I-ZLTECH 3phase 60mm Nema24 24V 100W/200W/300W/400W 3000RPM I-BLDC motor yomatshini wokushicilela

Inkcazelo emfutshane:

IMoto yoMbane ye-Brushless DC (i-BLDC) sisithuthuthu sombane esiqhutywa lubonelelo lwamandla ombane oluthe ngqo lwangoku kwaye lutshintshwe ngombane endaweni yeebhrashi ezifana neenjini ze-DC eziqhelekileyo.Iinjini ze-BLDC zithandwa kakhulu kuneenjini ze-DC eziqhelekileyo kule mihla, kodwa ukuphuhliswa kolu hlobo lweenjini kuye kwenzeka kuphela ukususela kwiminyaka yoo-1960 xa kwaphuhliswa i-semiconductor electronics.

Ukufana BLDC kunye neenjini zeDC

Zombini ezi ntlobo zeenjini ziquka i-stator enemagnethi esisigxina okanye iikhoyili ze-electromagnetic ngaphandle kunye ne-rotor ene-coil windings enokuthi inikwe amandla ngoku ngqo ngaphakathi.Xa i-motor inikwe amandla ngoku ngokuthe ngqo, intsimi yamagnetic iya kwenziwa ngaphakathi kwe-stator, mhlawumbi itsala okanye igxotha imagnethi kwi-rotor.Oku kubangela ukuba i-rotor iqalise ukujikeleza.

I-commutator iyadingeka ukugcina i-rotor ejikelezayo, kuba i-rotor iya kumisa xa ihambelana namandla amagnetic kwi-stator.I-commutator itshintsha ngokuqhubekayo i-DC yangoku kwi-windings, kwaye ngaloo ndlela itshintsha i-magnetic field.Ngale ndlela, i-rotor inokuqhubeka ijikeleza nje ukuba i-motor inamandla.

Umahluko BLDC kunye DC motors

Owona mahluko ubalaseleyo phakathi kwe-BLDC motor kunye ne-DC eqhelekileyo luhlobo lomhambisi.Imoto ye-DC isebenzisa iibrashi zekhabhoni kule njongo.Ukungalungi kwezi brashi kukuba zinxiba ngokukhawuleza.Yingakho ii-motor ze-BLDC zisebenzisa i-sensor - ngokuqhelekileyo ii-sensors zeHolo - ukulinganisa indawo ye-rotor kunye nebhodi yesekethe esebenza njengokutshintsha.Imilinganiselo yegalelo leenzwa zicutshungulwa yibhodi yesiphaluka echanekileyo ngokuchanekileyo ixesha elifanelekileyo lokuhamba njengoko i-rotor ijika.


Iinkcukacha zeMveliso

Iithegi zeMveliso

IMoto yoMbane ye-Brushless DC (i-BLDC) sisithuthuthu sombane esiqhutywa lubonelelo lwamandla ombane oluthe ngqo lwangoku kwaye lutshintshwe ngombane endaweni yeebhrashi ezifana neenjini ze-DC eziqhelekileyo.Iinjini ze-BLDC zithandwa kakhulu kuneenjini ze-DC eziqhelekileyo kule mihla, kodwa ukuphuhliswa kolu hlobo lweenjini kuye kwenzeka kuphela ukususela kwiminyaka yoo-1960 xa kwaphuhliswa i-semiconductor electronics.

Ukufana BLDC kunye neenjini zeDC

Zombini ezi ntlobo zeenjini ziquka i-stator enemagnethi esisigxina okanye iikhoyili ze-electromagnetic ngaphandle kunye ne-rotor ene-coil windings enokuthi inikwe amandla ngoku ngqo ngaphakathi.Xa i-motor inikwe amandla ngoku ngokuthe ngqo, intsimi yamagnetic iya kwenziwa ngaphakathi kwe-stator, mhlawumbi itsala okanye igxotha imagnethi kwi-rotor.Oku kubangela ukuba i-rotor iqalise ukujikeleza.

I-commutator iyadingeka ukugcina i-rotor ejikelezayo, kuba i-rotor iya kumisa xa ihambelana namandla amagnetic kwi-stator.I-commutator itshintsha ngokuqhubekayo i-DC yangoku kwi-windings, kwaye ngaloo ndlela itshintsha i-magnetic field.Ngale ndlela, i-rotor inokuqhubeka ijikeleza nje ukuba i-motor inamandla.

Umahluko BLDC kunye DC motors

Owona mahluko ubalaseleyo phakathi kwe-BLDC motor kunye ne-DC eqhelekileyo luhlobo lomhambisi.Imoto ye-DC isebenzisa iibrashi zekhabhoni kule njongo.Ukungalungi kwezi brashi kukuba zinxiba ngokukhawuleza.Yingakho ii-motor ze-BLDC zisebenzisa i-sensor - ngokuqhelekileyo ii-sensors zeHolo - ukulinganisa indawo ye-rotor kunye nebhodi yesekethe esebenza njengokutshintsha.Imilinganiselo yegalelo leenzwa zicutshungulwa yibhodi yesiphaluka echanekileyo ngokuchanekileyo ixesha elifanelekileyo lokuhamba njengoko i-rotor ijika.

Iiparamitha

Into I-ZL60DBL100 I-ZL60DBL200 I-ZL60DBL300 I-ZL60DBL400
Isigaba Isigaba sesi-3 Isigaba sesi-3 Isigaba sesi-3 Isigaba sesi-3
Ubungakanani Nema24 Nema24 Nema24 Nema24
Umbane (V) 24 24 48 48
Amandla alinganisiweyo (W) 100 200 300 400
Ikalwe ngoku (A) 5.5 11.5 8.3 12
Incopho yangoku (A) 16.5 34.5 25 36
I-Torque ekalisiweyo (Nm) 0.32 0.63 0.96 1.28
Incopho yeTorque (Nm) 1 1.9 3 3.84
Isantya esikaliwe (RPM) 3000 3000 3000 3000
Inani leePali (Izibini) 4 4 4 4
Ukuchasa (Ω) 0.22±10% 0.59±10% 0.24±10%
I-inductance (mH) 0.29±20% 0.73±20% 0.35±20%
Ke (RMS)(V/RPM) 4.2x10-3 4.2x10-3 8.3x10-3 8.5x10-3
I-Rotor Inertia (kg.cm²) 0.24 0.48 0.72 0.96
I-Torque Coefficient (Nm/A) 0.06 0.06 0.09 0.12
Shaft Diameter (mm) 8 8 14 14
Ubude beShaft (mm) 31 30 31 31
Ubude beMoto (mm) 78 100 120 142
Ubunzima (kg) 0.85 1.25 1.5 2.05
Ilungiselelwe i-BLDC Driver ZLDBL5010S ZLDBL5015 ZLDBL5010S ZLDBL5015

Ubungakanani

I-ZL60DBL100 I-ZL60DBL200 I-ZL60DBL300 I-ZL60DBL400

Isicelo

Isicelo

Ukupakisha

Ukupakisha

Isixhobo soMveliso kunye noHlolo

inkcazo yemveliso4

Isiqinisekiso kunye neSiqinisekiso

inkcazo yemveliso5

Iofisi kunye neFactory

inkcazo yemveliso6

Intsebenziswano

inkcazo yemveliso7


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