Umfanekiso ocacileyo we-Blood Rheology Analyser oZenzekelayo ngokupheleleyo

I-SA-5600

I-Analyzer ye-Rheology yeGazi ezenzekelayo ngokupheleleyo

1. Yenzelwe iLebhu ekumgangatho omncinci.
2. Indlela yepleyiti yekhowuni ejikelezayo.
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-5600 ngokuzenzekelayo i-rheology analyzer isebenzisa indlela yokulinganisa uhlobo lwekhowuni/ipleyiti. Imveliso ibeka uxinzelelo olulawulwayo kulwelo oluza kulinganiswa nge-motor ye-inertial torque ephantsi. 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. Lonke umlinganiselo ulawulwa 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 \ Uhlobo	UMLANDELI
Imodeli \ Uhlobo	SA5000	SA5600	SA6000	I-SA6600	I-SA6900	SA7000	I-SA9000	I-SA9800
Umgaqo	Indlela yokujikeleza	Indlela yokujikeleza	Indlela yokujikeleza	Igazi elipheleleyo: Indlela yokujikeleza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi elipheleleyo: Indlela yokujikeleza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi elipheleleyo: Indlela yokujikeleza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi elipheleleyo: Indlela yokujikeleza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary	Igazi elipheleleyo: Indlela yokujikeleza; I-Plasma: Indlela yokujikeleza, indlela ye-capillary
Indlela	Indlela yepleyiti yekhowuni	Indlela yepleyiti yekhowuni	Indlela yepleyiti yekhowuni	Indlela yepleyiti yekhowuni, indlela ye-capillary	Indlela yepleyiti yekhowuni, indlela ye-capillary	Indlela yepleyiti yekhowuni, indlela ye-capillary	Indlela yepleyiti yekhowuni, indlela ye-capillary	Indlela yepleyiti yekhowuni, indlela ye-capillary
Ingqokelela yesignali	Itekhnoloji yokwahlulahlula i-raster echanekileyo kakhulu	Itekhnoloji yokwahlulahlula i-raster echanekileyo kakhulu	Itekhnoloji yokwahlulahlula i-raster echanekileyo kakhulu	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula i-raster echanekileyo kakhulu Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ngokuzenzekelayo kolwelo	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula i-raster echanekileyo kakhulu Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ngokuzenzekelayo kolwelo	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula i-raster echanekileyo kakhulu Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ngokuzenzekelayo kolwelo	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula i-raster echanekileyo kakhulu Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ngokuzenzekelayo kolwelo	Indlela yepleyiti yekhowuni: Iteknoloji yokwahlulahlula iraster echanekileyo kakhulu Ukuxuba ityhubhu yesampulu ngokushukumisa ingalo ngoomatshini. Indlela ye-capillary: Iteknoloji yokubamba eyahlukileyo enomsebenzi wokulandelela ulwelo ngokuzenzekelayo
Indlela Yokusebenza	/	/	/	Iiprobe ezimbini, iipleyiti ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye	Iiprobe ezimbini, iipleyiti ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye	Iiprobe ezimbini, iipleyiti ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye	Iiprobe ezimbini, iipleyiti ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye	Iiprobe ezimbini, ii-cone-plates ezimbini kunye neendlela ezimbini zisebenza ngaxeshanye
Umsebenzi	/	/	/	/	/	/	/	Iiprobe ezi-2 ezinezivalo ezigqobhozayo kwityhubhu evaliweyo. Isampulu yomfundi webhakhowudi kunye nomfundi webhakhowudi wangaphandle. Isoftware kunye nezixhobo ezisandula ukwenziwa ukuze kube lula ukuzisebenzisa.
Ukuchaneka	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	≤±1%	Ukuchaneka kwe-Newtonian fluid viscosity ＜±1%； Ukuchaneka kwe-Non-Newtonian fluid viscosity ＜±2%.
CV	I-CV≤1％	I-CV≤1％	I-CV≤1％	I-CV≤1％	I-CV≤1％	I-CV≤1％	I-CV≤1％	Ukuchaneka kwe-Newtonian fluid viscosity=< ± 1%； Ukuchaneka kwe-Non-Newtonian fluid viscosity = <±2%.
Ixesha lovavanyo	≤30 sec/T	≤30 sec/T	≤30 sec/T	Igazi elipheleleyo ≤30 sec/T, iplasma≤0.5sec/T	Igazi elipheleleyo ≤30 sec/T, iplasma≤0.5sec/T	Igazi elipheleleyo ≤30 sec/T, iplasma≤0.5sec/T	Igazi elipheleleyo ≤30 sec/T, iplasma≤0.5sec/T	Igazi elipheleleyo ≤30 sec/T, iplasma≤0.5sec/T
Izinga lokucheba	（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
Ukuqaqamba	（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
Phungula ucinzelelo	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa	（0-12000）mPa
Umthamo wesampulu	I-200-800ul ehlengahlengiswayo	I-200-800ul ehlengahlengiswayo	≤800ul	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul	Igazi elipheleleyo: 200-800ul ehlengahlengiswayo, iplasma≤200ul
Indlela yokusebenza	I-alloy ye-titanium	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo	I-alloy ye-titanium, ibhereyitha yelitye elinqabileyo
Indawo yesampulu	0	3x10	Indawo yesampulu engama-60 ene-rack enye	Indawo yesampulu engama-60 ene-rack enye	Indawo yesampulu engama-90 ene-rack enye	Indawo yesampulu engama-60+60 ene-rack ezi-2 izikhundla zesampulu ezili-120 ngokupheleleyo	Indawo yesampulu ye-90+90 eneerekhi ezi-2; izikhundla zesampulu ezili-180 ngokupheleleyo	Indawo yesampulu ye-2 * 60; izikhundla zesampulu ezili-120 ngokupheleleyo
Itshaneli yovavanyo	1	1	1	2	2	2	2	3 (ezimbini ezine-cone-plate, enye ene-capillary)
Inkqubo yolwelo	Impompo ye-peristaltic ephindwe kabini	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo	Ipompo ye-peristaltic ecinezela kabini, i-Probe ene-sensor yolwelo kunye nomsebenzi wokwahlula-hlula i-plasma ngokuzenzekelayo
Ujongano	I-RS-232/485/USB	I-RS-232/485/USB	I-RS-232/485/USB	I-RS-232/485/USB	I-RS-232/485/USB	I-RS-232/485/USB	I-RS-232/485/USB	Imo ye-RJ45, i-O/S, i-LIS
Ubushushu	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.1℃	37℃±0.5℃
Ulawulo	Itshathi yokulawula ye-LJ enomsebenzi wokugcina, umbuzo, wokuprinta; Ulawulo lolwelo olungelulo ulwelo lwe-Non-Newtonian lokuqala olunesatifikethi se-SFDA.
Ukulinganisa	Ulwelo lweNewtonian olulinganiswe lulwelo lwe-national primary viscosity; Isatifikethi sesizwe somgangatho oqhelekileyo we-non-Newtonian fluid win yi-AQSIQ yaseTshayina.
Ingxelo	Ivuliwe

I-Analyzer ye-Rheology yeGazi ezenzekelayo ngokupheleleyo

Iinkqubo zokuqalisa rhoqo kunye nokuvala

1. Jonga phambi kokuba uqalise:
1.1 Inkqubo yokuvavanya:
Nokuba inaliti yesampulu ingcolile okanye igobile; ukuba ingcolile, nceda uhlambe inaliti yesampulu izihlandlo ezininzi emva kokuvula umatshini; ukuba inaliti yesampulu igobile, cela abasebenzi benkonzo yomenzi emva kokuthengisa ukuba bayilungise.
1.2 Ulwelo lokucoca:
Jonga ulwelo lokucoca, ukuba ulwelo lokucoca alwanelanga, nceda ulufake ngexesha.
1.3 Ibhakethi yolwelo lwenkunkuma
Galela ulwelo olungcolileyo uze ucoce ibhakethi yolwelo olungcolileyo. Lo msebenzi ungenziwa nasemva kokuphela komsebenzi wemihla ngemihla.
1.4 Iprinta
Beka iphepha lokuprinta elaneleyo kwindawo efanelekileyo nangendlela efanelekileyo.

2. Vula:
2.1 Vula iswitshi enkulu yamandla yomvavanyi (ekwicala lasekhohlo elisezantsi lesixhobo), kwaye isixhobo sikwimeko yokulungiselela uvavanyo.
2.2 Vula amandla ekhompyutha, faka idesktop yokusebenza yeWindows, cofa kabini i icon, uze ufake isoftware yokusebenza ye-SA-6600/6900 automatic blood rheology tester.
2.3 Vula amandla eprinta, iprinta iya kuzihlola ngokwayo, ukuzihlola kwayo kuqhelekile, kwaye ingena kwimeko yokuprinta.

3. Cima:
3.1 Kwi-interface yovavanyo oluphambili, cofa iqhosha elithi "×" kwikona ephezulu ngasekunene okanye ucofe into ethi "Exit" kwimenyu yebar [Report] ukuze uphume kwinkqubo yovavanyo.
3.2 Cima ikhompyutha kunye nombane weprinta.
3.3 Cinezela iswitshi ethi "power" kwi-key panel yomvavanyi ukuze ucime iswitshi yamandla ephambili yomvavanyi.

4. Ukugcinwa emva kokuvalwa:
4.1 Sula inaliti yesampulu:
Sula umphezulu wenaliti nge-gauze efakwe kwi-ethanol ecocekileyo.
4.2 Coca ibhakethi yolwelo olungcolileyo
Galela ulwelo lwenkunkuma kwibhakethi yolwelo lwenkunkuma uze ucoce ibhakethi yolwelo lwenkunkuma.