I-YYT-07A Fabric Flame retardant tester
1. Ukushisa okukhona: - 10 ℃ ~ 30 ℃
2. Umswakama ohlobene: ≤ 85%
3. Amandla okunikeza amandla namandla: 220 v ± 10% 50 HZ, amandla angaphansi kwe-100 w
4. I-Touch Screen Display / Ukulawula, amapharamitha ahlobene nesikrini:
a. Usayizi: 7 "Usayizi wokubonisa ophumelelayo: 15.5cm ubude no-8.6cm ububanzi;
b. Isixazululo: 480 * 480
c. Isikhombimsebenzisi sokuxhumana: I-RS232, 3.3V CMOS noma i-TTL, imodi ye-serial port
d. Umthamo wesitoreji: 1g
e. Kusetshenziswa isibonisi esihlanzekile se-FPGA ye-FPGA DRIVE, "Zero" Isikhathi sokuqalisa, amandla ku-Can Run
f. Ukwakhiwa kwezakhiwo ze-M3 + FPGA, i-M3 inesibopho sokufundisa, i-FPGA igxile ekubonisweni kwe-TFT, futhi ukuthembeka kwayo kanye nokuthembela kusengaphambili kusengaphambili amacebo afanayo
g. Isilawuli esikhulu samukela iprosesa elinamandla elinamandla, elingena ngokuzenzakalelayo kwimodi yokonga amandla
I-5. Isikhathi selangabi sokushiswa kwe-bunsen singasetwa ngokunqumela, futhi ukunemba kungu- ± 0.1.
Isibani se-bunsen singashukunyiswa ebangeni lama-0-45 degrees
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8 IMethane enobumsulwa ngaphandle kwama-97% izokhethwa ngesimo B.
9. Isisindo sensimbi singama-40kg
1. I-TA - isikhathi sokusebenzisa ilangabi (ungachofoza ngokuqondile inombolo ukufaka isikhombimsebenzisi sekhibhodi ukuguqula isikhathi)
2. I-T1 - Qopha isikhathi esivuthayo selangabi sokuhlola
3. I-T2 - Qopha isikhathi sokuhlanganiswa okungenamkhawulo (okusho ukubhema) kwesivivinyo
4. Run - Cindezela Kanye bese uhambisa isibani se-bunsen kusampula ukuqala isivivinyo
5. Misa - isibani se-bunsen sizobuya ngemuva kokucindezela
6. Igesi - Cindezela inkinobho yegesi
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9. Gcina - Gcina idatha yokuhlola yamanje
10. Ukulungisa isimo - Kusetshenziselwa ukulungisa isikhundla sesibani se-bunsen nephethini
Isimo A: Isampula libekwe ezimweni ezijwayelekile zasemkhathini ezichazwe ku-GB6529, bese isampula lifakwa esitsheni esivaliwe.
Isimo B: Beka isampula kuhhavini ku- (105 ± 3) ℃ nge (30 ± 2) imizuzu, uyikhiphe, uyibeke endaweni eyomile yokupholisa. Isikhathi esipholile ngeke sibe ngaphansi kwama-30min.
Imiphumela yesimo A kanye nesimo B ayiqhathaniswa.
Lungiselela i-specimen ngokuya ngemibandela yokufaka umswakama echazwe kulezi zigaba ezingenhla:
Isimo A: Ubukhulu bungu-300 mm * 89 mm, amasampula ama-5 athathwe kusuka ku-Longitude (Longitudinal) ukuqondiswa kusuka ku-Latitudinal (Transverse) ukuqondiswa, kunamasampula ayi-10.
Isimo B: Usayizi ungo-300 mm * 89 mm, amasampula ama-3 athathwe endaweni yokugcina (omude), kanti izingcezu ezi-2 zithathwa ngesiqondisi se-latitudinal (esidlulayo), namasampula angu-5 aphelele.
Isikhundla Sampula: Sika isampula okungenani ama-100 mm kude nonqenqemeni lwendwangu, futhi izinhlangothi zombili zesampula zifana ne-warp (endeitudinal) izinkomba zendwangu, futhi ingaphezulu lesampula lizoba mahhala kusuka ekungcolisweni nasezinkomeni. Isampula ye-warp ayikwazi ukuthathwa endwangu efanayo ye-warp, futhi isampula left alikwazi ukuthathwa ku-weft yarn efanayo. Uma umkhiqizo kufanele uhlolwe, i-specimen ingaqukatha imithungo noma imihlobiso.
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2 ) mm. Ngaphambi kokuhlolwa kokuqala, ilangabi kufanele lishiswe ngokuqinile kulesi simo okungenani i-1min, bese ucindezela inkinobho ethi off off ukuze ucime ilangabi.
3. Cindezela inkinobho yokulahla ukukhanyisa i-bunsen burner, lungisa ukuhamba kwegesi kanye nokuphakama kwelangabi ukwenza ilangabi lizinze (40 ± 2) mm. Cindezela inkinobho yokuqala, isibani se-bunsen sizongena ngokuzenzakalela isikhundla sephethini, futhi sizobuya ngokuzenzakalelayo ngemuva kokuthi ilangabi lisetshenziselwe isikhathi esibekiwe. Isikhathi selangabi okufanele sisetshenziselwe isampula, ie isikhathi sokulahla, sinqunywa ngokuya ngemibandela yokulawula umswakama ekhethiwe (bheka isahluko 4). Isimo A singu-12s kanye nesimo B yi-3S.
4. Lapho isibani se-bunsen sibuya, i-T1 ingena ngokuzenzakalelayo isimo sesikhathi.
I-5. Lapho ilangabi elisephethini liphuma, cindezela inkinobho yesikhathi, i-T1 ime ukuma isikhathi, i-T2 iqala ukugcina isikhathi ngokuzenzakalelayo.
6. Lapho ukubhema kwephethini sekuphelile, cindezela inkinobho yesikhathi kanye ne-T2 Stots Isikhathi
7. Yenza izitayela ezi-5 nazo. Uhlelo luzogxuma ngokuzenzakalelayo esibonakalayo songa isikhombimsebenzisi, khetha igama legama, ufake igama ukusindisa, bese uqhafaza u-Gcina
8. Vula izindawo zokuphelelwa amandla elabhorethri ukuze ukhiphe igesi ye-flue ekhiqizwa esivivinyweni.
9 , cishe ama-6 mm kude nemiphetho yaso engaphansi nangaseceleni, bese uphakamisa kancane ngakolunye uhlangothi lokuphela kwesampula ngesandla, uvumele isando esindayo silenga emoyeni, bese silinganisa futhi siqophe ubude Izinyembezi zesampula kanye nobude bomonakalo, kunembile ku-1 mm. Njengoba kukhonjisiwe kwisibalo esingezansi, ngesampula ehlanganisiwe futhi exhunywe ndawonye ngesikhathi sokuvutha, iphuzu eliphakeme kakhulu elizoncibilika lizonqoba lapho lilinganisa ubude obulimele.
Ukulinganisa ubude bokulimala
10. Susa imfucumfucu kusuka egumbini ngaphambi kokuhlola isampula elilandelayo.
Ngokuya kwezimo zomswakama zokulawula eSahlukweni 3, imiphumela yokubala imi ngale ndlela elandelayo:
Isimo A: Amanani ajwayelekile wesikhathi sokushisa, isikhathi sokubhukuda kanye nobude obulimele bezinkomba ezi-5-ezisheshayo ku-Longitude (Longitudinal) izinkomba zibalwa ngokulandelana, futhi imiphumela inembile ku-0.1mm.
Isimo B: Amanani ajwayelekile wesikhathi sokushisa, isikhathi sokubhukuda kanye nobude obulimele bezinhlamvu ezi-5 kubalwa, futhi imiphumela inembile ku-0.1S kanye ne-1mm.
