NBK Japan MJC-14CS-EWH 1/8" inch to 6.35mm Jaw-type Flexible Coupling
Regular price
$120.00
Sale price$250.00you save $130.00
NBK Japan MJC-14CS-EWH Jaw-Type Flexible Coupling, 1/8 in to 6.35 mm, Stainless Steel
✔️ 1/8 in to 6.35 mm bore conversion; stainless steel jaw-type; tight fit for zero-backlash at low torque; accepts eccentricity and angular misalignment; made in Japan.
✅ Bore 2 diameter: 6.35 mm (0.250 in)
✅ Length: 22 mm (0.87 in)
✅ Outer diameter: 14 mm (0.551 in)
✅ Material: Stainless steel
✅ Tight fit enables zero-backlash at low torque
✅ Allows eccentricity and angular misalignment with minimal end-play
✅ Electrical insulation
✅ Origin: Made in Japan
✅ Quantity: 1 unit
💡 What is a jaw-type flexible coupling used for in small drive systems? In short, it transfers torque between shafts with some misalignment while damping vibration. - Transfers torque between slightly misaligned shafts in compact drives - Compensates for angular and parallel misalignment with handy flexibility - Delivers near zero backlash at low torque for precise motion - Stainless steel construction with electrical insulation for reliability This handy coupling keeps drive systems accurate and reliable in real-world applications.
✔️ 1/8 in to 6.35 mm bore conversion; stainless steel jaw-type; tight fit for zero-backlash at low torque; accepts eccentricity and angular misalignment; made in Japan.
This NBK Japan MJC-14CS-EWH is a jaw-type flexible coupling designed to connect two shafts with small misalignments. It's ideal for compact automation, servo motor drives, and precision machinery where smooth torque transmission and electrical insulation matter.
✅ Bore 1 diameter: 1/8 in (3.175 mm)✅ Bore 2 diameter: 6.35 mm (0.250 in)
✅ Length: 22 mm (0.87 in)
✅ Outer diameter: 14 mm (0.551 in)
✅ Material: Stainless steel
✅ Tight fit enables zero-backlash at low torque
✅ Allows eccentricity and angular misalignment with minimal end-play
✅ Electrical insulation
✅ Origin: Made in Japan
✅ Quantity: 1 unit
💡 What is a jaw-type flexible coupling used for in small drive systems? In short, it transfers torque between shafts with some misalignment while damping vibration. - Transfers torque between slightly misaligned shafts in compact drives - Compensates for angular and parallel misalignment with handy flexibility - Delivers near zero backlash at low torque for precise motion - Stainless steel construction with electrical insulation for reliability This handy coupling keeps drive systems accurate and reliable in real-world applications.