Daikin Fault Codes

Pada remote wireless Ac split merk daikin ada yang bisa menunjukan kode kerusakan, dibawah ini sebagian kode error beserta informasi kerusakannya

AO Indoor Error of external protection device

A1 Indoor PCB defect

A3 Indoor Malfunction of drain Level control system

A5 Indoor Freeze-up prevention

A6 Indoor Fan motor lock, Overload

A7 Indoor Malfunction of swing motor flap

A9 Indoor Malfunction of EEV

AF Indoor Drain level above limit (clogging)

AJ Indoor Malfunction of capacity set device

C3 Indoor Malfunction of drain thermistor

C4 Indoor Malfunction of liquid pipe thermistor

C5 Indoor Malfunction of gas pipe thermistor

C7 Indoor Lower louvre limit switch/motor

C9 Indoor Malfunction of air thermistor

CC Indoor Malfunction of moisture sensor

CA Indoor Malfunction of discharge air thermistor

CJ Indoor Malfunction of remote control thermistor

CE Indoor Malfunction of radiant heat sensor

E0 Outdoor Activation of outdoor safety device

E1 Outdoor PCB defect

E3 Outdoor Activation of high pressure switch

E4 Outdoor Activation of low pressure switch

E5 Outdoor Activation of compressor over heat protection

E5 Outdoor Compressor motor lock

E6 Outdoor Compressor start up error

E6 Outdoor Standard compressor lock/overcurrent

E7 Outdoor Fan motor lock, Overload

E8 Outdoor Inverter input overcurrent

E9 Outdoor Malfunction of EEV

EA Outdoor Four way valve defective.

F3 Outdoor Abnormal discharge pipe temperature

F6 Outdoor Refrigerant overcharged

FC Outdoor Low pressure drop.

H3 Outdoor High pressure switch defect

H4 Outdoor Low pressure switch defect

H6 Outdoor Compressor motor position detection sensor error

H7 Outdoor Fan motor position detection sensor error

H8 Outdoor Current transformer error

H9 Outdoor Malfunction of air thermistor

J1 Outdoor Malfunction of pressure sensor

J2 Outdoor Current sensor malfunction

J3 Outdoor Malfunction of discharge pipe thermistor

J4 Outdoor Low pressure saturation thermistor

J5 Outdoor Malfunction of suction pipe thermistor

J6 Outdoor Malfunction of heat exchanger thermistor

J7 Outdoor Malfunction of heat exchanger liquid thermistor

J8 Outdoor Malfunction of liquid pipe thermistor

J9 Outdoor Malfunction of gas pipe thermistor

JA Outdoor Malfunction of discharge pipe pressure sensor

JC Outdoor Malfunction of suction pipe pressure sensor

JH Outdoor Malfunction of oil temperature sensor

L0 Outdoor Malfunction of inverter

L3 Outdoor Electronic component box overheat

L4 Outdoor Inverter cooling defect

L5 Outdoor Comp motor ground fault, Short circuit

L6 Outdoor Compressor motor grounding/short circuit

L7 Outdoor Total input overcurrent

L8 Outdoor Comp overload, Motor disconnected

L9 Outdoor Compressor lock

LA Outdoor Power unit malfunction

LC Outdoor Transmission between inverter & outdoor

P1 Outdoor Inverter over ripple

P3 Outdoor Thermistor abnormality

P4 Outdoor Power unit humidity sensor malfunction

PJ Outdoor Failure of capacity set resistor

U0 System Shortage of refrigerant or EEV failure

U1 System Negative phase, Open phase

U2 System Power supply insufficient

U3 System Wiring check operation not executed

U3 System Mismatch of indoor and outdoor units (Split only)

U4 System Transmission between indoor units

U5 System Transmission to remote controller

U6 System Malfunction transmission outdoor to BP unit

U7 System Transmission between outdoor units

U7 Outdoor Malfunction between outdoor boards(RMX/RX RK)

U8 System Transmission between master & slave R/C

U9 System Transmission error between indoor to outdoor

UA System Excessive number of fancoils

UC System Address duplication of central controllers

UE System Transmission error between indoor & central

UF System Refrigeration system not set/wiring - piping

UF System Terminals 1 and 3 crossed (Split/Skyair)
UH System System error, Refrigeration system set up
M1 System PCB defect
M8 System Transmission error between central controllers
MA System Improper combination of optional controllers
MC System Address duplication, Improper setting
64 VAM Indoor unit air thermistor error
65 VAM Outside air thermistor error
68 VAM
6A VAM Damper system alarm
6A VAM Damper system and thermistor error
6F VAM Malfunction of remote controller
6H VAM Malfunction of door switch or connector
94 VAM Internal transmission error
Grey fault codes, system still runs, but check ASAP

Overall Malfunction Display On Daikin L C D Controller, please download hire or hire

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Rumus Penghitungan Pendinginan

Jika anda tidak mengetahui berapa kapasitas pendinginan untuk ruangan/kamar tidur yang ingin anda pasangi ac, berikut ini saya berikan rumus perhitungan kapasitas pendinginan untuk ruangan/kamar tidur anda.

1 ton refrigerasi = 12.000 Btu / jam
1 ton refrigerasi = 3,51 kw pendingin
(12000 / 3414 = 3,51)
biasanya untuk 1 ton pendinginan, evaporator membutuhkan volume udara sekitar 400 cfm (cubic feet per minute)

Kapasitas pendinginan ac harus disesuaikan dengan ukuran ruangan yang ingin anda pasangi ac, rumusnya adalah : P X L X 500/800 = .....PK

Jika ruangan kamar tidur anda Panjangnya 4 meter dan lebarnya 3 meter, berarti 4 meter X 3 meter x dengan 500/800 = 0.75 PK, berarti ac yg harus anda pasang adalah 3/4 PK.

atau bisa juga anda gunakan rumus P X L X 500 BTU = Kapasitas ac yang anda butuhkan.

bisa juga dengan rumus 37 meter = 12.000 BTU.
untuk rumus diatas tinggi ruangan maksimal 3 meter.
bila tinggi plafon lebih dari 3 meter, tinggal tambahkan saja nilai btu dalam setiap meternya menjadi 750 btu atau 1000 btu atau kalikan dengan kelipatan bila tinggi ruangan 2 kali lipat.

kode kapasitas pendinginan ac berbeda-beda pada tiap merk ac, merk national/panasonic menggunakan kode cs/cw 05 = 1/2 PK, 07 = 3/4 PK, 09 = 1 PK, 12 = 1.5 PK dan 18 = 2 PK.

sedangkan untuk merk Daikin FT 20 = 3/4 PK, FT 25 = 1 PK, FT 35 = 1.5 PK

untuk perhitungan yang lebih spesifik/heat load calculation, anda dapat menggunakan coolpack software.

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