English
2. If
Rec/Recycling phase
has been selected, enter the preferred waiting time for the pressure increase
(standard is 1 min.) in the following menu and press
ENTER
to confirm, otherwise continue with chapter
on page 24.
Pressure increase
Test time
min.
1
ENTER-OK STOP-EXIT
Note
The waiting time ensures that any residual refrigerant vaporises and can then be extracted.
The vaporising residual refrigerant triggers an increase in pressure.
13.8.2 Vacuum process
1. Enter the preferred settings and press
ENTER
to confirm.
Vacuum phase
Yes
No
ENTER-OK STOP-EXIT
2. If
Vacuum phase
has been selected, enter the preferred vacuum time (standard is 20 min), otherwise con-
on page 24.
3. Use the cursor key to enter the vacuum phase time.
4. Press ENTER to confirm both settings.
Vacuum time
min.
20
Vacuum test time
min.
4
ENTER-OK STOP-EXIT
The air conditioning system is drained completely by the vacuum pump. This is used to remove any remain-
ing carrier gases or moisture and to prepare the air conditioning system for the filling process. Any residual
refrigerant extracted which is still bonded in the refrigerant oil is collected by the A/C Service unit and recy-
cled.
13.8.3 Filling process
1. Enter the preferred settings and press
ENTER
to confirm.
Filling phase?
Yes
No
ENTER-OK STOP-EXIT
2. If
Filling phase
has been selected, enter the required value, otherwise continue with chapter
on page 25.
3. Enter the amount of refrigerant oil which was previously drained or which is required.
4. Press the cursor key .
5. Enter the additive quantity.
6. Press the cursor key .
7. Enter the refrigerant quantity.
24
Summary of Contents for AirCon Service 6300G
Page 9: ...English 16 USB port 7...
Page 42: ...English 17 1 Flowchart ASC6300 G Legend 40...
Page 45: ...English 17 2 Flowchart ASC6400 G Legend 43...
Page 48: ...English 17 3 Circuit diagram ASC6300 G 46...
Page 49: ...English 47...
Page 50: ...English 17 4 Circuit diagram ASC6400 G 48...
Page 51: ...English 49...
Page 93: ...French 17 1 Organigramme ASC6300 G L gende 91...
Page 96: ...French 17 2 Organigramme ASC6400 G L gende 94...
Page 99: ...French 17 3 Sch ma lectrique ASC6300 G 97...
Page 100: ...French 98...
Page 101: ...French 17 4 Sch ma lectrique ASC6400 G 99...
Page 102: ...French 100...
Page 143: ...German 17 1 Flussdiagramm ASC6300 G Legende 141...
Page 146: ...German 17 2 Flussdiagramm ASC6400 G Legende 144...
Page 149: ...German 17 3 Schaltplan ASC6300 G 147...
Page 150: ...German 148...
Page 151: ...German 17 4 Schaltplan ASC6400 G 149...
Page 152: ...German 150...
Page 154: ...4 4 Tel 49 0 2572 879 0 5 6 Domestic 152...
Page 155: ...Russian 6 1 153...
Page 156: ...Russian 6 2 R1234yf 405 C R134a 743 C R153A 6 3 154...
Page 158: ...10 10 10 1 230 V 50 Hz 10 2 10 3 10 4 Short selection Free selection Other selections 156...
Page 159: ...11 11 1 2 3 4 ECO 5 6 7 8 9 10 11 12 13 14 15 157...
Page 160: ...Russian 16 USB 158...
Page 185: ...Russian 2 D E 3 I 4 G 5 J 6 J 7 H G 8 9 10 Vacuum time 178 183...
Page 193: ...Russian 17 1 ASC6300 G 191...
Page 195: ...Russian X23 DO X3 UV X4 X5 Z2 X6 Z2 X7 HP X8 HP X9 RE 193...
Page 196: ...Russian 17 2 ASC6400 G 194...
Page 198: ...Russian X10 VC X16 CY X2 LP X23 DO X3 UV X4 X5 Z2 X6 Z2 X7 HP X8 HP X9 RE 196...
Page 199: ...Russian 17 3 ASC6300 G 197...
Page 200: ...Russian 198...
Page 201: ...Russian 17 4 ASC6400 G 199...
Page 202: ...Russian 200...
Page 244: ...Spanish 17 1 Diagrama de flujo ASC6300 G Leyenda 242...
Page 247: ...Spanish 17 2 Diagrama de flujo ASC6400 G Leyenda 245...
Page 250: ...Spanish 17 3 Esquema de conexiones ASC6300 G 248...
Page 251: ...Spanish 249...
Page 252: ...Spanish 17 4 Esquema de conexiones ASC6400 G 250...
Page 253: ...Spanish 251...
Page 254: ...4445103554 2022 05 02...