Pūwhakawhiti Ngaru Sine CJP-MD Kua Whakarerekētia (Kua Pumau)
Tawhā Hua
| Tauira | CJMD-300A | CJMD-500A | CJMD-1000A | CJMD-1500A | CJMD-2000A | CJMD-2500A | CJMD-3000A | CJMD-4000A | CJMD-5000A |
| Mana Whakatauria | 300W/500W/1000W/1500W/2000W/2500W/3000W/4000W/5000W | ||||||||
| Mana Pupuhi | 600W/1000W/2000W/3000W/4000W/5000W/6000W/8000W/10000W | ||||||||
| Ngaohiko Whakauru | 12/24/48VDC | ||||||||
| Ngaohiko Putanga | 110VAC±5%/220VAC±5% | ||||||||
| Tauranga USB | 5V 1000MA | ||||||||
| Auautanga | 50Hz±3, 60Hz±3 rānei | ||||||||
| Putanga Ngaru | Ngaru sine whakarerekētia (Ngaru pumau) | ||||||||
| Tīmatanga Ngāwari | ĀE | ||||||||
| Te Ture THD/AC | THD <3% (Utaina Raina) | ||||||||
| Te Whai Hua o te Putanga | 90.2% TE MŌRA | ||||||||
| Whakaoho Ngaohiko Iti | 10.5±0.5V | 21±0.5V | 42±1V | ||||||
| Whakaweto Ngaohiko Iti | 10±0.5V | 20±0.5V | 40±1V | ||||||
| Whakaora Ngaohiko Iti | 13±0.5V | 24±0.5V | 48±1V | ||||||
| Whakaweto i te Ngaohiko Nui | 16±0.5V | 31±0.5V | 61±1V | ||||||
| Whakaora Ngaohiko Nui | 15.5±0.5V | 29±0.5V | 59±1V | ||||||
| Ara Whakamatao | Pā Whakamatao Atamai | ||||||||
| Te Tiakitanga | Pūhiko Ngaohiko Iti me te Ngaohiko Nui me te Utaina Nui me te Pāmahana Nui me te Ara Poto | ||||||||
| Te pāmahana mahi | (-10℃ – +60℃ karaehe ā-iwi,-25℃ – +60℃ karaehe hangarau,-40℃ – +70℃ karaehe hōia) | ||||||||
| Te pāmahana rokiroki | -10℃ – +60℃ | ||||||||
| haumākū | 90% MAX Kāore e whakapūpū | ||||||||
| Pūtāhui | 1 Tau | ||||||||
Ngā Pātai Auau
P1. He aha te inverter?
A1:KaitahuriHe taputapu hiko e huri ana i te hiko 12v/24v/48v DC ki te hiko 110v/220v AC.
P2. E hia ngā momo ngaru putanga mō ngā kaitahuri?
A2: E rua ngā momo. Ko te ngaru sine parakore me te ngaru sine whakarerekētia. Ka taea e te kaitahuri ngaru sine parakore te whakarato AC kounga teitei me te kawe i ngā kawenga rerekē, engari me whakamahi hangarau teitei me te utu nui. Ko te kawenga kaitahuri ngaru sine whakarerekētia kāore e kawe i te kawenga whakauru, engari he utu taurite.
Q3. Me pēhea te whakarite i tētahi kaitahuri tika mō te pākahiko?
A3: Hei tauira, he pākahiko 12V/50AH. Mēnā he rite te mana ki te iahiko me te ngaohiko, ka mōhio tātou ko te mana o te pākahiko he 600W. 12V*50A=600W. Nō reira, ka taea e tātou te whiriwhiri i tētahi kaitahuri hiko 600W i runga i tēnei uara ariā.
Q4. Kia pēhea te roa ka taea e au te whakahaere i taku inverter?
A4: Ko te wā mahi (arā, te roa o te wā e whakakaha ai te inverter i ngā hikohiko hono) ka whakawhirinaki ki te nui o te mana pākahiko e wātea ana me te kawenga e tautokona ana e ia. I te nuinga o te wā, i a koe e whakanui ana i te kawenga (hei tauira, te mono i ētahi atu taputapu) ka heke tō wā mahi. Heoi, ka taea e koe te tāpiri atu i ētahi atu pākahiko hei whakaroa i te wā mahi. Kāore he rohe ki te maha o ngā pākahiko ka taea te hono.
Q5: Kua pumau te MOQ?
He ngāwari te MOQ, ā, e whakaaetia ana e mātou he ota iti hei ota whakamātautau.
Q6: Ka taea e au te toro atu ki a koe i mua i te ota?
Nau mai haere mai ki te toro mai ki tā mātou kamupene, kotahi noa te haora e haere ana mātou mā runga rererangi mai i Shanghai.
E ngā kiritaki,
Mena he pātai āu, tēnā koa whakapā mai ki ahau, ka tukuna atu e au tā mātou putumōhio hei tohutoro māu.
He aha mātou i whiriwhiri ai?
Tō mātou painga:
Neke atu i te 20 tau te wheako o CEJIA i roto i tēnei umanga, ā, kua rongonui ia mō te whakarato hua me ngā ratonga kounga i ngā utu whakataetae. E whakahīhī ana mātou ki te noho hei tētahi o ngā kaiwhakarato taputapu hiko pono rawa atu i Haina, me te nui atu. He mea nui ki a mātou te whakahaere kounga hua mai i te hoko rauemi mata ki te takai hua kua oti. Ka whakaratohia e mātou ki ā mātou kiritaki ngā otinga e tutuki ai ā rātou hiahia i te taumata ā-rohe, me te tuku atu hoki i te urunga atu ki ngā hangarau me ngā ratonga hou e wātea ana.
Ka taea e mātou te whakaputa i ngā rahinga nui o ngā wāhanga me ngā taputapu hiko i ngā utu tino whakataetae i roto i tō mātou whare hanga hou kei Haina.