MCAC-UTSM-12
87
Fig-33
5.4 Leak Detection
Use soap water or a leak detector to check whether gas leakage exists at the adapters.
5.5 Heat Insulation
Use heat insulation materials to wrap the part protruding outside the flared pipe joint and the refrigerant pipe
of the liquid pipe and the gas pipe, and ensure that no gap exists between them.
Imperfect heat insulation may lead to condensate drips.
6. Installation of Drain Pipe
6.1 Install the drain pipe of the indoor unit
In order to prevent drain overflow, install a drainage controller at place 1 of the drain pipe. (The drainage
controller is designed to smoothen the drainage when the static pressure outside the unit is high, especially
at the air inlet, in addition to remove stink through the drain pipe.)
The drain of water is natural. In the construction, the external pipe of the outdoor unit slants downward at a
gradient of 1/50~1/100.
The number of bends and folds of the drain pipe should not exceed 2. Try to avoid bends in order to prevent
trash accumulation.
In the construction, do not drop trash into the drip tray or drain pipe of the indoor unit.
Upon completion of installing the drain pipe, remove the inspection panel. Put water into the drip tray to
check whether the water can be drained levelly and steadily.
Checking panel
Main drain pipe
Drain pipe
Checking panel
o
v
e
r
1
0
0
m
m
o
v
e
r
5
0
m
m
Bush
(Checking orifice)
Bush
(Checking orifice)
Fig-34
NOTE:
Drain pipe trash gains easily at the drainage controller. Be sure to install a stopper and a structure that cleans up trash easily.
6.2. Trial draining of the drain pipe
Open the side panels of the indoor unit, fill water inward, and check whether the water can be drained smoothly.
Check water leak at the joint.
6.3. Heat insulation of drain pipe
After making sure that the water drains smoothly and no water is leaked, use adiabatic wool bushes to
preserve heat of the drain pipe. Otherwise, condensate will occur.
Содержание MDFA-76CRN2
Страница 7: ...MCAC UTSM 12 8 3 Dimensions 3 1 MDTA 76C H RN2 MDTA 96C H RN2...
Страница 8: ...MCAC UTSM 12 9 3 2 MDTA 120C H RN2...
Страница 11: ...MCAC UTSM 12 12 6 Wiring Diagrams 6 1 MDTA 76CRN2 MDTA 96CRN2...
Страница 12: ...MCAC UTSM 12 13 6 2 MDTA 76HRN2 MDTA 96HN2 6 3 MDTA 120CRN2...
Страница 13: ...MCAC UTSM 12 14 6 4 MDTA 120HRN2...
Страница 34: ...MCAC UTSM 12 35 4 Service Space Front view 1 0 c m 1 0 cm Rear 30 cm No obstacle in front of it...
Страница 36: ...MCAC UTSM 12 37 6 Wiring Diagrams 6 1 MDFA 76CRN2 MDFA 96CRN2 CN20 CN20 CN20...
Страница 37: ...MCAC UTSM 12 38 6 2 MDFA 76HRN2 MDFA 96HRN2 CN20 CN20 CN20...
Страница 51: ...MCAC UTSM 12 53 2 Dimension 2 1 MDOV 76C H CN2 MDOV 96C H CN2...
Страница 52: ...MCAC UTSM 12 54 2 2 MDOV 120C H CN2...
Страница 54: ...MCAC UTSM 12 56 Foundation of the outdoor unit 762 676 500 mm 500 mm M12 foundation bolt 4 screws for 1 unit...
Страница 55: ...MCAC UTSM 12 57 4 Wiring Diagrams 4 1 MDOV 76C CN2 MDOV 96C CN2 MDOV 120C CN2...
Страница 56: ...MCAC UTSM 12 58 4 2 MDOV 76H CN2 MDOV 96H CN2 MDOV 120H CN2...
Страница 75: ...UTSM 12 78 76 96 120 kBtu h 150 kBtu h Fig 23 3 Connection between indoor unit and outdoor unit Fig 23...
Страница 87: ...UTSM 12 90 Floor standing type cooling and heating type 76 kBtu h 96 kBtu h...