Alloy thermal yanke

Takaitaccen Bayani:

Alloy thermal yanke wani lokaci ne, na'urar da ba za a iya dawo da ita ba. Ana amfani da ita sosai wajen kariyar yawan zafin jiki na kayan lantarki.Samfurin kayan aiki galibi ya ƙunshi gawa mai ƙyalli tare da ƙarancin narkewa, juyi, robo ko harsashi yumbu, guduro mai rufewa da wayar gubar.A karkashin al'ada aiki yanayi, da flammable gami da aka haɗa zuwa biyu take kaiwa, da kuma fusible gami narke a lokacin da alloy thermal cutoff ji mahaukaci zafi da kai wani predetermined fiusi zafin jiki, da kuma a cikin rawar da fiusi a karkashin azumi contraction zuwa biyu iyakar. gubar, don haka karya da'ira.

Alloy thermal cutoff sune nau'in axial da nau'in radial, rated zafin aiki: 76-230 ° C, ƙimar halin yanzu: 1-200A, takaddun aminci gami da: Rohs CCC, REACH da sauran buƙatun kare muhalli


Cikakken Bayani

Tags samfurin

Aikace-aikace

★ Kananan kayan aikin gida: ƙarfen ƙarfe, na'urar bushewa, hita, injin kofi, mai ba da ruwa, murhun soya, tukunyar shinkafa, tin mai, tukunyar wutar lantarki, tulun lantarki, murhun microwave, injin madara waken soya, bargon lantarki, da sauransu.

★ Kowa: firiji mai sanyaya iska, injin wanki, hita ruwa, kaho, katifa mai kashe kwayoyin cuta, da sauransu.

★ Kayan aikin ofis: na'urar kwafi, injin fax, na'urar daukar hotan takardu, bugu, shredder, da sauransu.

★ Na'urorin haɗi na gida: mai canza wuta, adaftar wutar lantarki, motar motsa jiki, allon PCB, tashoshin waya, da sauransu.

★ Abubuwan da ake amfani da su na lantarki: capacitance, juriya, baturi, da sauransu.

★ Wasu: kayan wasan yara na lantarki, kayan tausa, kayan aikin likita.

Halaye

★ Mai hankali ga zafin jiki na waje.Yanayin aiki daidai ne kuma barga.

★ Karamin girma, tsarin da aka rufe.

★ Amintaccen aiki, ya kasance adadin takaddun ƙa'idodin aminci na duniya

(ISO9001-2008 / TUV/PSE/CCC/CB/ROHS).

★ Tsarin masana'antu don aiwatar da ingantaccen gudanarwa mai inganci.

★ Dukkanin tsari na masana'antu ta amfani da kayan aikin sarrafa kayan aiki mafi ci gaba.

★ Tare da mafi m atomatik gwajin kayan aiki,100% dubawa bayan bayarwa.

Samfura

1.Type D RF Series (20A)

Aloy thermal yanke (3)
Aloy thermal yanke (4)

Girma (mm):

Wutar lantarki(A) a b c d Ralamar
20 68±3 14.5 1.5 6.0-8.0 Za a iya samar da jimlar tsayin bisa ga bukatun abokin ciniki

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
RF115 115 110±3 78 180 20 250V
Saukewa: RF120 120 116±3 83 180 20 250V
Saukewa: RF125 125 121±3 90 180 20 250V
Saukewa: RF130 130 125±3 92 180 20 250V
RF135 135 131±3 95 180 20 250V
Saukewa: RF140 140 136±3 100 180 20 250V
Saukewa: RF145 145 141±3 105 180 20 250V
Saukewa: RF150 150 146±3 115 180 20 250V
Saukewa: RF155 155 150±3 115 200 20 250V
RF158 158 155±3 115 200 20 250V
Saukewa: RF160 160 157±3 125 200 20 250V
Saukewa: RF165 165 161±3 125 200 20 250V
Saukewa: RF170 170 165±3 125 230 20 250V
Saukewa: RF172 172 167±3 135 230 20 250V
Saukewa: RF175 175 170±3 135 230 20 250V
RF180 180 177±3 140 230 20 250V
RF185 185 181±3 148 230 20 250V
RF188 188 184±3 148 230 20 250V
Saukewa: RF190 190 187±3 148 230 20 250V
RF192 192 189±3 155 230 20 250V
RF195 195 192±3 155 250 20 250V
Saukewa: RF200 200 197±3 160 280 20 250V
Saukewa: RF210 210 205±3 172 280 20 250V
Saukewa: RF216 216 212±3 175 280 20 250V
Saukewa: RF230 230 227±3 185 300 20 250V

2.Type D RF Series (10A)

1.Type D RF Series (20A) (1)
1.Type D RF Series (20A) (3)

Girma (mm):

Wutar lantarki(A) a b c d Magana
20 68±3 14.5 Ƙara 1.5 6.0-8.0 Za a iya samar da jimlar tsayin bisa ga bukatun abokin ciniki.

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
RF115 115 110±3 78 180 20 250V
Saukewa: RF120 120 116±3 83 180 20 250V
Saukewa: RF125 125 121±3 90 180 20 250V
Saukewa: RF130 130 125±3 92 180 20 250V
RF135 135 131±3 95 180 20 250V
Saukewa: RF140 140 136±3 100 180 20 250V
Saukewa: RF145 145 141±3 105 180 20 250V
Saukewa: RF150 150 146±3 115 180 20 250V
Saukewa: RF155 155 150±3 115 200 20 250V
RF158 158 155±3 115 200 20 250V
Saukewa: RF160 160 157±3 125 200 20 250V
Saukewa: RF165 165 161±3 125 200 20 250V
Saukewa: RF170 170 165±3 125 230 20 250V
Saukewa: RF172 172 167±3 135 230 20 250V
Saukewa: RF175 175 170±3 135 230 20 250V
RF180 180 177±3 140 230 20 250V
RF185 185 181±3 148 230 20 250V
RF188 188 184±3 148 230 20 250V
Saukewa: RF190 190 187±3 148 230 20 250V
RF192 192 189±3 155 230 20 250V
RF195 195 192±3 155 250 20 250V
Saukewa: RF200 200 197±3 160 280 20 250V
Saukewa: RF210 210 205±3 172 280 20 250V
Saukewa: RF216 216 212±3 175 280 20 250V
Saukewa: RF230 230 227±3 185 300 20 250V

3.DS Series (5A)

1.Type D RF Series (20A) (4)
1.Type D RF Series (20A) (5)

Girma (mm):

Wutar lantarki(A) a b c d Magana
5 84.0± 2 11.5 0.62

± 0.02

3.3 Za a iya samar da jimlar tsayin bisa ga bukatun abokin ciniki.

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
Farashin DS01 115 110±3 75 180 5 250V
Farashin DS02 125 120±3 85 180 5 250V
Farashin DS03 130 125±3 90 180 5 250V
Farashin DS04 135 130±3 92 180 5 250V
Farashin DS05 145 140±3 100 180 5 250V
Farashin DS06 150 145±3 105 180 5 250V
Farashin DS07 155 150±3 115 200 5 250V
Farashin DS08 160 155±3 125 200 5 250V
Farashin DS09 165 160±3 125 200 5 250V
DS10 170 165±3 125 230 5 250V
Farashin DS11 175 170±3 135 230 5 250V
DS12 180 175±3 140 230 5 250V
DS13 185 180±3 148 230 5 250V
DS14 190 185±3 148 230 5 250V
DS15 195 190±3 155 250 5 250V
DS16 200 195±3 160 280 5 250V
DS17 205 200±3 160 280 5 250V
DS18 210 205±3 172 280 5 250V
DS19 215 210±3 172 280 5 250V
DS20 220 215±3 175 280 5 250V
Farashin DS21 225 220±3 175 280 5 250V
Farashin DS22 230 225±3 185 300 5 250V

4.DS Series (2A)

1.Type D RF Series (20A) (6)
1.Type D RF Series (20A) (7)

Girma (mm):

Wutar lantarki(A) a b c d Magana
2 84.0±2 9 φ0.50±0.02 2.5 Za a iya samar da jimlar tsayin bisa ga bukatun abokin ciniki.

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
Farashin DS01 115 110±3 78 180 2 250V
Farashin DS02 125 120±3 90 180 2 250V
Farashin DS03 130 125±3 92 180 2 250V
Farashin DS04 135 130±3 95 180 2 250V
Farashin DS05 145 140±3 105 180 2 250V
Farashin DS06 150 145±3 115 180 2 250V
Farashin DS07 155 150±3 115 200 2 250V
Farashin DS08 160 155±3 125 200 2 250V
Farashin DS09 165 160±3 125 200 2 250V
DS10 170 165±3 125 230 2 250V
Farashin DS11 175 170±3 135 230 2 250V
DS12 180 175±3 140 230 2 250V
DS13 185 180±3 148 230 2 250V
DS14 190 185±3 148 230 2 250V
DS15 195 190±3 155 250 2 250V
DS16 200 195±3 160 280 2 250V
DS17 205 200±3 160 280 2 250V
DS18 210 205±3 172 280 2 250V
DS19 215 210±3 172 280 2 250V
DS20 220 215±3 175 280 2 250V
Farashin DS21 225 220±3 175 280 2 250V
Farashin DS22 230 225±3 185 300 2 250V

5.H Series (15/16A)

1.Type D RF Series (20A) (8)
1.Type D RF Series (20A) (9)

Girma (mm):

A B C D (∅)
17±1 11 ± 1 6 ± 0.5 1.4 ± 0.05
E F G(∅) H Ina (∅)
78±3 5.0± 1 5.5 ± 1 12.5 ± 1 2.1 ± 0.1

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
H01 115 110±3 78 180 15/16 A 250V
H02 125 120±3 95 180 15/16 A 250V
H03 130 125±3 100 180 15/16 A 250V
H04 135 130±3 105 180 15/16 A 250V
H05 145 140±3 115 180 15/16 A 250V
H06 150 145±3 120 200 15/16 A 250V
H07 160 155±3 125 200 15/16 A 250V
H08 165 160±3 125 200 15/16 A 250V
H09 170 165±3 125 230 15/16 A 250V
H10 175 170±3 135 230 15/16 A 250V
H11 180 175±3 140 230 15/16 A 250V
H12 185 180±3 145 230 15/16 A 250V
H13 190 185±3 145 230 15/16 A 250V
H14 195 190±3 155 250 15/16 A 250V
H15 200 195±3 160 280 15/16 A 250V
H16 205 200±3 160 280 15/16 A 250V
H17 210 205±3 172 280 15/16 A 250V
H18 215 210±3 172 280 15/16 A 250V
H19 220 215±3 175 280 15/16 A 250V
H20 225 220±3 175 280 15/16 A 250V
H21 230 225±3 185 300 15/16 A 250V

6.B10A

1.Type D RF Series (20A) (10)
1.Type D RF Series (20A) (11)

Girma (mm):

A B C D (∅)
11 ± 1 17±1 6 ± 0.5 1.4 ± 0.05
E F G(∅) H Ina (∅)
78±3 5.0± 1 5.5 ± 1 12.5 ± 1 2.1 ± 0.1

 

 

 

Ma'aunin fasaha:

Samfura Tf () Ct () Ta () Tm() Irin (A) Ur (V) CCC
H01 102 98±3 70 180 10 A 250V
H02 115 110±3 78 180 10 A 250V
H03 125 120±3 95 180 10 A 250V
H04 130 125±3 100 180 10 A 250V
H05 135 130±3 105 180 10 A 250V
H06 145 140±3 115 180 10 A 250V
H07 150 145±3 120 200 10 A 250V
H08 160 155±3 125 200 10 A 250V
H09 170 165±3 125 230 10 A 250V
H10 180 175±3 145 230 10 A 250V
H11 190 185±3 160 230 10 A 250V
H12 200 195±3 160 250 10 A 250V
H13 210 205±3 165 280 10 A 250V
H14 220 215±3 175 280 10 A 250V
H15 230 225±3 185 300 10 A 250V

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