I-Automated Blood Rheology Analyser Featured Featured Image

SA-9800

I-Automated Blood Rheology Analyzer

1. Yenzelwe iLebhu yomgangatho oMkhulu.
2. Iindlela ezimbini: Indlela yeCone plate, indlela yeCapillary.
3. Iipleyiti zeSampuli ezimbini: Igazi elipheleleyo kunye neplasma inokwenziwa ngaxeshanye.
4. I-Bionic Manipulator: Imodyuli yokuxuba ukuguqulwa, ukuxuba ngokucokisekileyo.
5. Ukufundwa kwebhakhowudi yangaphandle, inkxaso yeLIS.
6. Ummakishi osemgangathweni ongengowaseNewtonian uphumelele iSatifikethi seSizwe saseTshayina.

Iinkcukacha zeMveliso

Iimbonakalo

1. Yenzelwe iLebhu yomgangatho oMkhulu.
2. Iindlela ezimbini: Indlela yeCone plate, indlela yeCapillary.
3. Iipleyiti zeSampuli ezimbini: Igazi elipheleleyo kunye neplasma inokwenziwa ngaxeshanye.
4. I-Bionic Manipulator: Imodyuli yokuxuba ukuguqulwa, ukuxuba ngokucokisekileyo.
3. Ukufundwa kwebhakhowudi yangaphandle, inkxaso yeLIS.
4. Ummakishi osemgangathweni ongengowaseNewtonian uphumelele iSatifikethi seSizwe saseTshayina.
I-Automated Blood Rheology Analyzer

Inkcazo yobuGcisa

Umgaqo wovavanyo	indlela yokuvavanya igazi elipheleleyo: indlela ye-cone-plate;indlela yokuvavanya iplasma: indlela ye-cone-plate, indlela ye-capillary;
Imo yokusebenza	iinaliti ezimbini zeenaliti ezimbini, inkqubo yovavanyo olumbini inokusebenza ngokunxuseneyo ngaxeshanye
Indlela yokufumana umqondiso	Indlela yokufumana ipleyiti yekhowuni yamkele itekhnoloji yolwahlulwa-hlulo oluchanekileyo oluphezulu;Indlela yokufumana umqondiso weCapillary isebenzisa itekhnoloji yokufumana itekhnoloji yokufumana inqanaba lolwelo lokuzilandela;
Izinto zokuhamba	ingxubevange titanium
Ixesha lovavanyo	ixesha lokuvavanya igazi lonke ≤30 imizuzwana / isampuli, ixesha lokuvavanya iplasma ≤1 yesibini / isampuli;
Uluhlu lomlinganiselo we-viscosity	(0～55) mPa.s
Uluhlu loxinzelelo lwe-chear	(0～10000) mPa
Uluhlu lwesantya sokucheba	(1～200) s-1
Isixa sesampuli	igazi elipheleleyo ≤800ul, iplasma ≤200ul
Indawo yesampuli	kabini imingxuma engama-80 okanye ngaphezulu, ivuleke ngokupheleleyo, iyatshintshatshintsha, ifanele nayiphi na iityhubhu yovavanyo
Ulawulo lwesixhobo	sebenzisa indlela yokulawula indawo yokusebenza ukuqonda umsebenzi wolawulo lwesixhobo, i-RS-232, 485, ujongano lwe-USB ozikhethelayo
Ulawulo lwemeko	Inezixhobo zokulawula umgangatho we-non-Newtonian fluid ezibhaliswe yi-National Food and Drug Administration, ezinokuthi zisetyenziswe kulawulo lwexabiso lwe-non-Newtonian fluid yeemveliso ze-bid, kwaye inokulandelwa kwimigangatho yelizwe engeyiyo ye-Newtonian fluid.
Umsebenzi wokulinganisa	imathiriyeli engeyiyo ye-Newtonian fluid viscosity esemgangathweni eveliswe ngumvelisi wemveliso yokubhida ifumene isatifikethi semathiriyeli esisemgangathweni
Ifomu yengxelo	ifomu yengxelo evulekileyo, enokwenziwa ngokwezifiso, kwaye inokuguqulwa kwisiza

A. Indlela:
I-Cone-plate: uluhlu olupheleleyo lokulinganisa, i-pointwise, i-prompt, indlela yesimo esizinzileyo.
I-Capillary: i-micro capillary prompt method (inzwa yoxinzelelo).
3. Itekhnoloji yokuqokelela imiqondiso: Itekhnoloji yokwahlulwa kwe-raster echanekileyo.
4. Imodi yokusebenza: ukusebenza ngaxeshanye kunye ne-double-cap piercing probe (kunye ne-liquid level sensor function), i-plate-sample plate, i-double-methodology, iimodyuli ezintathu zokuvavanya zingasebenza ngaxeshanye.
5. Umsebenzi we-Cap-Piercing: imodyuli yokuhlola i-cap-piercing probe ye-tube yesampuli edibeneyo.

B. Indawo ekusetyenzwa kuyo:
1. Umbane osebenzayo: 100 ~ 240 VAC, 50 ~ 60 Hz.
2. Ukusetyenziswa kwamandla: 350 VA.
3. Ubushushu bokusebenza: 10 ~ 30 °C.
4. Ukufuma: 30 ~ 75%.

C. Iiparamitha ezisebenzayo:
1. Ukuchaneka: I-Newtonian fluid <± 1%.Non Newtonian fluid <±2%.
2. I-CV: I-Newtonian fluid ≤1%.Non Newtonian fluid ≤2%.
3. I-Inputput: ≤30 s / isampuli (igazi elipheleleyo).≤0.5 s / isampuli (i-plasma).
4. Uluhlu lwexabiso lokucheba: (1 ~ 200) S-1.
5. Uluhlu lweViscosity: (0 ~ 60) mPa·s.
6. Uluhlu lwamandla okucheba: (0 ~ 12000) mPa.
7. Umthamo wesampuli: 200 ~ 800