Pi bon Founisè Etap Wotasyon Kreyèl, Faktori

Kategori pwodwi yo

Pwodwi ki prezante yo

Modil Rotary 2D YKDR40 High-Torque pou Mouvman Aks AB Robotik

Modil Rotary 2D Presizyon Aks AB YKDR30 – Sistèm Stepper Doub Aks Konpak

Platfòm aliyman XXY ki gen gwo presizyon YK-XXY200170P-5-32105

Transporteur senti plat Kaifull PD ki mache ak sant | Pouvwa balanse pou manyen presi (sètifye ISO/CE)

Transporteur senti plat Kaifull PD ak limyè dèyè, ak tèt limen | LED entegre pou enspeksyon presizyon (sètifye ISO/CE)

Transporteur senti ak motè entegre | Kaifull PQ Golden Anodized ISO/CE

Transporteur senti plat ki mache nan sant | Kaifull PG Personnalisable Sètifye ISO/CE

Transporteur senti konplè ak tèt | Sètifye PF ISO/CE, vitès ba

Transporteur senti plat ak tèt PE | Sistèm personnalisable plizyè puisans (sètifye ISO/CE)

Transporteur senti plat QH doub ranje ak kondwi santral | Sistèm doub tras personnalisable (sètifye ISO/CE)

0102030405

etap-wotasyon-kre-1 Etap wotasyon kre

Arbr antre entegre, gwo rijidite pou pote chay, pa gen risk pou glise

Konstriksyon pati estanda yo, diminye kantite èdtan konsepsyon, entegrasyon lib direksyon enstalasyon, ekonomize fil elektrik 50%, ekonomize espas ekipman, gwo dyamèt platfòm wotasyon kre ka distribye yon ti tan, repons sansib tiyo, pozisyone kout tan, vitès ki ba toujou kenbe yon ti vibrasyon, pa gen mikwo-vibrasyon, pa gen ajisteman genyen.

Segondè presizyon, ba vibrasyon, imaj pi klè

(Sipò pou pèsonalizasyon, kontakte nou)

Modèl	Gwosè/mm	Rapò rediksyon	Kalite motè	Dyamèt aks (Ø)	Koupl pwodiksyon (N·m)	Chaj axial maksimòm	Fòs radyal (N·m)	Vitès pwodiksyon (rpm)	Presizyon pozisyonman	Presizyon repetisyon (ark-s)

YKW60F-10A1	60	10	Motè stepper entegre 42 bouk ouvè	28	5	Pwa (kg)	5	120	≤3	≤±15
YKW60F-10A2	60	10	Motè stepper entegre 42 ogmantasyon bouk fèmen	28	5	10	5	120	≤3	≤±15
YKW60F-10A3	60	10	Motè stepper absoli 42 entegre	28	5	10	5	120	≤3	≤±15
YKW60K-5T1	60	5	φ=8, PCD=φ43.8, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10T1	60	10	φ=8, PCD=φ43.8, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5T2	60	5	φ=8, PCD=φ48, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10T2	60	10	φ=8, PCD=φ48, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5V1	60	5	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10V1	60	10	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-15V1	60	15	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5V2	60	5	φ=8, PCD=φ46, M=M4	28	5	10	5	200	≤3	≤±15
YKW60K-10V2	60	10	φ=8, PCD=φ46, M=M4	28	5	10	5	200	≤3	≤±15
YKW60R-15T1	60	15	φ=8, PCD=φ43.8, M=M3	28	5	10	5	200	≤8	≤±30
YKW60R-10V1	60	10	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤3	≤±15
YKW60R-15V1	60	15	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤8	≤±30
YKW60R-10V2	60	10	φ=8, PCD=φ46, M=M4	28	5	10	5	200	≤3	≤±15
YKW60R-15V2	60	15	φ=8, PCD=φ46, M=M4	28	5	10	5	200	≤8	≤±30
YKW60P-20T1	60	20	φ=8, PCD=φ43.8, M=M3	28	5	10	5	200	≤5	≤±15
YKW60P-20V1	60	20	φ=8, PCD=φ45, M=M3	28	5	10	5	200	≤5	≤±15
YKW85F-18A1	85	18 an	Motè stepper entegre 42 bouk ouvè	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A2	85	18 an	Motè stepper entegre 42 ogmantasyon bouk fèmen	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A3	85	18 an	Motè stepper absoli 42 entegre	33	3.2	20	10	200	≤3	≤±15
YKW85K-10T1	85	10	φ=8, PCD=φ66.67, M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-5T2	85	5	φ=14, PCD=φ70, M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-10T2	85	10	φ=14, PCD=φ70, M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-5V1	85	5	φ=14, PCD=φ70, M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-10V1	85	10	φ=14, PCD=φ70, M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-15V1	85	15	φ=14, PCD=φ70, M=M4	33	20	30	20	200	≤8	≤±30
YKW85K-50V1	85	50	φ=14, PCD=φ70, M=M4	33	10	30	20	200	≤8	≤±30
YKW85K-5V2	85	5	φ=14, PCD=φ70, M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-10V2	85	10	φ=14, PCD=φ70, M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-15V2	85	15	φ=14, PCD=φ70, M=M5	33	20	30	20	200	≤8	≤±30
YKW85K-50V2	85	50	φ=14, PCD=φ70, M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-15T1	85	15	φ=8, PCD=φ66.67, M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-15T2	85	15	φ=14, PCD=φ70, M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-15V1	85	15	φ=14, PCD=φ70, M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-20V1	85	20	φ=14, PCD=φ70, M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-15V2	85	15	φ=14, PCD=φ70, M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-20V2	85	20	φ=14, PCD=φ70, M=M5	33	10	30	20	200	≤8	≤±30
YKW85P-20T2	85	20	φ=14, PCD=φ70, M=M5	33	12	30	30	200	≤5	≤±20
YKW85P-20V1	85	20	φ=14, PCD=φ70, M=M4	33	12	30	30	200	≤5	≤±20
YKW130K-10T1	130	10	φ=8, PCD=φ66.67, M=M4	62	45	100	60	200	3	≤±15
YKW130K-18T1	130	18 an	φ=8, PCD=φ66.67, M=M4	62	20	100	60	200	3	≤±15
YKW130K-10T2	130	10	φ=14, PCD=φ70, M=M5	62	45	100	60	200	3	≤±15
YKW130K-18T2	130	18 an	φ=14, PCD=φ70, M=M5	62	20	100	60	200	3	≤±15
YKW130K-30T2	130	30	φ=14, PCD=φ70, M=M5	62	45	100	60	200	8	≤±30
YKW130K-10V1	130	10	φ=14, PCD=φ70, M=M4	62	45	100	60	200	3	≤±15
YKW130K-18V1	130	18 an	φ=14, PCD=φ70, M=M4	62	20	100	60	200	3	≤±15
YKW130K-30V1	130	30	φ=14, PCD=φ70, M=M4	62	45	100	60	200	8	≤±30
YKW130K-50V1	130	50	φ=14, PCD=φ70, M=M4	62	45	100	60	200	8	≤±30
YKW130K-10V2	130	10	φ=14, PCD=φ70, M=M5	62	45	100	60	200	3	≤±15
YKW130K-18V2	130	18 an	φ=14, PCD=φ70, M=M5	62	20	100	60	200	3	≤±15
YKW130K-30V2	130	30	φ=14, PCD=φ70, M=M5	62	45	100	60	200	8	≤±30
YKW130K-50V2	130	50	φ=14, PCD=φ70, M=M5	62	45	100	60	200	8	≤±30
YKW130R-18T1	130	18 an	φ=8, PCD=φ66.67, M=M4	62	20	100	60	200	8	≤±30
YKW130R-30T1	130	30	φ=8, PCD=φ66.67, M=M4	62	45	100	60	200	8	≤±30
YKW130R-18T2	130	18 an	φ=14, PCD=φ70, M=M5	62	20	100	60	200	8	≤±30
YKW130R-30T2	130	30	φ=14, PCD=φ70, M=M5	62	45	100	60	200	8	≤±30
YKW130R-18V1	130	18 an	φ=14, PCD=φ70, M=M4	62	20	100	60	200	8	≤±30
YKW130R-30V1	130	30	φ=14, PCD=φ70, M=M4	62	45	100	60	200	8	≤±30
YKW130R-50V1	130	50	φ=14, PCD=φ70, M=M4	62	45	100	60	200	8	≤±30
YKW130R-18V2	130	18 an	φ=14, PCD=φ70, M=M5	62	20	100	60	200	8	≤±30
YKW130R-30V2	130	30	φ=14, PCD=φ70, M=M5	62	45	100	60	200	8	≤±30