1. An shirya bututun jan karfe na coil a cikin hanyar da ba ta dace ba don haɓaka ƙirar canjin zafi. Ana amfani da bututun faɗaɗa inji don tabbatar da cewa bututun jan ƙarfe da fin an haɗa su tare don kyakkyawan tasirin canjin zafi. An yi gwajin gwajin iska na 28MPa tsarin kuma ana aiwatar da matakai masu inganci don magudanar ruwa da bushewa. Ana iya shafa shi ga masu firji da suka haɗa da R22, R134a, R404A, R407C da sauransu.
2. Yi amfani da kwampreso masu inganci kawai kamar Bitzer, Hanbell, Fusheng, RefComp da Frascold. Babban abin da ke tattare da tsarin na’urar firiji shi ne compressor, wanda ke da alhakin danne na’urar da kuma kara zafinsa don matsar da zafi daga wannan wuri zuwa wani.
3. Kwarewa a cikin ƙirar tsarin firiji da sarrafa shirye-shirye na atomatik don tabbatar da babban aiki da kwanciyar hankali na sashin. Muna yin cikakken kimantawa akan ƙira, shigarwa, aiki na tsarin firiji don biyan mafi girman ingancin makamashi, ƙananan tasirin muhalli, da amintaccen aminci.
Abubuwa | Karamin chiller |
Serial code | FD |
Iyawar sanyaya | 5 ~ 250 kW |
Alamar Compressor | Bitzer, Hanbell, Fusheng, RefComp da Frascold |
Yawan Haɓakawa. iyaka | H High(+15℃~0℃),M Matsakaici(-5℃~-30℃), L Low(-25~-40℃), D Ultra Low(<-50℃). |
Filin aikace-aikace | sarrafa abinci, masana'antar filastik, masana'antar sinadarai, Laboratory |
Wankan 'ya'yan itace
sanyaya masana'antu
Magungunan Magunguna
1. Tsarin aikin
2. Manufacturing
4. Kulawa
3. Shigarwa
1. Tsarin aikin
2. Manufacturing
3. Shigarwa
4. Kulawa