Ucingo kunye neCable Smoke Testing Testing Machine

Ukuthobela i-GB/T17651.1~2, IEC61034-1~2. Ukumiselwa koxinzelelo lomsi yinkalo ebalulekileyo yokuvavanya iimpawu ezivuthayo zeentambo okanye iintambo ze-optical, ezihambelana nokufuduka kwabasebenzi kunye nokukwazi ukusondela ekuzimiseleni ukulwa nomlilo.Esi sixhobo sisetyenziselwa ukumisela ukuxinwa komsi. ikhutshwe xa intambo kunye nentambo ye-optical itshiswa phantsi kweemeko ezithile, kunye nokuqinisekisa ubuninzi bomsi owenziweyo. Ngaphantsi komlilo ovuthayo okanye iimeko ezivuthayo ezivuthayo, ukuhanjiswa kokukhanya kusetyenziswa njengendlela yokuthelekisa iintambo ezahlukeneyo okanye iintambo zokukhanya phantsi kweemeko ezithile.

Esi sixhobo siquka ulwazi lobuchwephesha kwiinkalo ezintathu zoomatshini, i-optics, kunye ne-electronics. Yimveliso yokudibanisa i-electromechanical enesakhiwo esifanelekileyo, ukusebenza okuzinzileyo, kunye nokusebenza okulula. I-WINDOWS 10 i-interface yokusebenza, isitayile seLabVIEW, kunye nendlela yokhuseleko egqibeleleyo. Ngexesha lovavanyo, iziphumo zokulinganisa ziboniswa ngexesha langempela kwaye ijika eligqibeleleyo litsalwa ngamandla (ukubonisa ukuhanjiswa kunye nexesha lexesha). Idatha inokugcinwa ngokusisigxina, ifundwe kwaye iprintwe, kwaye ingxelo inokuprintwa ngokuthe ngqo.

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.

Isixhobo sonke siqulathe igumbi lovavanyo elivaliweyo, inkqubo yokulinganisa ifotometric, itreyi yotywala, inkqubo yokutshisa, igniter, ibhokisi yovavanyo, isibambi sentambo, isixhobo sokulinganisa ubushushu kunye nesoftware yovavanyo loxinaniso lomsi. Isekethe iphuhliswa yi-microcomputer ye-chip enye, enomxholo ophezulu wobugcisa kunye nokusebenza okuzinzile. Esi sixhobo sifanelekile kuzo zonke iintambo kwaye sisetyenziswa ngokubanzi kwiifektri zemveliso yocingo kunye noshishino lwentambo kunye nophando lwezenzululwazi kunye namasebe okuvavanya. Ibhokisi yokuvavanya i-cube yovavanyo kunye nomthamo we-27m³.

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.Isixhobo sokulinganisa ukukhanya:

   A. Umthombo wokukhanya ungeniswe kwisibane se-quartz halogen: amandla aqhelekileyo 100W, i-voltage yegama: 12V, ukubuyiswa kokukhanya okuqhelekileyo: 2000 ~ 3000Lm. 

   I-B.Receiver: i-silicon photovoltaic cell, i-0% yokuhanjiswa kokukhanya kuthetha ukuba akukho kukhanya kudlulayo, i-100% yokuhambisa ukukhanya kuthetha ukuba ukukhanya kudlula ngokupheleleyo ngaphandle kokuthintela.   

3. 3.Imithombo yomlilo eqhelekileyo

   Umthombo we-A.Fire yi-1.0 L yotywala.

   I-Treyi ye-Alcohol: insimbi engenasici, ezantsi 210 x 110(mm), phezulu 240 x 140(mm), ukuphakama 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℃.

I-6.Isixhobo sokulinganisa ubushushu: inzwa yokushisa ifakwe kwindawo ephakamileyo ye-1.5m ukusuka kwindawo yangaphakathi yomnyango ukuya emhlabathini kunye ne-0.5m ukusuka eludongeni.

I-7.Isethi yesofthiwe yokulinganisa i-transmittance ifakiwe, enokuthi ikhuphe i-curves kunye neengxelo.

8.Kubandakanywa ikhompyutha (kungabandakanywa umshicileli)

9.Amandla: 220V, 4kW

10.(Ukuxinana komsi) 0 ~ 924 isantya ezintandathu shift oluzenzekelayo

11.Uluhlu lokulinganisa: 0.0001 ~ 100%

12.Measurement accuracy: ±3%

13.I-voltage yokusebenza: 200 ~ 240V, 50Hz

14.Ambient lobushushu: igumbi lobushushu ~ 40℃

15.Relative temperature: ≤85%

I-16.Indawo yokusebenza: Xa isixhobo sisebenza, kufuneka siphephe ukukhanya okuthe ngqo kwaye kungabikho ukunyanzeliswa komoya.

17.Umnyango wangaphambili uxhotyiswe ngefestile kunye nekhaka elikhanyayo elihambayo elinokuthintela umbono.

I-18.Ibhokisi yebhokisi ye-square ephantsi efakwe kunye nesixhobo sokutshisa ngokuzenzekelayo, phezulu efakwe kunye nebhokisi yangaphakathi yokulungiswa koxinzelelo lwesixhobo.

19.Umthombo wokukhanya: 12V isibane se-incandescent, ukukhanya kwamaza 400 ~ 750nm

I-20.Inkqubo yokutshisa: iqulethe i-valve yokulawula uxinzelelo, i-filter, i-valve yokulawula i-flowmeter, i-burner.

21.Umtshisi: oquka i-igniter kunye netreyi yotywala, ebekwe embindini wesampuli.

I-1.I-desktop yekhompyutha (enomboniso): I-1 pc

Isoftware ye-2.Analysis: Isethi ye-1

I-3.I-lens yokulinganisa: iipcs ezi-3

4.Ibhalbhu yeSpare:1 pc

5.Imiyalelo yokuSebenza

6.Isatifikethi sokuthotyelwa