Imikhiqizo
Ijeneretha esebenza ngodizili yezigaba ezintathu engu-8KW ezosetshenziswa indawo yokwakha
Isicelo
Ijeneretha ephathekayo esebenzisa udizili enokwethenjelwa futhi okulula ukuyisebenzisela inikezela ngezinhlobonhlobo zeprimiyamu, izici ezintsha ngenani elingeke lahlulwa. I-Diesel Generator ilungele ukusebenza kumaphrojekthi azungeze indlu, ukukhempa, ukuthunga, ukusekela izimo eziphuthumayo ze-asan, nokunye okuningi! Eceleni kokusebenza kwayo okulula kwe-plug-and-play, i-Diesel Generator Izinzile futhi Ihlala Isikhathi Eside. Iziteshi ezimbili zikagesi zasendlini ngokuphepha nangokulula zikuthola amandla ekhwalithi ephezulu owadingayo ukuze usebenzise zonke izisetshenziswa zakho zikagesi eziyizintandokazi.
I-EUR YCIN yochungechunge lwezinjini zisebenzisa izesekeli zebanga lokuhweba ezisezingeni eliphakeme ukwenza injini iqine, inikeze injini amandla anele.
Ukusekelwa kweshubhu eliyindilinga elingu-32mm, vikela izingxenye eziyinhloko, wenze i-generator ihlale isikhathi eside, unyawo olukhethekile olubamba ukushaqeka ukuvikela umongo, ukunciphisa umonakalo.
ipharamitha
Imodeli No. | I-EYC10000XE | |
Genset | Imodi yokuzijabulisa | I-AVR |
Amandla ayinhloko | 8.0KW | |
Amandla okulinda | 8.5KW | |
I-voltage elinganiselwe | 230V/400V | |
Ilinganiselwe i-ampere | 34.7A/11.5A | |
imvamisa | 50HZ | |
Isigaba No. | Isigaba esisodwa/Isigaba sesithathu | |
Isici samandla (COSφ) | 1/0.8 | |
Ibanga le-insulation | F | |
Injini | Injini | 195FE |
Bore × stroke | 95x78mm | |
ukufuduka | 531cc | |
Ukusetshenziswa kwamafutha | ≤310g/kw.h | |
Imodi yokubasa | I-Compression Ignition | |
Uhlobo lwenjini | Isilinda esisodwa esine-stroke esipholise umoya, ivalvu engaphezulu | |
Okokhelekayo | 0# | |
Umthamo wamafutha | 1.8L | |
qalisa | Isiqalo semanuwali/kagesi | |
Okunye | Umthamo wethangi lamafutha | 12.5L |
amahora wokugijima okuqhubekayo | 8H | |
Izesekeli ze-Castor | YEBO | |
umsindo | 85dBA/7m | |
usayizi | 720*490*620mm | |
Isisindo sengqikithi | 125kg | |
Izinyathelo zokuzivikela
Izinyathelo zokuphepha zokusebenzisa amajeneretha edizili angamasilinda owodwa apholile emoyeni:
1. Okokuqala, engeza amafutha enjini. Ezinjinini zikadizili ezingu-178F, engeza i-1.1L, futhi ezinjinini zikadizili ezingu-186-195F, engeza u-1.8L;
2. Engeza 0 # kanye -10 # uphethiloli wedizili;
3. Xhuma amatheminali ebhethri kahle kanye nenegethivu, abomvu axhumeke kokuthi+kanye nomnyama axhunywe ku -;
4. Cisha inkinobho yamandla;
5. Phusha inkinobho egijima injini iye kwesokudla bese uyivula;
6. Ukuze usebenzise okokuqala, cindezela i-valve yokunciphisa ingcindezi ngaphezulu bese uyidonsa ngobumnene intambo izikhathi ezingu-8-10 ngesandla ukuze ugcobe amafutha futhi uvumele idizili ukuthi ingene empompini yamafutha;
7. Lungiselela kahle futhi uqale ngokhiye; Ngemva kokuqala, vula iswishi yamandla bese uyixhume ukuze uvule.
Uma ucisha, umthwalo kufanele unqanyulwe kuqala, inkinobho yamandla kufanele ivalwe, bese ukhiye uvaliwe ukuvala umshini;
Ukunakekela:
Shintsha amafutha ngemva kwamahora angu-20 okuqala okusetshenziswa, bese ushintsha uwoyela njalo ngemva kwamahora angu-50 osetshenziswa ngemva kwalokho;
Amandla okulayisha awakwazi ukudlula u-70% womthwalo olinganiselwe. Uma kuyi-generator kadizili engu-5KW, izinto zikagesi ezikwazi ukumelana nogesi kufanele zibe phakathi kuka-3500W. Uma kungumshini wohlobo lwe-inductive load, kufanele ilawulwe ngaphakathi kwe-2.2KW.
Ukuthuthukisa imikhuba emihle yokusebenza kunenzuzo empilweni yesevisi yesethi yejeneretha.
Izinkinga ezijwayelekile
Ijeneretha yedizili ayikushi
Imbangela yokungasebenzi kahle: Ukuphelelwa uphethiloli, ipayipi likaphethiloli livalekile noma liyavuza, izinga likawoyela alihlangabezani nezidingo; I-valve yokupaka (noma i-solenoid yamafutha) ayisebenzi; I-actuator ayisebenzi noma ukuvulwa kwe-lever yokulawula isivinini kuphansi kakhulu; Ibhodi lokulawula isivinini alinayo isignali yokuphuma ku-actuator; Inzwa yesivinini ayinaso isignali yempendulo; Ipayipi lokungenisa elivinjiwe; Ukuvinjwa kwepayipi lokukhipha umoya; Amanye amaphutha.
Ukuxazulula inkinga: Yengeza uphethiloli ohlanzekile owanele ethangini likaphethiloli, gcwalisa isihlungi sikaphethiloli ngophethiloli, susa umoya epayipini lokuphakelwa kukaphethiloli, futhi uqinisekise ukuthi wonke amavalvu avalayo epayipini lokuhambisa uphethiloli asendaweni evulekile; Hlola intambo yamandla kagesi yevalvu yokupaka (noma ivalvu ye-solenoid yamafutha) ukuze uqinisekise ukuthi ixhumeke ngokuqinile nangokuthembekile. Hlola isimo sokusebenza se-valve yokupaka (noma i-valve ye-solenoid yamafutha) ukuze uqinisekise ukuthi i-valve yokupaka (noma i-solenoid valve) ingasebenza ngokujwayelekile ngemva kokuthola amandla okusebenza avamile; Hlola isekethe yokunikezwa kwamandla kwe-actuator ukuze uqinisekise ukuthi ixhumeke ngokuqinile nangokuthembekile. Hlola isimo sokusebenza se-actuator futhi uqinisekise ukuthi ingasebenza ngokujwayelekile ngemva kokuthola ugesi osebenzayo ojwayelekile; Hlola i-lever yokulawula isivinini ukuze uqinisekise ukuthi indawo yayo evulekile ayikho ngaphansi kuka-2/3 wendawo esebenzayo eyakhiwe i-actuator. Ngesikhathi senqubo yokuqalisa: linganisa ukuthi amandla okusebenza ebhodi lokulawula isivinini avamile yini; Linganisa ukuthi isignali yempendulo yenzwa yesivinini ijwayelekile yini; Linganisa ukuphuma kwesignali ye-voltage kusuka ebhodini lokulawula isivinini kuya ku-actuator. Hlola ukuthi uxhumano lwe-wiring olusuka kunzwa yesivinini ukuya ebhodini lokulawula isivinini luqinile futhi luthembekile; Susa inzwa yesivinini futhi uhlole ukuthi ikhanda lokuzwa lonakele yini; Linganisa inani lokumelana lenzwa; Hlola ukuthi ukufakwa kwenzwa yesivinini kuyahlangabezana yini nezidingo. Hlola ipayipi lenjini ukuze uqinisekise ukuthi ingena kahle. Hlola amapayipi e-exhaust enjini ukuze uqinisekise ukugeleza kwe-exhaust okubushelelezi.