I-KSD Bimetal Thermostat yokushintsha izinga lokushisa elishisayo Ivamise Ukuvala / Vula Uhlobo Lokuxhumana 250V 10-16A 0-250C UL TUV CQC KC

I-KSD Bimetal Thermostat yokushintsha izinga lokushisa elishisayo Ivamise Ukuvala / Vula Uhlobo Lokuxhumana 250V 10-16A 0-250C UL TUV CQC KC

1. Isimiso nesakhiwo somvikeli wezinga lokushisa we-KSD301

Umgomo oyinhloko we-thermostat yochungechunge lwe-KSD ukuthi umsebenzi owodwa wamadiski e-bimetal isenzo se-snap ngaphansi koshintsho lwezinga lokushisa lokuzwa. Isenzo se-snap sediski singaphusha isenzo soxhumana nabo ngesakhiwo sangaphakathi, bese sibangela ukuphuma kwesekethe ekugcineni. Isici esiyinhloko ukulungisa izinga lokushisa lokusebenza, isenzo esithembekile esisheshayo, ukuphila okude kwe-flashover okude kanye nokuphazanyiswa okuncane komsakazo.

2. Ukucaciswa kwe-thermostat ye-KSD301

2.1. Isilinganiso sikagesi: AC 125V max 15A; I-AC250V 5A 10A 15A max 16A

2.2. Isenzo Sezinga lokushisa: 0~250 degree

2.3. Ukubuyiselwa kanye nomehluko wokushisa wesenzo: 10 kuya ku-25 degrees, noma ngokusho kwesicelo seklayenti.

2.4. Ukuchezuka kwezinga lokushisa: ±3 / ±5 / ±10 degree noma ngokwesicelo seklayenti

2.5. Ukumelana nesekethe: ≤50mΩ (inani lokuqala)

2.6. Ukumelana ne-insulation: ≥100mΩ (DC500V Normal State)

2.7. Amandla e-Dielectric: AC50Hz 1500V / min, akukho ukuphuphuthekisa kokuphuka (Isimo Esivamile)

Umjikelezo wokuphila: ≥100000

2.8. Ngokuvamile kuvalwe noma kuvuliwe

2.9. Izinhlobo ezimbili zobakaki wokukhweza: ezinyakazayo noma ezingenakunyakaziswa

2.10. Isikhumulo

a. Uhlobo lwetheminali: 187series of 4.8*0.5mm kanye 4.8*0.8mm, 250 series of 6.3*0.8mm

b. I-engeli yetheminali: i-engeli yokugoba: 0~90°C ngokuzithandela

2.11. Izinhlobo ezimbili zomzimba: ipulasitiki noma i-ceramic.

2.12. Izinhlobo ezimbili zobuso benzwa yokushisa: i-aluminium cap noma ikhanda lethusi.

3. Umehluko wohlobo lokusetha kabusha okuzenzakalelayo kanye nohlobo lokusetha kabusha ngesandla

3.1. Uhlobo lokusetha kabusha mathupha: Izingxenye zokuzwa izinga lokushisa zihlanganisa umugqa we-bimetallic. Uma izinga lokushisa lifinyelela ebangeni lokushisa lesenzo, lizogxuma ngokushesha futhi idiski ephathekayo iyanqamuka. Uma izinga lokushisa lehla lifika endaweni yezinga lokushisa elingashintshi, indawo yokuxhumana ayikwazi ukusetha kabusha kuze kube yilapho ixhuma kabusha isekethe ngokucindezela inkinobho yokusetha kabusha. Bese kuthi amaphuzu okuxhumana alulame, afinyelele inhloso yokuxhuma noma ukunqamula isekethe futhi uqale kabusha isekethe ngokusetha kabusha ngesandla. (Sicela isikhumbuzi: 1.Lolu hlobo lwe-thermostat yokusetha kabusha mathupha lungasethwa kabusha lapho izinga lokushisa lehla ngo-20 °C ngemva kwesenzo esiphuthumayo ngokucindezela inkinobho yokusetha kabusha. Futhi 4~6 N kuyodingeka; sicela ungasebenzisi amandla amaningi kakhulu. 2. Ukuqinisekisa umsebenzi ojwayelekile, ibanga phakathi kwenkinobho yokusetha kabusha kanye nekhava evaliwe akufanele ibe ngaphansi kuka-20.4mm.

3.2. Uhlobo lokusetha kabusha mathupha: Izingxenye zokuzwa izinga lokushisa zihlanganisa umugqa we-bimetallic. Uma izinga lokushisa lifinyelela ebangeni lokushisa lesenzo, lizogxuma ngokushesha futhi idiski ephathekayo iyanqamuka. Uma izinga lokushisa lehla lifika endaweni yezinga lokushisa elingashintshi, indawo yokuxhumana ingasetha kabusha ngokuzenzakalelayo futhi iqale ukusebenza.

4. Isicelo se-bimetal thermostat se-KSD301

Isetshenziswa njengokulawula izinga lokushisa kwezinto zikagesi zasendlini futhi isetshenziswa kabanzi ezimbizeni zekhofi, ama-toaster azenzakalelayo, ama-laminator, amabhodwe amanzi kagesi, izibhamu ze-steam, izinsimbi zesitimu, izifudumezi zomoya, ama-oven microwave, ama-dispensers amanzi, njll.