I-CRS-668C injector yesitimela esiqhelekileyo kunye nebhentshi yovavanyo lwepompo

Ibhentshi yovavanyo ye-CRS-668C sisixhobo esikhethekileyo sokuvavanya ukusebenza kwepompo yerail eqhelekileyo enoxinzelelo oluphezulu kunye ne-injector, ingavavanya ipompo yerail eqhelekileyo, i-injector ye-BOSCH, i-SIEMENS, i-DELPHI, i-CUMMINS kunye ne-DENSO kunye ne-piezo injector. Esi sixhobo silingisa ngokupheleleyo umgaqo wenkqubo yokujova wenjini yerail eqhelekileyo enoxinzelelo oluphezulu. I-drive ephambili isebenzisa iteknoloji yokulawula isantya esiguquguqukayo esiphezulu esine-torque ephezulu yokukhupha kunye nengxolo ephantsi kakhulu. I-pump yerail eqhelekileyo kunye ne-injector zivavanywa ngee-flow sensors ezingenisiweyo, ezinesantya esiphezulu sokuvavanya, umlinganiselo ochanekileyo nozinzileyo. Ingavavanya ipompo yerail eqhelekileyo ye-Carter 320d. Ibhentshi yovavanyo ilawula isantya sepampu yeoyile, ububanzi be-injection pulse, i-oyile metering, kunye noxinzelelo lwerail ngexesha langempela yikhompyutha yemizi-mveliso. Isikrini se-LCD esingama-intshi angama-21 sinomboniso ocacileyo kwaye sineentlobo ezingaphezu kwama-6,000 zedatha yokulungisa iimpazamo ezinokubuzwa kwaye ziprintwe (ukhetho). Ithembekile kwaye izinzile, ngolawulo oluphezulu. Iqokobhe langaphandle lenziwe zizixhobo ze-CNC, ezintle kwaye zihlala ixesha elide.
I-CRS-668C inokukwazi ukukunceda usebenzisa i-intanethi kwaye yenze kube lula ukuyisebenzisa.

Uphawu:

1. I-drive ephambili isebenzisa umgaqo wesantya sokuguqulwa kwamaza, nto leyo ekhokelela kwingxolo ephantsi kunye nokusebenza kakuhle.
2. Ilawulwa yikhompyutha yemizi-mveliso ngexesha langempela, i-linux okanye inkqubo yokusebenza ye-WIN7. Gcwalisa uncedo olukude nge-intanethi kwaye wenze ulungiso lusebenze lula.
3. Umthamo weoyile ulinganiswa ngesixhobo sokuvavanya ukuhamba kwamanzi esichanekileyo kunye nesilinda yokulinganisa.
4. Uxinzelelo lwesitimela olulawulwa yi-DRV, uxinzelelo lulinganiswa ngexesha langempela kwaye lulawulwa yi-loop evaliweyo, umsebenzi wokukhusela uxinzelelo oluphezulu.
5. I-Injector isebenzisa inkqubo yolawulo lwemoto ezimeleyo ukuze kuvavanywe ngokukhawuleza.
6. Ububanzi be-pulse yesignali ye-injector drive buyakwazi ukulungiseka.
7. Inomsebenzi wokukhusela i-short circuit.
8. Ingavavanya ipompo yesitimela eqhelekileyo yoxinzelelo oluphezulu ye-CAT 320D.
9. Ingavavanya ukumelana kwevalvu ye-solenoid ye-injector kunye ne-inductance.
10. Ingavavanya amandla okufaka i-piezo injector.
11. Ingavavanya uxinzelelo lokuvula lwe-injector.
12. Uxinzelelo oluphezulu lunokufikelela kwi-2300bar.
13. Ingavavanya iBosch 6, 7, 8, 9 bit, Denso 16, 22, 24, 30 bit, Delphi C2i, C3i encoding;
14. Ingalinganisa i-dynamic armature stroke AHE.
15. Ukuphucula idatha yesoftware ngokulula.
16. Iyalawuleka kude.

Umsebenzi:

Uvavanyo lwepompo yesitimela esiqhelekileyo

1. Iimpawu zovavanyo: BOSCH, DENSO, DELPHI, SIEMENS.

2. Vavanya ukutywinwa kweepompo zesitimela eziqhelekileyo.

3. Vavanya uxinzelelo lwangaphakathi lwepompo yesitimela eqhelekileyo.

4. I-solenoid yomlinganiselo wovavanyo lwepompo yesitimela eqhelekileyo.

5. Vavanya umsebenzi wepompo yokuphakelwa kwepetroli yesitimela esiqhelekileyo.

6. Uvavanyo lokuhamba kwepompo yesitimela eqhelekileyo.

7. Vavanya uxinzelelo lwesitimela ngexesha langempela.

 Uvavanyo lwe-injector yesitimela esiqhelekileyo

1. Iimpawu zovavanyo: BOSCH, DENSO, DELPHI, SIEMENS, CUMMINS kunye ne-piezo injector.

2. Vavanya indlela yokutywina i-injector.

3. Vavanya i-injector ngaphambi kokuba ifakwe.

4. Vavanya ubungakanani beoyile obukhulu kwi-injector.

5. Vavanya ubungakanani beoyile yokuqala ye-injector.

6. Vavanya ubungakanani beoyile obuqhelekileyo besixhobo sokujova.

7. Vavanya ubungakanani beoyile ebuyayo kwi-injector.

8. Idatha ingakhangelwa, iprintwe kwaye igcinwe kwindawo yokugcina idatha.

Omnye umsebenzi

1. Inokongeza umsebenzi wovavanyo lwexesha lokuphendula nge-injector BIP.

2. Ingavavanya uxinzelelo lokuvula i-NOP.

3. Ingavavanya ububanzi be-MDP yokuvula.

4. Ingongeza umlinganiselo we-dynamic armature stroke AHE yomsebenzi we-injector.

5. Uvavanyo lwepompo ye-HP5/HP6 olunokukhethwa luyafumaneka.

6. I-IART 6-pin smart injector tester iyafumaneka xa iceliwe.

Ipharamitha yoBugcisa:

1. 1. Ububanzi bepulse: 0.1-3ms iyalungiseka.

   2. Ubushushu bepetroli: 40±2℃.

   3. Uxinzelelo lwesitimela: 0-2300 bar.

   4. Ulawulo lobushushu beoyile: ukufudumeza/iindlela ezimbini ezipholisa ngokunyanzelekileyo.

   5. Vavanya ukuchaneka kweoyile ehluziweyo: 5μ.

   6. Amandla okufaka: AC 380V/50HZ/3Phase okanye 220V/60HZ/3Phase;

   7. Isantya sokujikeleza: 100~3000RPM;

   8. Umthamo wetanki yepetroli: 40L.

   9. Impompo yesitimela eqhelekileyo: Bosch CP3.3

   10. Ukuphakama embindini: 125MM.

   11. Amandla okukhupha injini: 11KW.

   12. Ukungabi namandla kwevili elijikelezayo: 0.8KG.M2.

   13. Ubukhulu obupheleleyo (MM): 1450×800×1510。

   14. Ubunzima: 800 KG.