HighDynamic® Linear Motor Modules & Guides

www.highdynamic.de

Overview

HighDynamic® stands for high-dynamic opertating data.

HighDynamic® our standard product, is a construction kit of linear modules and axes with integrated linear drives. Available in three sizes, it's design focus is on low moving masses, maximum possible stiffness, modularity and low expenses. The specified standard values for continuous opperations are 5 m/s and 150 m/s².


Applications:

  • mounting
  • handling
  • punching
  • cutting
  • thrusting
  • bending
  • mating
  • pressing
  • braking
  • sealing
  • tearing
  • printing
  • embossing
  • metering
  • filling
  • shaking
  • vibrating
  • sucking
  • compressing
  • condensing
  • decompressing
  • adjusting
  • feeding
  • discharging
  • pushing
  • inserting
  • ejecting
  • battering
  • sorting out
  • stacking
  • unstacking
  • palletizing
  • depalletizing
  • sorting
  • rejecting
  • cheking
  • substituting pneumatics

HighDynamic® Linear Motor Modules HM01 - The Marathon Sprinters

Characteristics:

  • very low moving masses
  • very thin & torsion stiff construction
  • ideal for short stroke applications
  • LinMot® linear servo drives integrated
  • stroke up to 330 mm
  • peak force up to 1.024 N
  • max. speed up to 5 m/s
  • max. acceleration 150 m/s²
  • long operational life
  • poistioning repeatability +/- 0,05 mm
  • one-cable technology


Options:

  • custom stroke lengths up to 980 mm available on request
  • MagSpring® mounting for vertical applications
  • pneumatic brakes for vertical applications
  • wipers for rough environments
  • cooling fan
  • external measuring system for repeatability of +/- 0,001 mm
  • adaptor suitable for afag-, Schunk- & Sommer-gripper


> more options

HighDynamic® Linear Motor Guides HA02 - The Short Sprinters

Characteristics:

  • short overall length
  • very low moving masses
  • very thin & torsion stiff construction
  • ideal for short stroke applications
  • LinMot® linear servo drives integrated
  • stroke up to 1.870 mm
  • peak force up to 255 N
  • max. speed up to 5 m/s
  • max. acceleration 150 m/s²
  • long operational life
  • poistioning repeatability +/- 0,05 mm
  • one-cable technology


Options:

  • additional guides on one rail
  • reduced diameter sliders
  • wipers for rough environments
  • cooling fan
  • external measuring system for repeatability of +/- 0,001 mm


> more options

HighDynamic® Linear Motor Guides HA01 - The Long Distance Sprinters

Characteristics:

  • very low moving masses
  • very thin & stiff construction
  • ideal for short & long stroke applications
  • short overall length
  • LinMot® linear servo drives integrated
  • stroke up to 1.680 mm
  • peak force up to 585 N
  • max. speed up to 5 m/s
  • max. acceleration 150 m/s²
  • long operational life
  • low expenses
  • poistioning repeatability +/- 0,05 mm
  • one-cable technology


Options:

  • additional guides on one rail
  • low mass sliders
  • wipers for rough environments
  • cooling fan
  • external measuring system for repeatability of +/- 0,001 mm


> more options

HighDynamic® Linear Motor Guides LA00 & LA01 - The Precision Sprinters

Characteristics:

  • very stiff & precise construction
  • ideal for short & long stroke applications
  • LinMot® linear servo drives integrated
  • stroke up to 1.680 mm available
  • peak force up to 585 N
  • max. speed 5 m/s
  • max. acceleration 100 m/s²
  • positioning repeatability +/- 0,05 mm
  • one-cable techology


Options:

  • additional guides on one rail
  • low mass sliders
  • wipers for rough environments
  • cooling fan
  • external measuring system for repeatability of +/- 0,001 mm


> more options

HighDynamic® Positioning Controller

For our HighDynamic® modules, we preferably use controllers out of the LinMot® range.

Characteristics:

  • 24 VDC logic supply
  • 48 - 72 VDC power supply
  • 8 - 32 A output current
  • selection of positioning tasks with freely definable motion profiles over I/O’s or fieldbusses
  • oscillating motion
  • analog position target 0 - 10 V
  • pulse & direction inputs
  • master-booster or gantry mode
  • master-encoder synchronization
  • streaming mode
  • input for external high-resolution positioning sensor
  • variable homing modes
  • Safe Torque Off (STO)
  • fieldbusses EtherCAT, POWERLINK, PROFINET, SERCOS III, TCP/IP, Profibus-DP, CANOpen, DeviceNet
  • licence-free configuration tool LinMot-Talk
  • controller configuration according to motor and application data

 

HighDynamic® - Download Center

Brochures & Data Sheets
> HighDynamic® overview
> HighDynamic® HM01 data sheet
> HighDynamic® HA02 data sheet
> HighDynamic® HA01 data sheet
> HighDynamic® LA00 & LA01 data sheet
> HighDynamic® options data sheet

VideoClips
> #31 - HighDynamic® modules & guides HM01 & HA01 demonstration
> #54 - HighDynamic® guides HA02 in multi actuator application
> #32 - X-Z-highhpeed Pick&Place out of the HighDynamic® kit
> #11 - HighDynamic® precise long stroke guides LA00 & LA01 demonstration
> #10 - HighDynamic® linear motor modules HM01-23 as product pusher in severe space
> #38 - HighDynamic® linear motor modules HM01-37 as product pusher with extensive stroke
> #12 - Mounting line with HighDynamic® HM01, HA01 & swivel module
> #51 - Oszillation testing on a racing ski with HM01
> Link - test of a toothbrush with HM01 HighDynamic® linear motor modul
> #40 - HighDynamic® module as product pusher with 500 min-1 cycles

Installation, Maintenance & EC Guidelines
> Installation guide, maintenance instructions & declaration of conformity - HM01
> Installation guide, maintenance instructions & declaration of conformity - HA01
> Installation guide, maintenance instructions & declaration of conformity - HA02
> Installation guide, maintenance instructions & declaration of conformity - LA00 & LA01
> Safety data sheet FDA grease for linear motors LU02
> Safety data sheet FDA grease for linear guides

Copyrights
Our texts, images, graphics, videos and sounds are subject to the protection of international copyright laws! For trademarks of others, see our copyrights.