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

● Ukusebenza okuphezulu kokubuyiswa kobushushu obunengqiqo

● Inkqubo yokutywina i-labyrinth kabini

● Ukuzicoca

● Icandelo lokucoca kabini

● Ubomi bobomi-lubricated bearing

● Uluhlu olugqityiweyo lobubanzi be-rotor ukusuka kwi-500mm ukuya kwi-5000mm

Qhagamshelana nathi Khuphela

Ezona mpawu

Uyilo lweeMveliso

Umgaqo wokuSebenza Ingaba isebenza kanjani? Ukwakhiwa kwamavili I-Laminar Flow Channels Inkqubo yokutywina kabini Hlanza iCandelo Ukuma kweFan kunye nevili Ukuthwala kunye nokuthambisa Iindidi zoFakelo kunye neSimo seMotor Usetyenziso

Umgaqo wokuSebenza

I-Rotary heat exchanger yenziwe ngevili lobushushu le-alveolate, i-case, inkqubo yokuqhuba kunye neendawo zokutywina. Ukukhupha kunye nomoya wangaphandle udlula kwisiqingatha sevili ngokwahlukileyo, xa isondo lijikeleza, ukushisa kunye nomswakama kutshintshaniswa phakathi kokukhupha kunye nomoya wangaphandle. Ukusebenza kakuhle kokubuyisela amandla ukuya kuthi ga kwi-70% ukuya kwi-90%.

Umtshintshi wobushushu obujikelezayo (2)

Ingaba isebenza kanjani?

1. Ukungena kwisiqingatha somoya obandayo

2. Embindini wesiqingatha somoya obandayo

3. Ukushiya isiqingatha somoya obandayo

4. Ukungena kwisiqingatha somoya oshushu

5. Embindini wesiqingatha somoya oshushu

6. Ukushiya isiqingatha somoya ofudumeleyo

Ukwakhiwa kwamavili

Ivili lobushushu obujikelezayo lwenziwe ngamaleko atshintshanayo wefoyile ye-aluminiyam ecaba kunye ne-corrugated ukwenza i-alveolate shape.Ubude obuhlukeneyo be-corrugation buyafumaneka. Umphezulu weFlat uqinisekisa ukuvuza okuncinci.Ii-spokes zangaphakathi zisetyenziselwa ukubopha ngoomatshini be-rotor's laminations.

Ezi zithungelwe kwi-hub kwaye zifakwe kwi-periphery.

I-Laminar Flow Channels

Ulwakhiwo lodidi lwamaza lwevili lwenza imijelo emxinwa kwicala lokuhamba komoya. Ukuhamba komoya kwenza ukuhamba kwe-laminar ngaphakathi kwevili xa udlula kuyo.

Xa ivili lijikeleza, uthuli aluyi kuqokelelana kwitshaneli kuba umoya wangaphandle kunye nomoya wokuphuma uhamba ngokulandelelana kwiitshaneli ukusuka kumacala amabini. Oku kubizwa ngokuzicoca.

Inkqubo yokutywina kabini

Inkqubo ekhethekileyo yokutywinwa kabini ifakwe malunga ne-rotor periphery kunye ne-beam ephakathi. Izinto zokutywina zithambile kwaye zixinene kwi-friction encinci kunye nobomi obude benkonzo.

Hlanza iCandelo

Ngenxa yesakhiwo se-rotary heat exchanger, umoya wangaphandle kunye nokukhupha umoya uya kuxubana. Ngokwesantya somoya, isantya sokujikeleza kwevili kunye nesalathiso, icandelo lokucoca lifakelwe ukunqanda umoya wokukhupha ukuba ungangeni emoyeni wangaphandle. Icandelo lokucoca lenza ukuba iqhekeza elincinci lomoya wangaphandle livuthele umva umoya wokukhupha kwimingxuma ye-alveolate ecaleni kwayo. Umlinganiselo omncinci woxinzelelo lwe-200Pa phakathi kwecala lomoya wangaphandle kunye necala lomoya wokukhupha liyafuneka ukuze kuqinisekiswe ukucoca okusebenzayo. Ngayo yonke imiqathango enikeziweyo, icandelo linokuqinisekisa ukuvuza ngaphantsi kwe-0.3% ukusuka kumoya wokukhupha umoya ukuya kumoya wangaphandle.

Ukuma kweFan kunye nevili

Umphumo wokucoca wecandelo lokucoca ubotshelelwe kunye nesikhundla se-fan kunye nokwahlukana koxinzelelo lwe-static phakathi kwecala lomoya wangaphandle kunye necala lokukhupha umoya. Xa umehluko woxinzelelo ungaphantsi kwe-200pa, umphumo wokucoca awuqinisekiswanga.

Ukuthwala kunye nokuthambisa

I-hub yevili ixhotyiswe ngebhola ye-lubricated yexesha lobomi okanye i-roller bearing, kunye nezigqubuthelo kumacala omabini. Akukho londolozo olufunekayo phantsi kokusetyenziswa okuqhelekileyo.

Iindidi zoFakelo kunye neSimo seMotor

I-motor ifakwe kwikona ye-rotary heat exchanger, indawo yekona iphawulwe ukusuka kwi-no. 1 ukuya ku-4, kunye nezithuba zeemoto ozikhethayo.

Usetyenziso

Umtshintshi wokushisa ojikelezayo unokwakhiwa kwiyunithi yokuphatha umoya (AHU) njengenxalenye ephambili yecandelo lokubuyisela ubushushu. Ngokwesiqhelo iphaneli yecala yecasing yotshintshiselwano ayiyomfuneko, ngaphandle kokuba i-bypass imiselwe kwi-AHU.

Iyakwazi ukufakwa kwimigudu ye-ventilation system njengenxalenye ephambili yecandelo lokubuyisela ubushushu, elixhunywe yi-flange. Kule meko, iphaneli yecala le-exchanger iyimfuneko ukukhusela ukuvuza.

Idatha yoBugcisa

Iiparamitha zobuGcisa Imilinganiselo

Iiparamitha 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

Imilinganiselo

Iinkcukacha	A mm	B mm	B1 mm	F mm	D mm	Amandla Kw	I-Voltage	NWKg Uhlobo oluphezulu/ekunene-ekhohlo
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