44
GB
Vacuum pumping
Leakage detection
1. Remove the valve caps on
the liquid valve and gas
valve and the nut of refri-
gerant charging vent.
2. Connect the charging hose
of piezometer to the refri-
gerant charging vent of gas
valve and then connect the
other charging hose to the
vacuum pump.
3. Open the piezometer com-
pletely and operate for
10-15min to check if the
pressure of piezometer re-
mains in -0.1MPa.
4. Close the vacuum pump
and maintain this status for
1-2min to check if the pres-
sure of piezometer remains
in -0.1MPa. If the pressure decreases, there may be leakage.
5. Remove the piezometer, open the valve core of liquid valve and gas valve
completely with inner hexagon spanner.
6. Tighten the screw caps of valves and refrigerant charging vent.
7. Reinstall the handle.
Use vacuum pump
liquid valve
gas valve
refrigerant charging
vent
nut of refrigerant
charging vent
vacuum pump
piezometer
valve cap
Lo
Hi
inner hexagon
spanner
open
close
1. With leakage detector:
Check if there is leakage with leakage detector.
2. With soap water:
If leakage detector is not available, please use soap water for leakage detection.
Apply soap water at the suspected position and keep the soap water for more
than 3min. If there are air bubbles coming out of this position, there's a leakage.
Summary of Contents for TKG-628R32
Page 2: ...2 GB R32 675...
Page 29: ...29 GB Installation dimension diagram...
Page 48: ...48 48 R32 675 GR...
Page 49: ...GR 49 49 5 5 5 5 VHUYLFH P 5...
Page 50: ...50 GR...
Page 51: ...51 GR...
Page 52: ...52 GR...
Page 53: ...53 GR...
Page 54: ...54 GR NEC CEC...
Page 55: ...55 GR 5...
Page 56: ...56 GR 6 2 3 4 3 2 2 3 8 1 4 2 7 2 a...
Page 57: ...57 GR MODE FAN TURBO SLEEP 7 0 5 21 CLOCK WIFI LIGHT TEMP QUIET 7 0 5 2 6 16...
Page 59: ...59 GR 8...
Page 60: ...60 GR 1 2 21 2 02 872 1 7 L L DSSOLFDWLRQ...
Page 62: ...62 GR 4 5 785 2 super 1 2 872 7 0 5 21 7 0 5 2 2 1 21 2 1 21 2...
Page 63: ...63 GR 7 6...
Page 65: ...65 GR 8 28 29 C 8 30 C 7 8 16 C 17 20 C 21 27 C 2 28 30 C 3 3 3 TURBO 3...
Page 66: ...66 GR 9 10 6 16 2 7 0 5 21 7 0 5 2 7 0 5 21 1 2 7 0 5 21 7 0 5 21 6 16 8 S T TURBO...
Page 68: ...68 GR 12 13 48 7 872 7 14 4XLHW 4XLHW 4XLHW TXLHW TXLHW TXLHW L L L L L L L L 02 L L V...
Page 69: ...69 GR 15 16 no display 7 03 5...
Page 70: ...70 GR TEMP CLOCK SE TEMP CLOCK TURBO C TEMP CLOCK 8 8 8 TEMP CLOCK 8 785 2 8 8 C 8 C 8...
Page 71: ...71 GR 3 F MODE R R 21 2 MODE 1 SWING 7 9...
Page 72: ...72 GR DX 872 DX...
Page 73: ...73 GR 1 2 3 4 R...
Page 74: ...74 GR VHUYLFH VHUYLFH VHUYLFH...
Page 75: ...75 GR 3 8...
Page 76: ...76 GR 3...
Page 77: ...77 GR AUTO AUTO 16o C 30 o C...
Page 78: ...78 GR...
Page 79: ...79 GR 8 VHUYLFH F1 VHUYLFH F2 VHUYLFH VHUYLFH VHUYLFH VHUYLFH VHUYLFH 7 20 67 33 1 6 7...
Page 80: ...80 GR...
Page 81: ...81 GR 23 FP FP FP FP m c 0 5 2 FP FP FP FP FP...
Page 82: ...82 GR...
Page 83: ...83 GR 2 4 5 7 8 9 P2 5...
Page 84: ...84 GR 1 3 9K 12K 10A 18K 16A 24K 25A...
Page 85: ...85 GR 67 7 PP PP PP PP PP PP PP PP 9k 12k 24k 18k PP PP PP PP...
Page 86: ...86 GR 70 55 R...
Page 87: ...87 GR 1 m 30 40 4 a a a a...
Page 88: ...88 GR 2 3 N 1 2 3 09 12K 18K 24K...
Page 89: ...89 GR...
Page 91: ...91 GR 5 J P _ _ P g J P...
Page 92: ...92 GR P2 NJ P2...
Page 93: ...93 GR...
Page 94: ...94 GR 5...
Page 95: ...95 GR 3 2300W a 6000W 8000W a 1 2...
Page 96: ...96 GR N m 30 40 a a a a N 1 2 3 L L N N N 1 2 3 18 12K N L N L 24K...
Page 97: ...97 GR 1 2 8 FP 8...
Page 98: ...98 GR Lo Hi 03...
Page 99: ...99 GR...
Page 100: ...100 PP PP...
Page 101: ...101 GR 1 2 3 30 40 1 4 5 6 7 8 Ampere...
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