Ìre Rotating Hollow

Roinnean-seòrsa bathar

Bathar sònraichte

Inneal-giùlain crios còmhnard air a stiùireadh le Ionad Sreath PH | Dealbhadh Anti-Meandering & Taic CAD

Inneal-giùlain crios còmhnard a ghabhas atharrachadh le ionad | Sreath PB le taic CAD airson fèin-ghluasad luath

Inneal-giùlain crios còmhnard air a stiùireadh le ionad | Sreath PN airson gluasad inneal gu stèisean-obrach

Inneal-giùlain slabhraidh plastaig dà-sreath air a stiùireadh le ceann | Sreath RA airson cunntadh tàmh-àirneisean & luchdachadh àrd-comas

Sensor crathaidh sreath A&F VTS M | Monitor ìre VC-B teann airson tagraidhean le cuingeachadh àite

Sensor crathaidh sreath A&F VTS BC | Sgrùdadh ìre VC-B & VC-C airson tagraidhean mionaideach

KST-28D18-02GCZ-70-0010 Motair Stepper Screw Lead - 0.06N·m a’ cumail Torc, stiùir 2mm, ceàrn ceum 1.8 ° airson fèin-ghluasad teann

KST-86D45-03LC-280-0002 Motair Stepper Screw Lead - 4N·m a’ cumail Torc, stiùir 3mm, ceàrn ceum 1.8 ° airson fèin-ghluasad trom-dhleastanas

KST-86D45-03GC-480-0003 Motair stepper sgriubha luaidhe - 3.5N·m a’ cumail Torc, stiùir 3mm, ceàrn ceum 1.8 ° airson fèin-ghluasad trom-dhleastanas

KST-57D33-10LC-300X-0015 Motair stepper sgriubha luaidhe - 1N·m a’ cumail Torc, stiùir 10mm, ceàrn ceum 1.8 ° airson fèin-ghluasad àrd-astar

0102030405

lag-rothlach-ìre-1 Ìre Rotating Hollow

Crann inntrigidh aonaichte, cruadalachd giùlan luchdan àrd, gun chunnart sleamhnachadh

Faodar pàirtean àbhaisteach a thogail, lughdachadh uairean dealbhaidh, amalachadh an-asgaidh de stiùireadh stàlaidh, sàbhaladh uèirleas 50%, sàbhaladh àite uidheamachd, àrd-ùrlar rothlach falamh le trast-thomhas mòr a chuairteachadh goirid, freagairt mothachail pìobaireachd, suidheachadh ùine ghoirid, astar ìosal fhathast a ’cumail crathadh ìosal, gun meanbh-chrith, gun atharrachadh buannachd

Àrd mionaideachd, crathadh ìosal, ìomhaigh nas soilleire

（Gnàthachadh taic, cuir fios thugainn）

Modail	Meud/mm	Co-mheas lughdachadh	Seòrsa motair	Trast-thomhas an t-seal (Ø)	Torc toraidh (N·m)	An luchd axial as àirde	Feachd radial (N·m)	Astar toraidh (rpm)	Cruinneas suidheachaidh	Dèan ath-aithris air cruinneas (arc-s)

YKW60F-10A1	60	10	Motor motair stepper lùb fosgailte 42 aonaichte	28	5	Cuideam (kg)	5	120	≤3	≤±15
YKW60F-10A2	60	10	Motor motair stepper lùb dùinte 42 àrdachadh aonaichte	28	5	10	5	120	≤3	≤±15
YKW60F-10A3	60	10	Motor motair stepper iomlan 42 aonaichte	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 motair stepper lùb fosgailte 42 aonaichte	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A2	85	18	Motor motair stepper lùb dùinte 42 àrdachadh aonaichte	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A3	85	18	Motor motair stepper iomlan 42 aonaichte	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