Miihini Whakamātautau Waea me te Uea Uea

Kia rite ki te GB/T17651.1~2, IEC61034-1~2. Ko te whakatau i te kiato o te auahi he mea nui ki te aromatawai i nga ahuatanga o te wera o nga taura, o nga taura whatu ranei, e pa ana ki te rerenga o nga kaimahi me te kaha ki te whakatata atu ki te whakatau o te patu ahi.Ko tenei taputapu te nuinga o te waa ki te whakatau i te kukū o te paowa. ka tukuna ina tahuna te taura me te taura whatu i raro i nga tikanga motuhake, me te manatoko i te kiato o te auahi ka puta. I raro i te mura o te mura, te mura ahi ranei, ka whakamahia te whakawhiti marama hei whakataurite i nga taura rereke, i nga taura whatu ranei i raro i nga tikanga motuhake.

Kei roto i tenei taputapu te matauranga ngaio i roto i nga waahanga e toru o te miihini, optics, me te hikohiko. He hua whakauru electromechanical me te hanganga whaitake, te mahi pumau, me te mahi ngawari. WINDOWS 10 atanga whakahaere, te momo LabVIEW, me te tikanga haumaru tino. I te wa o te whakamatautau, ka whakaatuhia nga hua inenga i roto i te waa tuuturu, ka toia te pihinga tino pai (te whakaatu i te whakawhiti me te pihi wa). Ko nga raraunga ka taea te tiaki tuturu, te panui me te ta ki waho, ka taea te tuhi tika i te ripoata.

The smoke density optical measurement system of the cable or optical cable burning under specific conditions is composed of a light source, a silicon photocell, a light source receiver and a computer system.The light generated by the light source passes through the smoke density laboratory of 3 × 3 × 3(m) to form a uniform beam with a diameter of 1.5m±0.1m on the wall opposite the light source. The photocell installed at the center of the beam detects the intensity of the beam from the light source. When a large amount of smoke is generated in the combustion chamber due to burning cables or optical cables, the smoke absorbs a part of the photoelectricity, and the intensity of the beam reaching the silicon photovoltaic cell is weakened. By processing the data through the computer system, it can be calculated that it is 100% relative to the initial Linear response light transmittance.

Kei roto i te taputapu katoa he ruuma whakamatautau kati, he punaha ine whakaahua, he paepae waipiro, he punaha mura, he muramura, he pouaka whakamatautau, he waea taura, he taputapu ine pāmahana me te rorohiko whakamatautau kiato auahi. Ka whakawhanakehia te ara iahiko e te rorohiko maramara kotahi, me nga mea hangarau teitei me te mahi pumau. He pai tenei taputapu mo nga taura katoa, ka whakamahia nuitia e nga wheketere hanga waea me te umanga taura tae atu ki nga tari rangahau pūtaiao me te whakamatautau. Ko te pouaka whakamatautau he mataono whakamatautau me te 27m te rōrahi³.

1.Combustion chamber: internal dimensions: 3 × 3 × 3(m) total 27 cubic meters. It can be a brick wall structure or a steel plate structure, which can be chosen by customers.

2.Marama inenga taputapu:

   A.Ko te puna marama ka kawemai i te rama quartz halogen: te mana ingoa 100W, te ngaohiko ingoa: 12V, te hokinga mai o te marama: 2000 ~ 3000Lm. 

   B.Receiver: pūtau photovoltaic silicon, 0% te tuku marama te tikanga karekau he marama e puta, 100% te tuku marama te tikanga ka puta te marama me te kore e aukati.   

3. 3.Ko nga puna ahi paerewa

   A.Ko te puna ahi he 1.0 L te waipiro.

   B.Papa waipiro: he kowiri tira, raro 210 x 110(mm), runga 240 x 140(mm), teitei 80mm

4.Mixing of smoke: Use a desktop fan to make the smoke evenly distributed in       the combustion chamber.

5.Blank test: Burning alcohol lamp makes the temperature of the combustion chamber reach 25±5℃.

6. He taputapu ine pāmahana: ka whakauruhia he pūoko pāmahana ki te teitei o te 1.5m mai i te mata o roto o te tatau ki te whenua me te 0.5m mai i te pakitara.

7.He huinga rorohiko inenga whakawhiti kua whakauruhia, ka taea te whakaputa i nga pihi me nga purongo.

8.Kei roto i te rorohiko (kaore he kaituhi)

9.Te Mana: 220V, 4kW

10.(Smoke kiato) 0 ~ 924 ono-tere neke aunoa

11.Ine awhe: 0.0001 ~ 100%

12.Measurement accuracy: ±3%

13.Ngaohiko mahi: 200 ~ 240V, 50Hz

14.Ambient pāmahana: pāmahana rūma ~ 40 ℃

15.Relative temperature: ≤85%

16.Working taiao: I te wa e rere ana te taputapu, me karo i te marama tika me te kore e rere te hau kaha.

17.Ko te tatau o mua he matapihi me te maru marama opaque movable e taea te aukati i te tirohanga.

18.Square pouaka raro tāuta ki te pūrere pākākā aunoa, te runga tāuta ki te pouaka i roto i te pūrere whakatikatika pēhanga.

19.Maama marama: 12V rama rama, roangaru marama 400 ~ 750nm

20.Pūnaha combustion: kei roto i te paera o te pehanga, te tātari, te rerenga rerenga o te reera, te tahu.

21.Kaitahu: kei roto he kaitapa me te paepae waipiro, ka whakatakotoria ki waenganui o te tauira.

1. Papamahi rorohiko (me te whakaatu): 1 pc

Pūmanawa 2.Analysis: 1 huinga

3.Calibration arotahi: 3 pcs

4.Spare bulb:1 pc

5. Nga Tohutohu Whakahaere

6.Tiwhikete o te rite