Imodyuli ye-Thermoelectric, i-peltier epholileyo, indlela yokufaka i-peltier element

Iimodyuli zokupholisa ze-Thermoelectric, imodyuli ye-Thermoelectric, imodyuli yeTEC, isixhobo se-peltier indlela yokuFakelo

Kukho iindlela ezintathu ngokubanzi zokufakela iimodyuli ye-thermoelectrici-welding, i-bonding, i-bolt compression kunye nokulungiswa. Kwimveliso yeyiphi indlela yofakelo, ngokweemfuno zemveliso ukumisela, ngokubanzi, ukufakwa kwezi ntlobo zintathu, okokuqala ukusebenzisa umqhaphu onxilisayo ongenamanzi uya kubai-thermoelectric cooleriinxalenye zamacala amabini umphezulu ococekileyo, ipleyiti ebandayo kunye nomphezulu wofakelo lwepleyiti yokupholisa kufuneka ziqwalaselwe, ukuthambeka komphezulu akukho mkhulu kuno-0.03mm, kwaye kucocekile, ezi ntlobo zintathu zilandelayo zofakelo lwenkqubo yokusebenza.

1. Ukuwelda.

Indlela yokufaka i-welding ifuna ukuba umphezulu wangaphandle weImodyuli ye-TECkufuneka yenziwe ngesinyithi, kwaye ipleyiti ebandayo kunye nepleyiti yokupholisa kufuneka ikwazi ukusoda (njenge: ipleyiti ebandayo yobhedu okanye ipleyiti yokupholisa). Xa ufaka ipleyiti ebandayo, ipleyiti yokupholisa kunye nesixhobo se-peltier, i-peltier element, iimodyuli zokupholisa ze-thermoelectric, imodyuli ye-TEC, ipleyiti ebandayo kunye nepleyiti yokupholisa ye-thermoelectric ifudunyezwa kuqala, (iqondo lokushisa kunye nendawo yokunyibilika yesolder iyafana), i-solder ephantsi yobushushu phakathi kwe-70 ° C kunye ne-110 ° C iyanyibilika kumphezulu wofakelo. Emva koko indawo eshushu yesixhobo se-peltier, imodyuli ye-peltier, imodyuli ye-Thermoelectric, isixhobo se-TEC kunye nomgangatho onyukayo wepleyiti yokupholisa, indawo ebandayo yemodyuli ye-thermoelectric, isixhobo sombane kunye nomgangatho onyukayo wepleyiti ebandayo zinxibelelana ngokufanayo kunye ne-extrusion ejikelezayo ukuqinisekisa ukuba indawo yokusebenza inxibelelana kakuhle emva kokupholisa. Indlela yokufakela inzima ngakumbi, akulula ukuyigcina, kwaye isetyenziswa ngokubanzi kwiimeko ezikhethekileyo.

2. Iglu.

Ukufakela okuncamathelayo kumi-thod kukusebenzisa i-adhesive ene-conductivity efanelekileyo ye-thermal, ifakwe ngokulinganayo kwindawo yofakelo lwemodyuli yokupholisa ye-Thermoelectric,, ipleyiti ebandayo kunye nesitya sokupholisa. Ubukhulu be-adhesive yi-0.03mm, indawo ebandayo kunye neshushu yesixhobo se-peltier, i-peltier cell, imodyuli ye-TEC, imodyuli ye-thermoelectric kunye nomgangatho wofakelo wepleyiti ebandayo kunye nepleyiti yokutshatyalaliswa kobushushu ikhutshwe ngokuhambelanayo, kwaye ijikelezwe ngobunono emva nangaphandle ukuqinisekisa uqhagamshelwano olulungileyo lwendawo yoqhagamshelwano, kunye neeyure ze-24 zokuphefumla umoya. Indlela yokufakela isetyenziswa ngokubanzi ukulungisa ngokusisigxina isixhobo sokupholisa sombane, iseli ye-peltier, isixhobo sokupholisa sombane we-thermoelectric, kwindawo yepleyiti yokulahla ubushushu okanye ipleyiti ebandayo.

3. Uxinzelelo kunye nokulungiswa kwe-stud.

Indlela yofakelo yokulungiswa koxinzelelo lwe-stud kukugubungela ngokulinganayo indawo yofakelo lweimodyuli ye-peltieripleyiti ebandayo kunye nepleyiti yokulahla ubushushu enomaleko obhityileyo wegrisi ye-silicone ye-thermal, ubukhulu bayo bumalunga ne-0.03mm. Emva koko ubuso obushushu bei-peltier epholileyokunye nomgangatho wofakelo wepleyiti yokupholisa, ubuso obubandayo bezixhobo ze-peltier, iimodyuli zokupholisa ze-thermoelectric kunye nokufakwa kwendawo yepleyiti ebandayo kuqhagamshelwano oluhambelanayo, kwaye ujikeleze ngobunono imodyuli ye-TEC, imodyuli ye-thermoelectric ngasemva nangaphandle, khupha igrisi eshushu kakhulu, qiniseka ukuba uqinisekise ukuba umgangatho osebenzayo unxibelelana kakuhle, kwaye emva koko ugxininise imodyuli yokupholisa, kwaye uqinise imodyuli epholileyo phakathi kwe-TEC. Imodyuli, imodyuli yokupholisa yombane kunye nepleyiti ebandayo enezikrufu, amandla okuqinisa kufuneka afane, angabi kakhulu okanye alula kakhulu. Ubunzima bulula ukutyumza ifriji, kwaye ukukhanya kulula ukubangela ukuba ubuso obusebenzayo bungaqhagamshelani. Ukufakela kulula, ukukhawuleza, ukugcinwa okulula, ukuthembeka okuphezulu, okwangoku kusetyenziswe kakhulu kwimveliso yemveliso enye yeendlela zokufakela.

Ezi ndlela zintathu zofakelo zingentla ukuze kuphunyezwe eyona mpembelelo intle yokupholisa, ukusetyenziswa kwezinto zokugquma phakathi kwepleyiti ebandayo kunye nepleyiti yokupholisa, ukusetyenziswa kwewasha yokugquma ubushushu, ukuze kuncitshiswe ukutshintshana okushushu nokubanda, ubungakanani bepleyiti yokupholisa ye-thermoelectric kunye nepleyiti yokupholisa ixhomekeke kwindlela yokupholisa kunye nobungakanani bamandla okupholisa, ngokwemeko yesicelo.

Imodyuli yokupholisa i-thermoelectric TES1-01009LT125 Iinkcukacha

Ubukhulu: 0.9A,

Umax: 1.3V

Ubukhulu: 0.65W

Ubuninzi be-Delta T: 72C

I-ACR: 1.19﹢/﹣0.1Ω

Ubungakanani: 2.4×1.9×0.98mm

Umngxuma ojikelezileyo kunye nombindi wemodyuli ye-thermoelectric TES1-13905T125 Ukucaciswa

Ubushushu becala elishushu yi-25 C,

Ubukhulu: 5A,

Umax: 15-16 V

Ubukhulu:48W

Ubuninzi beDelta T: 67C

Ukuphakama: 3.2+/- 0.1mm

Ubungakanani: Idayamitha yangaphandle: 39+/- 0.3mm, Idayamitha yangaphakathi: 9.5mm +/- 0.2mm,

I-22AWG yePVC Ubude beCable yeCable: 110mm +/- 2mm

Imodyuli ye-thermoelectric TES1-3202T200 Ukucaciswa

Ubukhulu: 1.7-1.9A,

Umax: 2.7V

Ubukhulu:3.1W

Ubuninzi be-Delta T: 72C

I-ACR: 1.42-1.57Ω

Ubungakanani: 6×8.2×1.6-1.7mm