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Oldham type flexible couplings, with a choice of metric and inch sizes. The coupling body material is aluminum. Spacer material is polyurethane.
Part Number
Configured Part Number is shown.
Type | Material | Hardness | Surface Treatment |
---|---|---|---|
U-CPJC | Main Body: Aluminum Alloy, Sleeves: Polyurethane | Clear Anodizing | - |
Coupling Type | Disk Tye | With Slit Type | Oldham Type | Jaw Type | Bellows Type | Rigid Type | Universal Joints Type | Chain Couplings Type |
---|---|---|---|---|---|---|---|---|
Photo | ||||||||
Shaft Bore Dia | Ø2-60 mm | Ø1.5-35 mm | Ø1-47 mm | Ø3-60 mm | Ø0-62 mm | Ø3-35 mm | Ø1-60 mm | Ø14-55 mm |
Mortor Recommendation | *Servo Motor *Stepping Motors | *Servo Motor *Stepping Motors | *General Purpose Morter | *Stepping Motors *General Purpose Morter | *Stepping Motors | *Servo Motor *Stepping Motors | *Stepping Motors *General Purpose Morter | *General Purpose Morter |
Torque | 0.15-800 N·m | 0.05-35 N·m | 0.06-352 N·m | 0.31-1,350 N·m | 0.3-500 N·m | 0.3-206 N·m | 0.25-495 N·m | 100-2,372 N·m |
Zero Backlash | Excellent | Excellent | Inefficient | Inefficient | Good | Excellent | Inefficient | Inefficient |
Allowable Angular Misalignment | Good | Good | Excellent | Reasonable | Excellent | Inefficient | Excellent | Reasonable |
Allowable Lateral Misalignment | Reasonable | Reasonable | Excellent | Reasonable | Reasonable | Inefficient | Inefficient | Reasonable |
Axial Misalignment | Good | Reasonable | Good | Inefficient | Excellent | Inefficient | Inefficient | Inefficient |
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For more details on each type of coupling click here
CAD Data download and 3D preview are not available because the part number has not yet been determined.
Part Number |
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U-CPJC14-BL-L[0.19,5]-R[0.19,5] |
U-CPJC14-RD-L[0.19,5]-R[0.19,5] |
U-CPJC14-WH-L[0.19,5]-R[0.19,5] |
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Series Name | Jaw Type | Allowable Misalignment | Angular / Eccentricity / Axial | Application | Standard |
---|---|---|---|---|---|
Body Material | Aluminum Alloy | Category | Coupling Main Body | Allowable Angular Misalignment(deg) | 1 |
Allowable Lateral Misalignment Range(mm) | 0.02~0.2 | Operating Temperature(℃) | -20::60 |
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