跳至内容

国家

LS D D27L40 8-Point Encoder Coupling – Double Loop Coupler

原价 €8,54 - 原价 €8,54
原价
€8,54
€8,54 - €8,54
现价 €8,54

LS-D-D27L40 8-Point Encoder Coupling – Double Loop Coupler, 27mm x 40mm

The LS-D-D27L40 8-Point Encoder Coupling is a high-performance coupling designed for encoder and CNC applications. This double loop coupler is engineered to provide secure and precise torque transmission while compensating for misalignments. The coupler's 8-point design, combined with a flexible double loop mechanism, ensures smooth operation in high-torque and high-speed environments.

Technical Specifications

Model Outer Diameter (mm/inch) Length (mm/inch) Customizable Hole Size (D1, D2) (mm/inch) Bolt Size Rated Torque (Nm) Max Torque (Nm) Max Speed (rpm) Weight (g/lbs)
LS-D-D27L40 27 mm / 1.06 in 40 mm / 1.57 in 4-11 mm / 0.16-0.43 in M4 0.3 Nm 0.6 Nm 3000 rpm 44 g / 0.1 lbs

Performance Data

Model Max Speed (rpm) Max Torque (Nm) Moment of Inertia (kg·m²) Permissible Parallel Misalignment (mm) Permissible Angular Misalignment (°) Weight (g/lbs)
LS-D-D27L40 3000 rpm 0.6 Nm 4.7 x 10⁻⁶ 2.5 mm 10° 44 g / 0.1 lbs

Features

  • 8-Point Encoder Coupling: Designed for high-torque encoder and CNC applications, ensuring precise torque transfer.
  • Double Loop Design: Compensates for misalignments and absorbs vibrations for smooth operation.
  • Customizable Hole Sizes: Tailored to fit shaft diameters from 4mm to 11mm (0.16-0.43 in) on both sides for flexible application.
  • High Precision: Supports speeds up to 3000 rpm while maintaining torque transmission accuracy.
  • Durable and Lightweight: Constructed from high-strength materials, the coupler weighs only 44 g (0.1 lbs), providing excellent performance without adding extra weight.

Keywords: 8-point encoder coupling, double loop coupler, CNC coupling, customizable shaft coupling, high-torque coupling, misalignment compensation, precision encoder coupler, high-speed torque transmission.

比较产品

{"one"=>"选择 2 或 3 个项目进行比较", "other"=>"已选择 {{ count }} 个项目,共 3 个项目"}

选择要比较的第一个项目

选择要比较的第二个项目

选择第三项进行比较

相比