Compliance Device

Lateral Compliance Compensators

Lateral Compliance Compensators: L1X-063

  • Unique Compliance: Patent pending mechanism allows for X-Y lateral compliance and Z rotational compliance.
  • Direct Mounting: ISO robot flange pattern allows for direct mounting to many standard robot wrists in a compact body.
  • Flexible Configurations: Many options available, such as PNP or NPN sensing for locked (centered) and unlocked (floating) conditions, different boss sizes, and custom tool plate patterns.
Model Number: lateral-compliance-compensators-lcc

Product Features Specifications Documents & Downloads 3D CAD Models

Product Features

  • Unique Compliance: Patent pending mechanism allows for X-Y lateral compliance and Z rotational compliance.
  • Direct Mounting: ISO robot flange pattern allows for direct mounting to many standard robot wrists in a compact body.
  • Flexible Configurations: Many options available, such as PNP or NPN sensing for locked (centered) and unlocked (floating) conditions, different boss sizes, and custom tool plate patterns.
    Specification Value
    Compliance Motion Lateral
    Ambient Temperature Range -29 °C to 66 °C
    Lateral Compliance ±1.5 mm
    Locked Stiffness at Max Static Moment X/Y ±0.1° at ±110 Nm
    Locked Stiffness at Max Static Moment Z ±0.1° at ±8.5 Nm
    Max Horizontal Payload 20 lb Offset 4 in
    Max Lateral Force
    Max Moment X/Y
    Max Moment Z 1 Nm
    Max Vertical Payload 29.9 kg
    Nominal Operating Pressure 5.5 bar
    Positional Repeatability at Tool Interface ±0.025 mm
    Rated Life 1 million cycles
    Rotational Compliance ±10°
    Sensing Option Lock and Unlock
    Weight 2 lb
    Position Hold Option No
    Download Download Type Language
    Lateral Compliance Compensator, 63mm BC, No Boss, L, UL Sensor PNP Quick Disconnect, M5 Ports Drawings English
    LCC 063 Lateral Compliance Compensator Manual Manuals English
    Download Description
    LCC 63mm Mounting Pattern Lateral Compliance Compensator, 63mm BC

    Compatible Modules

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