I-Airwoods Rotary Heat Exchanger 500mm ukuya kwi-5000mm

● Ukusebenza kakuhle kokubuyisela ubushushu ngendlela efanelekileyo

● Inkqubo yokutywinwa kwe-labyrinth kabini

● Ukuzicoca

● Icandelo lokucoca kabini

● Ibheri egcotyiweyo ubomi bonke

● Uluhlu olupheleleyo lobubanzi berotor ukusuka kwi-500mm ukuya kwi-5000mm

Qhagamshelana nathi Khuphela

Ezona mpawu

Uyilo lweeMveliso

Umgaqo Wokusebenza Ingaba isebenza kanjani? Ukwakhiwa kwamavili Iitshaneli zeLaminar Flow Inkqubo yokutywina kabini Icandelo lokucoca Indawo yefeni nevili Ukuthwala kunye nokuthambisa Iintlobo zoFakelo kunye neSikhundla seMoto Izicelo

Umgaqo Wokusebenza

I-Rotary heat exchanger yenziwe nge-alveolate heat wheel, i-case, i-drive system kunye neendawo zokuvala. I-exhaust kunye nomoya wangaphandle zidlula kwisiqingatha sevili ngokwahlukeneyo, xa ivili lijikeleza, ubushushu kunye nokufuma kuyatshintshiselwana phakathi kwe-exhaust kunye nomoya wangaphandle. Ukusebenza kakuhle kokubuyisa amandla kufikelela kwi-70% ukuya kwi-90%.

Ingaba isebenza kanjani?

1. Ukungena kwisiqingatha somoya obandayo

2. Phakathi komoya obandayo isiqingatha

3. Ukushiya umoya obandayo isiqingatha

4. Ukungena kwisiqingatha somoya ofudumeleyo

5. Phakathi komoya ofudumeleyo isiqingatha

6. Ukushiya umoya ofudumeleyo isiqingatha

IKHATHALOGU YESITSHINTSHI SOKUSHINTSHA UBUSHUSHU ESIBHAKABHAKABHAKA_04

Ukwakhiwa kwamavili

Ivili le-rotary heat exchanger lenziwe ngamaleko ahlukeneyo e-flat kunye ne-corrugated aluminium foil ukwenza i-alveolate milo. Ukuphakama okwahlukeneyo kwe-corrugation kuyafumaneka. Umphezulu othe tyaba uqinisekisa ukuvuza okuncinci. Izipoki zangaphakathi zisetyenziselwa ukubopha ngoomatshini ii-laminations ze-rotor.

Ezi zifakelwa imisonto kwindawo yokubopha kwaye zidityaniswa emngceleni.

Iitshaneli zeLaminar Flow

Ulwakhiwo lohlobo lwamaza lwevili lwenza imijelo emxinwa kwicala lokuhamba komoya. Ukuhamba komoya kwenza ukuhamba kwelaminar ngaphakathi kwevili xa kudlula kulo.

Xa ivili lijikeleza, uthuli aluyi kuqokelelana kwitshaneli kuba umoya wangaphandle kunye nomoya ophumayo ngokwahlukeneyo uhamba ngetshaneli ukusuka kumacala amabini. Oku kubizwa ngokuba kukuzicoca.

Inkqubo yokutywina kabini

Inkqubo yokutywina kabini eyahlukileyo ifakwe ngeenxa zonke zomda werotor kunye nomqadi ophakathi. Izinto zokutywina zithambile kwaye zixineneyo ngenxa yokungqubana okuncinci kwaye zihlala ixesha elide.

Icandelo lokucoca

Ngenxa yesakhiwo se-rotary heat exchanger, umoya wangaphandle kunye nomoya ophumayo ziya kudibana. Ngokwesantya somoya, isantya esijikelezayo kunye necala elijikayo, icandelo lokucoca lifakelwe ukuthintela umoya ophumayo ukuba ungangeni emoyeni wangaphandle. Icandelo lokucoca livumela inxenye encinci yomoya wangaphandle ukuba ivuthele umoya ophumayo kwimingxuma ye-alveolate ecaleni kwayo. Umahluko omncinci woxinzelelo lwe-200Pa phakathi kwecala lomoya wangaphandle kunye necala lomoya ophumayo uyafuneka ukuqinisekisa ukusebenza kakuhle kokucoca. Ngazo zonke iimeko ezibonelelweyo, eli candelo linokuqinisekisa ukuvuza okungaphantsi kwe-0.3% ukusuka kumoya ophumayo ukuya emoyeni wangaphandle.

Indawo yefeni nevili

Isiphumo sokucoca secandelo lokucoca sixhomekeke kwindawo yefeni kunye nomahluko woxinzelelo olungaguqukiyo phakathi kwecala lomoya wangaphandle kunye necala lomoya ophumayo. Xa umahluko woxinzelelo ungaphantsi kwe-200pa, isiphumo sokucoca asiqinisekiswa.

Ukuthwala kunye nokuthambisa

Ihabhu yevili ixhotyiswe nge-ball bearing egcotyiweyo okanye i-roller bearing, kwaye inezigqubuthelo kumacala omabini. Akukho mfuneko yokugcinwa xa kusetyenzwa ngendlela eqhelekileyo.

Iintlobo zoFakelo kunye neSikhundla seMoto

Imoto ifakwe kwikona ye-rotary heat exchanger, indawo yekona iphawulwe ukusuka kwinombolo 1 ukuya kwi-4, kwaye iindawo zemoto azinyanzelekanga.

Izicelo

Isixhobo sokutshintsha ubushushu esijikelezayo (i-AHU) singakhiwa njengeyunithi yokuphatha ubushushu eyintloko njengenxalenye ephambili yecandelo lokubuyisela ubushushu. Ngokwesiqhelo iphaneli esecaleni yesixhobo sokutshintsha ubushushu ayibalulekanga, ngaphandle kokuba i-bypass isetiwe kwi-AHU.

Ingafakwa nakwiipayipi zenkqubo yokungenisa umoya njengenxalenye ephambili yecandelo lokubuyisela ubushushu, iqhagamshelwe ngeflange. Kwimeko enjalo, iphaneli esecaleni ye-exchanger iyimfuneko ukuthintela ukuvuza.

Idatha yoBugcisa

Iiparameters zobugcisa Ubukhulu

Iiparameters zobugcisa

Iinkcukacha	A mm	B mm	B1 mm	B2(A1) mm	F mm	D mm	Amandla Kw	I-Voltage	NW Ikg
400	504	554	277	68	32	400	0.09	3~380V50Hz	32
500	600	600	312	68	32	530	0.09	3~380V50Hz	42
600	700	700	350	68	32	630	0.09	3~380V50Hz	59
700	800	800	400	68	32	730	0.09	3~380V50Hz	71
800	900	900	450	68	32	830	0.09	3~380V50Hz	82
900	1030	1030	515	98	32	930	0.09	3~380V50Hz	102
1000	1130	1130	565	98	32	1030	0.09	3~380V50Hz	130

Ubukhulu

Iinkcukacha	A mm	B mm	B1 mm	F mm	D mm	Amandla Kw	I-Voltage	NWKg Uhlobo oluya phezulu/Uhlobo oluya ekhohlo ukuya ekunene
1100	1230	1230	615	32	1130	0.09	3~380V50Hz	151
1200	1330	1330	695	32	1230	0.18	3~380V50Hz	169
1300	1430	1430	745	32	1330	0.18	3~380V50Hz	190
1400	1530	1530	765	32	1430	0.18	3~380V50Hz	205
1500	1630	1630	766	42	1530	0.18	3~380V50Hz	212/220
1600	1730	1730	816	42	1630	0.18	3~380V50Hz	230/239
1700	1830	1830	866	42	1730	0.25	3~380V50Hz	256/266
1800	1930	1930	916	47	1830	0.25	3~380V50Hz	283/293
1900	2030	2030	966	47	1930	0.25	3~380V50Hz	301/320
2000	2130	2130	1016	47	2030	0.25	3~380V50Hz	358/370