Umfanekiso ocacileyo we-Blood Rheology Analyser oZenzekelayo ngokupheleleyo

I-SA-6600

I-Analyzer ye-Rheology yeGazi ezenzekelayo ngokupheleleyo

1. Yenzelwe iLebhu yeNqanaba eliPhakathi.
2. Indlela ephindwe kabini: Indlela yepleyiti yekhowuni ejikelezayo, indlela ye-Capillary.
3. Uphawu olungelulo olwaseNewtonian luphumelele iSatifikethi seSizwe saseTshayina.
4. Ulawulo lwantlandlolo olungelulo olwaseNewtonia, izinto ezisetyenziswayo kunye nokusetyenziswa kwazo zenza isisombululo esipheleleyo.

Iinkcukacha zeMveliso

Intshayelelo yoHlalutyo

I-SA-6600 ngokuzenzekelayo i-rheology analyzer isebenzisa indlela yokulinganisa uhlobo lwekhowuni/ipleyiti. Imveliso ibeka uxinzelelo olulawulwayo kulwelo oluza kulinganiswa nge-motor ye-torque ephantsi ye-inertial. I-drive shaft igcinwa kwindawo ephakathi nge-low resistance magnetic levitation bearing, edlulisela uxinzelelo olubekwe kulwelo oluza kulinganiswa kwaye intloko yalo yokulinganisa iluhlobo lwekhowuni-ipleyiti. I-mensuration yonke ilawulwa ngokuzenzekelayo yikhompyutha. Isantya sokucheba sinokumiselwa ngokungacwangciswanga kuluhlu lwe-(1 ~ 200) s-1, kwaye sinokulandela i-curve enemilinganiselo emibini yesantya sokucheba kunye ne-viscosity ngexesha langempela. Umgaqo wokulinganisa udwetshwe kwi-Newton Viscidity Theorem.

Iinkcukacha zoBugcisa

Imodeli	I-SA6600
Umgaqo	Igazi elipheleleyo: Indlela yokujikeleza;
Umgaqo	I-Plasma: Indlela yokujikeleza, indlela ye-capillary
Indlela	Indlela yepleyiti yekhowuni,
Indlela	indlela ye-capillary
Ingqokelela yesignali	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula i-raster echanekileyo kakhulu Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ngokuzenzekelayo kolwelo
Indlela Yokusebenza	Iiprobe ezimbini, iipleyiti ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye
Umsebenzi	/
Ukuchaneka	≤±1%
CV	I-CV≤1％
Ixesha lovavanyo	Igazi elipheleleyo ≤30 sec/T,
Ixesha lovavanyo	iplasma≤0.5sec/T
Izinga lokucheba	（1～200）s-1
Ukuqaqamba	（0～60）mPa.s
Phungula ucinzelelo	（0-12000）mPa
Umthamo wesampulu	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul
Indlela yokusebenza	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo
Indawo yesampulu	Indawo yesampulu engama-60 ene-rack enye
Itshaneli yovavanyo	2
Inkqubo yolwelo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo
Ujongano	I-RS-232/485/USB
Ubushushu	37℃±0.1℃
Ulawulo	Itshathi yokulawula ye-LJ enomsebenzi wokugcina, umbuzo, wokuprinta;
Ulawulo	Ulawulo lolwelo olungelulo ulwelo lwe-Non-Newtonian lokuqala olunesatifikethi se-SFDA.
Ukulinganisa	Ulwelo lweNewtonian olulinganiswe lulwelo lwe-national primary viscosity;
Ukulinganisa	Isatifikethi sesizwe somgangatho oqhelekileyo we-non-Newtonian fluid win yi-AQSIQ yaseTshayina.
Ingxelo	Ivuliwe

1. Indawo yokusebenza:

1.1 I-Voltage (220±22)V;
1.2 Ubuninzi (50±1) Hz;
1.3 Amandla okufaka 400VA
1.4 Indawo yokusebenza: ubushushu 10℃～30℃

Ukufuma okuthelekisekayo 45%～85%

Uxinzelelo lomoya 86.0kPa～106.0kPa
1.5 Akukho kuphazamiseka kwentsimi ye-electromagnetic enamandla, ukungcangcazela okunamandla, kunye negesi erhabaxa kufutshane nenkqubo yovavanyo.
1.6 Inkqubo yovavanyo kufuneka igcinwe kude nelanga elithe ngqo kwaye ingabikho kwimithombo yobushushu.
1.7 Ngaphandle kwezixhobo ezikhethekileyo ezenziwe ngokweemfuno ezikhethekileyo, zikhawulelwe ukusetyenziswa ngaphakathi.

2. Isiqendu sokhuseleko:

2.1 Umbane wenethiwekhi kufuneka ube nesiphelo somhlaba esikhuselayo. Isiphelo somhlaba esikhuselayo sangaphakathi sesixhobo siphawulwe ngophawu kwaye kufuneka sisekelwe ngokuthembekileyo kwisokethi yombane. Isithinteli sokuvuza kufuneka sifakwe xa sisetyenziswa kwindawo efumileyo.

2.2 Ipleyiti yegama lesixhobo iphawulwe ngegama lesixhobo, imodeli, igama lenkampani, inombolo yefektri, i-voltage yombane elinganisiweyo, i-frequency yombane, amandla okufaka kunye nezinye iimpawu.

2.3 Umphandle wesixhobo uphawulwe ngophawu lwesilumkiso, oko kuthetha ukuba umsebenzi wenziwa ngumsebenzisi. Inkcazo eneenkcukacha ngalo msebenzi inikwe kule ncwadi yemiyalelo, nceda ubhekisele kuyo.

2.4 Izixhobo eziveliswe yinkampani yethu zineendlela zokukhusela kwiphakheji yokuthutha. Emva kokuba isixhobo sifakiwe kwaye sisebenza, ngokubanzi akufuneki sisuswe, ngoko ke nceda unikele ingqalelo ekhethekileyo kuso.
2.5 Ngaphandle kokuba kukho amanyathelo kule ncwadi yemiyalelo, nceda ungayivuli ukuze uyilungise wedwa, iya kubangela ukuba udibane nombane ophezulu okanye ezinye iingozi. Ukulungiswa kwezi nxalenye kufuneka kunikezelwe kwiingcali.
2.6 Isiphelo somhlaba sentambo yamandla yesixhobo kufuneka sisekelwe ngokuthembekileyo kwisokethi yamandla. Kufuneka kufakwe isithinteli sokuvuza xa sisetyenziswa kwindawo efumileyo.
2.7 Ixhotyiswe ngesixhobo sokulawula amandla, ngokubanzi akukho mfuneko yesixhobo sokulawula sangaphandle. Xa i-voltage yombane yangaphandle itshintshatshintsha ngaphezu kwe-220V ± 22V, iziqinisi ze-voltage zohlobo lwe-UPS zingasetyenziswa endaweni yeziqinisi ze-voltage eziqhelekileyo.