SA-5600

I-Automated Blood Rheology Analyzer

1. Idizayinelwe ilebhu yezinga elincane.
2. Indlela ye-Rotational Cone plate.
3. Umaka ojwayelekile ongewona owase-Newtonian uwine Isitifiketi Sikazwelonke Sase-China.
4. Izilawuli zangempela ezingezona eze-Newtonian, Izinto ezisetshenziswayo kanye nohlelo lokusebenza kwenza isixazululo esiphelele.

Imininingwane Yomkhiqizo

Isingeniso Sokuhlaziya

I-SA-5600 ezenzakalelayo yokuhlaziya i-rheology yegazi isebenzisa imodi yokulinganisa uhlobo lwekhoni/ipuleti.Umkhiqizo ubeka ingcindezi elawulwayo oketshezini oluzolinganiswa ngenjini ephansi ye-inertial torque.I-drive shaft igcinwa endaweni emaphakathi nge-levitation yamagnetic yokumelana okuphansi, edlulisela ingcindezi ebekiwe kuketshezi oluzolinganiswa futhi ikhanda layo lokulinganisa liwuhlobo lwe-cone-plate.Konke ukulinganisa kulawulwa ngokuzenzakalela yikhompyutha.Izinga lokugunda lingasethwa ngokungahleliwe ebangeni elithi (1～200) s-1, futhi lingalandelela ijika elinezinhlangothi ezimbili ngesilinganiso sokugunda kanye ne-viscosity ngesikhathi sangempela.Umgomo wokulinganisa udwetshwe ku-Newton Viscidity Theorem.

Ukucaciswa Kwezobuchwepheshe

Ukucaciswa \ Imodeli	UPHUMELELA
Ukucaciswa \ Imodeli	SA5000	SA5600	SA6000	SA6600	SA6900	SA7000	SA9000	SA9800
Isimiso	Indlela yokuzungezisa	Indlela yokuzungezisa	Indlela yokuzungezisa	Igazi eliphelele: Indlela yokuzungeza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi eliphelele: Indlela yokuzungeza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi eliphelele: Indlela yokuzungeza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi eliphelele: Indlela yokuzungeza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi eliphelele: Indlela yokuzungeza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary
Indlela	Indlela ye-cone plate	Indlela ye-cone plate	Indlela ye-cone plate	Indlela ye-cone plate, indlela ye-capillary	Indlela ye-cone plate, indlela ye-capillary	Indlela ye-cone plate, indlela ye-capillary	Indlela ye-cone plate, indlela ye-capillary	Indlela ye-cone plate, indlela ye-capillary
Iqoqo lesiginali	Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhulu	Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhulu	Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhulu	Indlela yepuleti lekhoni:Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhuluIndlela ye-Capillary: Ubuchwepheshe bokuthwebula obuhlukile obunomsebenzi wokulandelela uketshezi oluzenzakalelayo	Indlela yepuleti lekhoni:Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhuluIndlela ye-Capillary: Ubuchwepheshe bokuthwebula obuhlukile obunomsebenzi wokulandelela uketshezi oluzenzakalelayo	Indlela yepuleti lekhoni:Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhuluIndlela ye-Capillary: Ubuchwepheshe bokuthwebula obuhlukile obunomsebenzi wokulandelela uketshezi oluzenzakalelayo	Indlela yepuleti lekhoni:Ubuchwepheshe bokuhlukaniswa kwe-raster obunembe kakhuluIndlela ye-Capillary: Ubuchwepheshe bokuthwebula obuhlukile obunomsebenzi wokulandelela uketshezi oluzenzakalelayo	Indlela yepuleti lekhoni:Ubuchwepheshe bokuhlukaniswa kwe-raster obunembayo okuphezuluIsampula yokuxutshwa kweshubhu ngokunyakaziswa kwengalo okumshini.Indlela ye-capillary: Ubuchwepheshe bokuthwebula obuhlukile obunomsebenzi wokulandelela uketshezi
Imodi yokusebenza	/	/	/	Ama-probe akabili, amapuleti akabili nezindlela ezimbili zisebenza kanyekanye	Ama-probe akabili, amapuleti akabili nezindlela ezimbili zisebenza kanyekanye	Ama-probe akabili, amapuleti akabili nezindlela ezimbili zisebenza kanyekanye	Ama-probe akabili, amapuleti akabili nezindlela ezimbili zisebenza kanyekanye	Ama-probe akabili, amapuleti ekhoni amabili nezindlela ezimbili zisebenza kanyekanye
Umsebenzi	/	/	/	/	/	/	/	Ama-probe angu-2 abhobozwa i-cap yeshubhu elivaliwe. Isampula yokufunda ibhakhodi nesifundi sebhakhodi sangaphandle. I-Softwre ne-hardware esanda kwakhiwa ukuze isetshenziswe kalula.
Ukunemba	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	Ukunemba kwe-viscosity ye-Newtonian fluid ＜± 1%; Ukunemba kwe-Non-Newtonian fluid viscosity ＜±2%.
CV	CV≤1％	CV≤1％	CV≤1％	CV≤1％	CV≤1％	CV≤1％	CV≤1％	Ukunemba kwe-viscosity ye-Newtonian fluid =< ± 1%; Ukunemba kwe-Non-Newtonian fluid viscosity =<±2%.
Isikhathi sokuhlola	≤30 isekhondi/T	≤30 isekhondi/T	≤30 isekhondi/T	Igazi eliphelele≤30 sec/T, i-plasma≤0.5sec/T	Igazi eliphelele≤30 sec/T, i-plasma≤0.5sec/T	Igazi eliphelele≤30 sec/T, i-plasma≤0.5sec/T	Igazi eliphelele≤30 sec/T, i-plasma≤0.5sec/T	Igazi eliphelele≤30 sec/T, i-plasma≤0.5sec/T
Izinga lokugunda	(1-200)s-1	(1-200)s-1	(1-200)s-1	(1-200)s-1	(1-200)s-1	(1-200)s-1	(1-200)s-1	(1-200)s-1
I-Viscosity	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s	(0 - 60) mPa.s
Shear stress	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa	(0-12000) mPa
Ivolumu yesampula	200-800ul eguquguqukayo	200-800ul eguquguqukayo	≤800ul	Igazi eliphelele: 200-800ul adjustable, plasma≤200ul	Igazi eliphelele: 200-800ul adjustable, plasma≤200ul	Igazi eliphelele: 200-800ul adjustable, plasma≤200ul	Igazi eliphelele: 200-800ul adjustable, plasma≤200ul	Igazi eliphelele: 200-800ul adjustable, plasma≤200ul
Indlela	Ingxube ye-Titanium	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear	I-Titanium alloy, i-jewel bear
Indawo yesampula	0	3x10	Indawo yesampula engama-60 enerack eyodwa	Indawo yesampula engama-60 enerack eyodwa	Indawo yesampula engama-90 enerack eyodwa	Isikhundla sesampula esingu-60+60 esinama-rack angu-2 ngokuphelele 120 izikhundla zamasampula	Isikhundla sesampula esingu-90+90 esinama-rack angu-2; ngokuphelele 180 izikhundla zamasampula	2 * 60 isampula isikhundla; ngokuphelele 120 izikhundla zamasampula
Hlola isiteshi	1	1	1	2	2	2	2	3 (2 nge-cone-plate, 1 ene-capillary)
Isistimu yoketshezi	Iphampu ye-peristaltic ecindezela kabili	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma	Iphampu ye-peristaltic ecindezela kabili,Phenya ngenzwa yoketshezi kanye nomsebenzi wokuhlukanisa okuzenzakalelayo kwe-plasma
Isixhumi esibonakalayo	RS-232/485/USB	RS-232/485/USB	RS-232/485/USB	RS-232/485/USB	RS-232/485/USB	RS-232/485/USB	RS-232/485/USB	Imodi ye-RJ45, O/S, LIS
Izinga lokushisa	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.5℃
Lawula	Ishadi lokulawula le-LJ elinokugcina, umbuzo, umsebenzi wokuphrinta; Isilawuli sokuqala samanzi esingesona esase-Newton esinesitifiketi se-SFDA.
Ukulinganisa	Uketshezi lwe-Newtonian olulinganiswa uketshezi lwe-viscosity kazwelonke oluyisisekelo; I-Non-Newtonian fluid iwina isitifiketi somaka esijwayelekile sikazwelonke yi-AQSIQ yaseChina.
Bika	Vula

I-Automated Blood Rheology Analyzer

Izinqubo zokuqalisa kanye nokuvala shaqa okujwayelekile

1. Hlola ngaphambi kokuqala:
1.1 Uhlelo lwamasampula:
Ukuthi inaliti yesampula ingcolile noma igobile;uma ingcolile, sicela ugeze inaliti yesampula izikhathi eziningana ngemva kokuvula umshini;uma inaliti yesampula igobile, cela izisebenzi zesevisi yomkhiqizi ngemva kokuthengisa ukuthi ziyilungise.
1.2 Uketshezi lokuhlanza:
Hlola uketshezi lokuhlanza, uma uketshezi lokuhlanza lungenele, sicela ulungeze ngesikhathi.
1.3 Saphaza ibhakede eliwuketshezi
Thela uketshezi olubi bese uhlanza ibhakede eliwuketshezi.Lo msebenzi ungenziwa futhi ngemva kokuphela komsebenzi wansuku zonke.
1.4 Iphrinta
Beka iphepha elanele lokuphrinta endaweni efanele kanye nendlela.

2. Vula:
2.1 Vula iswishi yamandla eyinhloko yesihloli (etholakala ohlangothini olungezansi kwesokunxele lwethuluzi), futhi ithuluzi lisesimweni sokulungiselelwa ukuhlolwa.
2.2 Vula amandla ekhompiyutha, faka ideskithophu esebenzayo ye-Windows, uchofoze kabili uphawu, bese ufaka isofthiwe yokusebenza yesihloli segazi se-rheology se-SA-6600/6900 esizenzakalelayo.
2.3 Vula amandla ephrinta, iphrinta izozihlola ngokwayo, ukuzihlola kujwayelekile, futhi ingena esimweni sokuphrinta.

3. Vala shaqa:
3.1 Esihlokweni sokuhlola esiyinhloko, chofoza inkinobho ethi "×" ekhoneni eliphezulu kwesokudla noma chofoza into yemenyu ethi "Phuma" kubha yemenyu [Bika] ukuze uphume ohlelweni lokuhlola.
3.2 Vala ikhompuyutha namandla ephrinta.
3.3 Cindezela inkinobho "yamandla" kuphaneli yokhiye yesihloli ukuze uvale iswishi yamandla eyinhloko yesihloli.

4. Ukunakekela ngemva kokuvalwa:
4.1 Sula inaliti yesampula:
Sula ubuso benaliti nge-gauze ecwiliswe ku-ethanol oyinyumba.
4.2 Hlanza ibhakede eliwuketshezi
Thela uketshezi olubi ebhakedeni eliwuketshezi futhi uhlanze ibhakede eliwuketshezi.