Umgangatho olungileyo weMuffle Furnace yeLabhoratri

Umgangatho olungileyo weMuffle Furnace yeLabhoratri

Ⅰ.Intshayelelo

Olu chungechunge lwesithando somlilo lusetyenziselwa ukuhlalutya izinto kwiilebhu, amashishini ezimbiwa kunye namaziko ophando lwesayensi;ezinye izicelo ziquka ubungakanani obuncinci bokufudumeza kwentsimbi, i-annealing kunye nokufudumeza.

Ixhotyiswe ngesilawuli seqondo lokushisa kunye ne-thermometer ye-thermocouple, sinokubonelela ngeseti yonke.

Ⅱ.IiParameters eziphambili zobuGcisa

Umzekelo	Amandla alinganisiweyo (kw)	Ithem elinganiselwe. (℃)	Umbane olinganisiweyo(v)	Ukusebenza amandla ombane (v)	P	Ixesha lokufudumeza (min)	Ubungakanani begumbi lokusebenza(mm)
SX-2.5-10	2.5	1000	220	220	1	≤60	200×120×80
SX-4-10	4	1000	220	220	1	≤80	300×200×120
SX-8-10	8	1000	380	380	3	≤90	400×250×160
SX-12-10	12	1000	380	380	3	≤100	500×300×200
SX-2.5-12	2.5	1200	220	220	1	≤100	200×120×80
SX-5-12	5	1200	220	220	1	≤120	300×200×120
SX-10-12	10	1200	380	380	3	≤120	400×250×160
I-SRJX-4-13	4	1300	220	0~210	1	≤240	250×150×100
I-SRJX-5-13	5	1300	220	0~210	1	≤240	250×150×100
I-SRJX-8-13	8	1300	380	0~350	3	≤350	500×278×180
I-SRJX-2-13	2	1300	220	0~210	1	≤45	￠30×180
I-SRJX-2.5-13	2.5	1300	220	0~210	1	≤45	2-￠22×180
XL-1	4	1000	220	220	1	≤250	300×200×120

Ⅲ.Iimpawu

1. Icala eliphezulu elibandayo lentsimbi eliqengqelekayo elinomphezulu wokutshiza.Ucango olusecaleni oluvulekileyo kulula ukuluvula/ucima.

2. Iziko lobushushu obuphakathi lithatha imbiza yomlilo ebiyelweyo.Icandelo lokufudumeza elijikelezayo elenziwe ngocingo olufudunyeziweyo lwealloy lujiyile macala onke kwimbiza yesithando somlilo, oluqinisekisa ukulingana kwamaqondo obushushu kunye nokwandisa ubomi balo benkonzo.

3. Isithando somlilo esikwiqondo lobushushu eliphezulu sithatha ityhubhu yobungqina bobushushu obuphezulu, kwaye sithatha i-elema njengenxalenye yokufudumeza ukulungisa kumkhono wangaphandle wembiza yomlilo.

4. I-furnace yokumelana nebhokisi yobushushu obuphezulu ithatha i-elema njengento yokufudumeza icandelo lokulungiswa kwimbiza yomlilo ukuqinisekisa umlinganiselo wokusetyenziswa kobushushu obuphezulu.

5. Yamkela i-0.4 ~ 0.6 isitena esikhuselayo se-spumy kunye ne-aluminosilicate ifayibha yomqhaphu njengesixhobo sokufakelwa kwe-thermal ukuqinisekisa isiphumo esihle sokugquma ubushushu, ukuze kukhuthazwe amandla okugcina ubushushu beziko, ukunciphisa ixesha lokufudumeza, kunye nokunciphisa ilahleko yamandla eziko elingenanto kunye nokusetyenziswa kwamandla.

I-1200 yochungechunge lwe-muffle furnaces ibonisa i-Kanthal edumileyo (eSweden) i-spiral coil coils efakwe kwi-Mitsubishi (eJapan) ekumgangatho ophezulu we-alumina fiber insulation.Indlu yangaphakathi yentsimbi ephindwe kabini inceda ukunciphisa ilahleko yobushushu kwindawo yangaphandle.Ukusebenza kwesithando silawulwa yi-Eurotherm (UK) okanye iShimaden (eJapan) isilawuli sedijithali esinezibuko lonxibelelwano lwedijithali olwakhelwe ngaphakathi kunye ne-adapter ye-USB, evumela umsebenzisi ukuba axhume kwiPC ulawulo olukude kunye nokubeka iliso kwisithando somlilo.Unako kwakhona ukugcina okanye ukuthumela ngaphandle iziphumo zovavanyo.

Iimbonakalo

• Ulawulo lwe-PID olusekwe kwi-Microprocessor lubonelela ngeyona nkqubo ilungileyo yobushushu enokudubula okuncinci.

• I-ammeter eyakhelwe-ngaphakathi kunye ne-voltmeters ezimbini zokubeka iliso kunye nokusombulula ingxaki.

• Ujongano lwekhompyuter olwakhelwe ngaphakathi.

• Ubomi obude bohlobo lwe-K thermocouple.

• I-ETL kunye ne-CE eqinisekisiweyo, esemgangathweni

Ukhuseleko

• Ukukhuselwa kobushushu obugqithisileyo buvala isithando somlilo ukuba ubushushu bungaphandle koluhlu olwamkelekileyo (jonga kwincwadi yomlawuli) okanye xa i-thermocouple yaphukile okanye ingasebenzi kakuhle.

• Ukukhuselwa kokungaphumeleli kombane kuphinda kuqalise ukusebenza kwesithando emva kokusilela xa amandla ephinde amiselwa.

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Ngaphambili: Umbala oMnyama noBuhlaza wePlastiki yePlastiki yoVavanyo lokuMbumba

Okulandelayo: I-Horizontal Laminar Flow iBench ecocekileyo

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