![Mitsubishi Electric PKFY-P100VKM-E [4/22] Installing the indoor unit](/img/pdf.png)
Mitsubishi Electric PKFY-P100VKM-E [4/22] Installing the indoor unit
![Mitsubishi Electric PKFY-P100VKM-E [4/22] Installing the indoor unit](/views2/1331689/page4/bg4.png)
4
3. Installing the indoor unit
PKFY-P·VKM-E
Fig. 3-7Fig. 3-6
AA
Fig. 3-8
A
B
D
C
E
Fig. 3-10Fig. 3-9
3.2.3. Installing the wall mounting fixture
X Since the indoor unit weighs near 21 kg, selection of the mounting
location requires thorough consideration. If the wall does not seem to be
strong enough, reinforce it with boards or beams before installation.
X The mounting fixture must be secured at both ends and at the centre, if
possible. Never fix it at a single spot or in any nonsymetrical way.
(If possible, secure the fixture at all the positions marked with a bold
arrow.)
Warning:
If possible, secure the fixture at all positions indicated with a bold arrow.
Caution:
• The unit body must be mounted horizontally.
• Fasten at the holes marked with S as shown by the arrows.
PKFY-P·VKM-E (Fig. 3-4)
A Min. 90 mm (617.6 mm or greater with optional drain pump installation)
B Min. 200 mm
C Min. 70 mm (130 mm or greater with left, rear left, or lower left piping, and optional drain
pump installation)
D Fixing screws (4 × 25) 2
E Level
F Fasten a thread to the hole.
G
Place the level against the horizontal reference line of the mount board and mount so that it is
level. Hang a weight from the thread and align with
V
EPK of the mount board to permit leveling.
H Weight
I Mount board 1
3.3. When embedding pipes into the wall (Fig. 3-5)
• The pipes are on the bottom left.
• When the cooling pipe, drain pipes internal/external connection lines etc are to
be embedded into the wall in advance, the extruding pipes etc, may have to be
bent and have their length modified to suit the unit.
• Use marking on the mount board as a reference when adjusting the length of the
embedded cooling pipe.
• During construction, give the length of the extruding pipes etc some leeway.
A Mount board 1
B Reference marking for flare connection
C Through hole
D On-site piping
3.4. Preparing the indoor unit
* Check beforehand because the preparatory work will differ depending on the
exiting direction of the piping.
* When bending the piping, bend gradually while maintaining the base of the
piping exiting portion. (Abrupt bending will cause misshaping of the piping.)
PKFY-P·VKM-E
Attachment of L-shaped connection pipe 4
Right, left and rear piping (Fig. 3-6)
1. Remove the flare nut and cap of the indoor unit. (Gas pipe only)
2. Apply refrigerating machine oil to the flare sheet surface. (Preparation on
location)
3. Facing the direction in which the L-shaped connection pipe 4 will be removed,
make a quick connection to the indoor unit flare connection opening.
4. Tighten the flare nut using a double open-end wrench. (Fig. 3-9)
Tightening force: 68 to 82 N·m
5. Attach the charge nut 5 to the liquid pipe side joint portion, and check for
leakage of the L-shaped connection pipe 4 connection portion.
Remove the charge nut 5 after completion of the work.
Tightening force: 34 to 42 N·m
6. Cover the flare connection portion with the pipe cover of the L-shaped
connection pipe 4 so that it is not exposed. (Fig. 3-10)
A L-shaped connection pipe 4
B Cut-off position (Straight pipe portion)
C Tightening direction
D Cover with pipe cover
E Cover the flare nut connection portion with the pipe cover.
Lower piping (Fig. 3-7)
1. Cut L-shaped connection pipe 4 at the position indicated in (Fig. 3-8).
2. Insert the flare nut that was removed earlier onto the straight pipe side of the cut
L-shaped connection pipe 4 and then flare the end of the pipe.
3. Remove the flare nut and cap of the indoor unit. (Gas pipe only)
4. Apply refrigerating machine oil to the flare sheet surface. (Preparation on
location)
5. Quickly connect the L-shaped connection pipe 4 that has been processed as
described in part 2) to the indoor unit flare connection opening.
6. Tighten the flare nut using a double open-end wrench. (Fig. 3-9)
Tightening force: 68 to 82 N·m
7. Attach the charge nut 5 to the liquid pipe side joint portion, and check for
leakage of the L-shaped connection pipe 4 connection portion.
Remove the charge nut 5 after completion of the work.
Tightening force: 34 to 42 N·m
8. Cover the flare connection portion with the pipe cover of the L-shaped
connection pipe 4 so that it is not exposed. (Fig. 3-10)
PKFY-P·VKM-E
Fig. 3-4
A
B
C
D
I
G
F
H
E
Fig. 3-5
B
A
C
D
Содержание
- Air conditioners for building application indoor unit 1
- Deutsch 1
- English 1
- Español 1
- Eγxeipiδio oδhγiωn eγkataσtaσhσ 1
- Français 1
- Installatiehandleiding 1
- Installation manual 1
- Installationshandbuch 1
- Italiano 1
- Manual de instalación 1
- Manual de instalação 1
- Manuale di installazione 1
- Manuel d installation 1
- Montaj elki tabi 1
- Nederlands 1
- Pkfy p vkm e 1
- Português 1
- Türkçe 1
- Ελληνικά 1
- Руководство по установке 1
- Русский 1
- 中文 1
- 安装说明书 1
- Contents 2
- Safety precautions 2
- Check the indoor unit accessories fig 3 1 3
- Drilling the piping hole fig 3 3 3
- Fig 2 1 3
- Fig 3 1 3
- Fig 3 2 3
- Fig 3 3 3
- Installation location 3
- Installing the indoor unit 3
- Installing the wall mounting fixture 3
- Outline dimensions indoor unit fig 2 1 3
- Pkfy p vkm e 3
- Pkfy p vkm e fig 3 2 3
- Setting the wall mounting fixture and piping positions 3
- Fig 3 10 fig 3 9 4
- Fig 3 4 4
- Fig 3 5 4
- Fig 3 7 fig 3 6 4
- Fig 3 8 4
- Installing the indoor unit 4
- Installing the wall mounting fixture 4
- Lower piping fig 3 7 4
- Pkfy p vkm e 4
- Pkfy p vkm e attachment of l shaped connection pipe 4 right left and rear piping fig 3 6 4
- Pkfy p vkm e fig 3 4 4
- Preparing the indoor unit 4
- When embedding pipes into the wall fig 3 5 4
- Extraction and processing of the piping and wiring fig 3 11 5
- Fig 3 11 5
- Fig 3 12 5
- Fig 3 13 5
- Installing the indoor unit 5
- Leakage check of the l shaped connection pipe connection portion 5
- Left and left rear piping fig 3 13 5
- Rear right and lower piping fig 3 12 5
- Fig 3 14 6
- Fig 3 15 6
- Fig 3 16 6
- Installing the indoor unit 6
- Left and left rear piping fig 3 16 6
- Mounting the indoor unit 6
- Pkfy p vkm e 6
- Rear right and lower piping fig 3 14 6
- 87 f f 77 7
- A 123 482 b 154 585 c 7
- Connecting pipes fig 4 1 7
- Fig 4 1 7
- Fig 4 2 7
- Installing the refrigerant piping 7
- Positioning refrigerant and drain piping fig 4 2 7
- Fig 4 3 8
- Fig 4 4 8
- Indoor unit 8
- Installing the refrigerant piping 8
- Pkfy p vkm e 8
- Refrigerant piping fig 4 3 8
- Storing in the piping space of the unit fig 4 4 8
- Check of drainage fig 5 4 9
- Drainage piping work 9
- Drainage piping work fig 5 1 9
- Fig 5 1 9
- Fig 5 2 9
- Fig 5 3 9
- Fig 5 4 9
- Pkfy p vkm e 9
- Preparing left and left rear piping fig 5 2 9
- Storing in the piping space of the indoor unit fig 5 3 9
- Electrical work 10
- Fig 6 1 10
- Fig 6 2 10
- M net remote control cables 10
- Ma remote control cables 10
- Pkfy p vkm e 10
- Pkfy p vkm e fig 6 1 10
- Power supply wiring 10
- Types of control cables 10
- Wiring transmission cables 10
- Connecting remote controller indoor and outdoor transmission cables fig 6 3 11
- Electrical work 11
- Fig 6 3 11
- Fig 6 4 11
- Fig 7 1 11
- M i hg 11
- Sensing room temperature with the built in sensor in a remote controller 11
- Setting addresses fig 6 4 11
- Test run fig 7 1 11
- Меры предосторожности 12
- Содержание 12
- Контурные габариты внутренний прибор рис 2 1 13
- Место установки 13
- Проверьте наличие дополнительных принадлежностей к внутреннему прибору рис 3 1 13
- Рис 2 1 13
- Рис 3 1 13
- Рис 3 2 13
- Рис 3 3 13
- Установка внутреннего прибора 13
- Установка настенного крепления 13
- Pkfy p vkm e 14
- Pkfy p vkm e подсоединение l образной соединительной трубки 4 правые левые и нижние трубопроводы рис 3 6 14
- Pkfy p vkm e рис 3 4 14
- Встраивание труб в стены рис 3 5 14
- Нижняя трубка рис 3 7 14
- Подготовка внутреннего блока 14
- Рис 3 10 рис 3 9 14
- Рис 3 4 14
- Рис 3 5 14
- Рис 3 7 рис 3 6 14
- Рис 3 8 14
- Установка внутреннего прибора 14
- Установка настенного кронштейна 14
- Извлечение и обработка трубопроводов и электропроводки рис 3 11 15
- Левая и левая нижняя трубки рис 3 13 15
- Правые левые и нижние трубопроводы рис 3 12 15
- Рис 3 11 15
- Рис 3 12 15
- Рис 3 13 15
- Тест на протечку соединительной части l образной соединительной трубки 15
- Установка внутреннего прибора 15
- Pkfy p vkm e 16
- Левая и левая нижняя трубки рис 3 16 16
- Правые левые и нижние трубопроводы рис 3 14 16
- Рис 3 14 16
- Рис 3 15 16
- Рис 3 16 16
- Установка внутреннего блока 16
- Установка внутреннего прибора 16
- 87 f f 77 17
- A 123 482 b 154 585 c 17
- Выбор расположения труб хладагента и дренажных труб рис 4 2 17
- Прокладка труб хладагента 17
- Рис 4 1 17
- Рис 4 2 17
- Соединение труб рис 4 1 17
- Pkfy p vkm e 18
- Внутренний прибор 18
- Прокладка труб хладагента 18
- Рис 4 3 18
- Рис 4 4 18
- Трубы хладагента рис 4 3 18
- Укладка в место для трубок блока рис 4 4 18
- Pkfy p vkm e 19
- Дренажные трубы 19
- Дренажные трубы рис 5 1 19
- Подготовка труб слева и слева сзади рис 5 2 19
- Проверка дренажа рис 5 4 19
- Рис 5 1 19
- Рис 5 2 19
- Рис 5 3 19
- Рис 5 4 19
- Укладка в место для трубок внутреннего блока рис 5 3 19
- Pkfy p vkm e 20
- Pkfy p vkm e рис 6 1 20
- Кабели дистанционного управления м net 20
- Кабели дистанционного управления ма 20
- Коммуникационные кабели 20
- Рис 6 1 20
- Рис 6 2 20
- Силовая проводка 20
- Типы кабелей управления 20
- Электрические работы 20
- M i hg 21
- Выполнение испытания рис 7 1 21
- Измерение температуры внутри комнаты с помощью датчика встроенного в пульт дистанционного управления 21
- Подсоединение пульта дистанционного управления кабелей передачи внутри и снаружи рис 6 3 21
- Рис 6 3 21
- Рис 6 4 21
- Рис 7 1 21
- Установка адресов рис 6 4 21
- Электрические работы 21
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