Hz
96Hz
96Hz
ON1
33
104Hz
104Hz
104Hz
ON1
34
52Hz
52Hz
52Hz
ON2
35
62Hz
62Hz
62Hz
ON2
36
74Hz
74Hz
74Hz
ON2
37
88Hz
88Hz
88Hz
ON2
38
96Hz
96Hz
96Hz
ON2
39
52Hz
52Hz
52Hz
ON3
40
62Hz
62Hz
62Hz
ON3
41
74Hz
74Hz
74Hz
ON3
42
92Hz
92Hz
92Hz
ON3
43
104Hz
104Hz
104Hz
ON3
44
52Hz
52Hz
52Hz
ON4
45
62Hz
62Hz
62Hz
ON4
46
74Hz
74Hz
74Hz
ON4
47
96Hz
96Hz
96Hz
ON4
48
104Hz
104Hz
104Hz
ON4
49
116Hz
116Hz
116Hz
ON4
50
124Hz
124Hz
124Hz
ON4
51
144Hz
144Hz
144Hz
ON4
52
158Hz
158Hz
158Hz
ON4
53
166Hz
166Hz
166Hz
ON4
54
176Hz
176Hz
176Hz
ON4
55
188Hz
188Hz
188Hz
ON4
56
202Hz
202Hz
202Hz
ON4
57
210Hz
210Hz
210Hz
ON4
Содержание VRV III REYQ8PY1
Страница 1: ...REYQ8 48PY1 R 410A Heat Recovery 50Hz Si37 701...
Страница 59: ...Specifications Si37 701 48 Specifications...
Страница 105: ...Refrigerant Flow for Each Operation Mode Si37 701 94 Refrigerant Circuit...
Страница 230: ...Si37 701 Troubleshooting by Remote Controller Troubleshooting 219...
Страница 373: ...Piping Diagrams Si37 701 362 Appendix 1 Piping Diagrams 1 1 Outdoor Unit REYQ8P 10P 12PY1 3D058154A S1NPH S2NPL...
Страница 374: ...Si37 701 Piping Diagrams Appendix 363 REYQ14P 16PY1 3D058153A S2NPL S1NPH...
Страница 375: ...Piping Diagrams Si37 701 364 Appendix REMQ8PY1 3D057743...
Страница 376: ...Si37 701 Piping Diagrams Appendix 365 REMQ10PY1 12PY1 3D057742...
Страница 377: ...Piping Diagrams Si37 701 366 Appendix REMQ14PY1 16PY1 3D057741...
Страница 382: ...Si37 701 Piping Diagrams Appendix 371 1 3 BS Unit 4D057985A...
Страница 384: ...Si37 701 Wiring Diagrams for Reference Appendix 373 REYQ14 16PY1 3D056774C...
Страница 385: ...Wiring Diagrams for Reference Si37 701 374 Appendix REMQ8PY1 3D055307E...
Страница 386: ...Si37 701 Wiring Diagrams for Reference Appendix 375 REMQ10 12PY1 3D055308E...
Страница 387: ...Wiring Diagrams for Reference Si37 701 376 Appendix REMQ14P 16PY1 3D055309E...
Страница 388: ...Si37 701 Wiring Diagrams for Reference Appendix 377 2 2 Field Wiring REYQ8P 10P 12P 14P 16PY1 3D057764...
Страница 389: ...Wiring Diagrams for Reference Si37 701 378 Appendix REYQ18P 20P 22P 24P 26P 28P 30P 32PY1 3D057762...
Страница 390: ...Si37 701 Wiring Diagrams for Reference Appendix 379 REYQ34P 36P 38P 40P 42P 44P 46P 48PY1 3D057763...
Страница 391: ...Wiring Diagrams for Reference Si37 701 380 Appendix 2 3 Indoor Unit FXCQ20M 25M 32M 63MVE 3D039556A...
Страница 392: ...Si37 701 Wiring Diagrams for Reference Appendix 381 FXCQ40M 50M 80M 125MVE 3D039557A...
Страница 393: ...Wiring Diagrams for Reference Si37 701 382 Appendix FXFQ25M 32M 40M 50M 63M 80M 100M 125MVE 3D039600A...
Страница 394: ...Si37 701 Wiring Diagrams for Reference Appendix 383 FXZQ20M 25M 32M 40M 50M8V1B 3D038359...
Страница 395: ...Wiring Diagrams for Reference Si37 701 384 Appendix FXKQ25MA 32MA 40MA 63MAVE 3D039564C...
Страница 399: ...Wiring Diagrams for Reference Si37 701 388 Appendix FXDYQ180M 200M 250MV1...
Страница 400: ...Si37 701 Wiring Diagrams for Reference Appendix 389 FXSQ20M 25M 32M 40M 50M 63M 80M 100M 125MVE 3D039561B...
Страница 401: ...Wiring Diagrams for Reference Si37 701 390 Appendix FXMQ40MA 50MA 63MA 80MA 100MA 125MAVE 3D039620B...
Страница 402: ...Si37 701 Wiring Diagrams for Reference Appendix 391 FXMQ200MA 250MAVE 3D039621B...
Страница 403: ...Wiring Diagrams for Reference Si37 701 392 Appendix FXHQ32MA 63MA 100MAVE 3D039801D...
Страница 404: ...Si37 701 Wiring Diagrams for Reference Appendix 393 FXAQ20MA 25MA 32MAVE 40MA 50MA 63MAVE 3D034206D...
Страница 406: ...Si37 701 Wiring Diagrams for Reference Appendix 395 2 4 BS Unit 3D055928C...
Страница 423: ...Piping Installation Point Si37 701 412 Appendix...
Страница 427: ...Example of Connection R 410A Type Si37 701 416 Appendix...
Страница 433: ...Method of Checking the Inverter s Power Transistors and Diode Modules Si37 701 422 Appendix...
Страница 447: ...Si37 701 iv Index...
Страница 451: ...Si37 701 viii Drawings Flow Charts...