Pemasok Panggung Putar Berongga Terbaik, Pabrik

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01020304tanggal 05

tahap-berputar-berongga-1 Tahap Putar Berongga

Poros masuk terintegrasi, kekakuan menahan beban tinggi, tidak ada risiko tergelincir

Konstruksi bagian standar, mengurangi jam desain, integrasi gratis arah instalasi, penghematan kabel 50%, menghemat ruang peralatan, platform berputar berongga berdiameter besar dapat didistribusikan secara singkat, respons sensitif perpipaan, pemosisian waktu singkat, kecepatan rendah tetap mempertahankan getaran rendah, tidak ada getaran mikro, tidak ada penyesuaian penguatan

Presisi tinggi, getaran rendah, gambar lebih jernih

（Dukungan kustomisasi, hubungi kami）

Model	Ukuran/mm	Rasio reduksi	Jenis motor	Diameter poros (Ø)	Torsi keluaran (N·m)	Beban aksial maksimum	Gaya radial (N·m)	Kecepatan keluaran (rpm)	Akurasi posisi	Akurasi pengulangan (arc-s)

YKW60F-10A1	60	10	Motor stepper loop terbuka terintegrasi 42	28	5	Berat (kg)	5	120	≤3	≤±15
YKW60F-10A2	60	10	Motor stepper loop tertutup 42 inkremental terintegrasi	28	5	10	5	120	≤3	≤±15
YKW60F-10A3	60	10	Motor stepper absolut 42 terintegrasi	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	Motor stepper loop terbuka terintegrasi 42	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A2	85	18	Motor stepper loop tertutup 42 inkremental terintegrasi	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A3	85	18	Motor stepper absolut 42 terintegrasi	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	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	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	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	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	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	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	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	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