Isifudumezi se-NF 5KW EV PTC Isifudumezi se-24V DC650V Isifudumezi se-High Voltage Coolant Umfanekiso obonisiweyo

Isifudumezi se-NF 5KW EV PTC esipholileyo 24V DC650V esinombane ophezulu

Inkcazo emfutshane:

Singumzi-mveliso omkhulu wePTC coolant heater eTshayina, sineqela lobuchwephesha elinamandla kakhulu, imigca yokuhlanganisa enobungcali neyanamhlanje kunye neenkqubo zemveliso. Iimarike eziphambili ezijoliswe kuzo ziquka izithuthi zombane, ulawulo lobushushu bebhetri kunye neeyunithi zokukhenkceza zeHVAC. Kwangaxeshanye, sisebenzisana neBosch, kwaye umgangatho wemveliso yethu kunye nomgca wemveliso ubuye waqwalaselwa kwakhona yiBosch.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Inkcazo

Isifudumezi se-PTC: Isifudumezi se-PTC sisixhobo sokufudumeza esiyilwe ngokusebenzisa iimpawu zokufudumeza ubushushu obungaguqukiyo ze-PTC thermistor.

Ubushushu beCurie: Xa idlula ubushushu obuthile (ubushushu beCurie), ixabiso layo lokumelana liyanyuka ngokunyuka kobushushu. Oko kukuthi, phantsi kweemeko zokutsha okomileyo ngaphandle kokungenelela komlawuli, ixabiso leekhalori zelitye le-PTC liyehla kakhulu emva kokuba ubushushu budlule ubushushu beCurie.

Umsinga wokungena: umsinga ophezulu xa i-PTC iqala.

Ipharamitha yoBugcisa

NO.	iprojekthi	iiparameter	iyunithi
1	Amandla	5KW±10%(650VDC,10L/min,60℃)	I-KW
2	I-voltage ephezulu	550V~850V	I-VDC
3	I-voltage ephantsi	20 ~32	I-VDC
4	Umothuko wombane	≤ 35	A
5	Uhlobo lonxibelelwano	I-CAN
6	Indlela yokulawula	Ulawulo lwe-PWM	\
7	Amandla ombane	I-2150VDC, akukho nto ibangela ukuchithwa kokukhutshwa	\
8	Ukumelana nobushushu	1 000VDC, ≥ 100MΩ	\
9	Ibanga le-IP	I-IP 6K9K kunye ne-IP67	\
10	Ubushushu bokugcina	- 40~125	℃
11	Sebenzisa ubushushu	- 40~125	℃
12	Ubushushu be-coolant	-40~90	℃
13	Isibandisi	50 (amanzi) +50 (i-ethylene glycol)	%
14	Ubunzima	≤ 2.8	Ikg
15	I-EMC	IS07637/IS011452/IS010605/CISPR025(inqanaba lesi-3)	\

Ubungakanani beMveliso

Inzuzo

Umbane usetyenziselwa ukufudumeza i-antifreeze, kwaye i-Electric PTC Coolant Heater For Electric Vehicle isetyenziselwa ukufudumeza ingaphakathi lemoto. Ifakwe kwinkqubo yokujikeleza kokupholisa amanzi.

Isicelo

FAQ

1. Yintoni isifudumezi sokupholisa esine-voltage ephezulu ye-5kw?

Isifudumezi sokupholisa esine-voltage ephezulu ye-5kw sisixhobo sokufudumeza esisebenzisa umbane we-voltage ephezulu ukufudumeza isifudumezi esikwinjini yesithuthi.

2. Isebenza njani i-heater ye-coolant ye-5kw ephezulu?
Esi heater siqhagamshelwe kwinkqubo yombane yesithuthi kwaye sisebenzisa umthombo wamandla ombane ophezulu ukufudumeza i-coolant. Emva koko i-coolant eshushu ijikeleza kwinjini ukuze igcine ubushushu bayo obufanelekileyo.

3. Zithini iingenelo zokusebenzisa isifudumezi sokupholisa esine-voltage ephezulu ye-5kw?
Ukusebenzisa isifudumezi sokupholisa esine-voltage ephezulu ye-5kw kunceda ekufudumaleni kwangaphambili kwenjini, ukunciphisa ukukhutshwa komoya obandayo kunye nokuphucula ukusebenza kakuhle kwepetroli. Ikwabonelela ngendawo yokuhlala ekhululekileyo kwikhabhini xa kubanda.

4. Ngaba i-heater ye-coolant ye-5kw ephezulu ingasetyenziswa kuzo zonke iimoto?
Olu hlobo lwesifudumezi sokupholisa senzelwe izithuthi zombane kunye ne-hybrid ezisebenzisa iinkqubo ze-high-voltage. Isenokungahambelani nezithuthi ze-injini yokutshisa yangaphakathi eqhelekileyo.

5. Ingaba i-heater ye-coolant ene-voltage ephezulu ye-5kw ikhuselekile ukuyisebenzisa?
Ewe, ezi zifudumezi zenzelwe ukuba zibe neempawu zokhuseleko ukuqinisekisa ukusebenza kwazo ngokufanelekileyo. Ziyayithobela yonke imithetho efunekayo kwaye ziyavavanywa ngokungqongqo ukuze zihlangabezane nemigangatho yokhuseleko.

6. Yintoni i-heater ye-EV PTC epholileyo?
Isifudumezi sokupholisa se-EV PTC sisixokelelwano sokufudumeza esinomlinganiselo wobushushu ofanelekileyo (PTC) esisetyenziswa kwizithuthi zombane ukufudumeza ibhetri yesithuthi kunye nesifudumezi esifudunyezwa yikhabhathi.

7. Isebenza njani i-heater ye-EV PTC epholileyo?
Olu hlobo lwesifudumezi se-coolant lusebenzisa i-PTC element, eyonyusa ukumelana njengoko ishushu. Ke ngoko, isifudumezi sinokuzilungisa ngokuzenzekelayo iiqondo lobushushu kwaye sithintele ubushushu obugqithisileyo. Isifudumezi esishushu emva koko siyajikeleza ukuze sifudumale ibhetri kunye nekhabhathi.

8. Ziziphi iingenelo zokusebenzisa isifudumezi sokupholisa se-EV PTC?
Isifudumezi sokupholisa se-EV PTC sibonelela ngolawulo lokufudumeza olusebenzayo noluchanekileyo. Singakwazi nokunciphisa ixesha lokufudumeza, sonyuse uluhlu olupheleleyo lwezithuthi zombane, kwaye siphucule intuthuzelo yabakhweli.

9. Ngaba isifudumezi sokupholisa se-EV PTC singafakelwa kwakhona kwisithuthi esikhoyo?
Ewe, kwezinye iimeko, izifudumezi zokupholisa ze-EV PTC zinokufakwa kwakhona kwizithuthi zombane ezikhoyo. Nangona kunjalo, kuyacetyiswa ukuba udibane nochwepheshe oqeqeshiweyo ukuqinisekisa ukuba ziyahambelana kwaye zifakelwe ngokufanelekileyo.

10. Ngaba isifudumezi sokupholisa se-EV PTC sisebenza kakuhle?
Ewe, ii-PTC heaters zaziwa ngokusebenza kakuhle kwamandla. Zisebenzisa umbane kuphela xa kufuneka kwaye zilungisa ubushushu ngokuzenzekelayo, ngaloo ndlela zinciphisa ukusetyenziswa kwamandla xa kuthelekiswa neenkqubo zokufudumeza zendabuko.

Ngaphambili: Uluhlu lwamaxabiso lweHeater yePTC yoMbane yeVoliyumu ephezulu

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