V-508 PIMag® Precision Linear Stage

Versatile options for adapting to requirements

V-508 PIMag® Precision Linear Stage
Product Description Specifications Downloads Quote / Order

Flexible adaption

The construction allows flexible adaption to the requirements. Technically sophisticated and cost-critical applications can be equally served with different travel ranges, drives, and measuring systems. XY assemblies are also possible

PIMag® linear motor

Linear motors are electromagnetic direct drives. They dispense with mechanical components in the drivetrain and transfer the drive force directly and friction-free to the motion platform. The drives reach high velocities and accelerations.

Ironless motors are particularly suitable for positioning tasks with the highest demands on precision because there is no undesirable interaction with the permanent magnets. This allows smooth running even at the lowest velocities and at the same time, there is no vibration at high velocities. Nonlinearity in control behavior is avoided and any position can be controlled easily. The drive force can be set freely.

Iron core motors are used when forces and accelerations need to be achieved in a limited installation space. The design with iron cores maximizes the magnetic forces and ensures high thermal stability of the drive.

PIMag®

PI develops proprietary magnetic motors if positioning systems need to achieve specific performance characteristics that cannot be reached by using drive components currently available on the market, for example, to achieve a high force density or a compact design. The motors developed by PI are identified by the PIMag® brand name.

Crossed roller guide

With crossed roller guides, the point contact of the balls in ball guides is replaced by line contact of the hardened rollers. Consequently, they are considerably stiffer and need less preload, which reduces friction and allows smoother running. Crossed roller guides are also distinguished by high guiding accuracy and load capacity. Force-guided rolling element cages prevent cage creep.

Direct position measuring

Position measuring is performed with the highest accuracy directly at the motion platform so that nonlinearity, mechanical play, or elastic deformation have no influence on position measuring.

Application fields

Industry and research. Measuring technology, photonics and precision scanning in semiconductor or medicine technology

Specifications

Datasheet

Datasheet V-508

Version / Date
2021-12-02
pdf - 733 KB
Version / Date
2021-12-02
pdf - 724 KB
Version / Date
2021-01-14
pdf - 519 KB

Downloads

Datasheet

Datasheet

Datasheet V-508

Version / Date
2021-12-02
pdf - 733 KB
Version / Date
2021-12-02
pdf - 724 KB
Version / Date
2021-01-14
pdf - 519 KB

Documentation

Documentation

User Manual MP169E

PIMag® precision linear stage

Version / Date
2020-01-21
pdf - 1 MB
English
Documentation

Short Instructions MP163EK

Positioners with Magnetic Linear Motor: V-308 / V-408 / V-508 / V-52x / V-551 / V-610 / V-73x / V-741

Version / Date
4.0.0 12/2020
pdf - 829 KB
Version / Date
4.0.0 12/2020
pdf - 858 KB

3-D Models

3-D Models

V-508 3-D model

zip - 2 MB

Animated 3-D Models

Animated 3-D Models

Animated 3-D Model V-508.231020

zip - 814 KB

Ask for a free quote on quantities required, prices, and lead times or describe your desired modification. All products available online can be ordered directly.

V-508.231020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 80 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.232020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 80 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

V-508.251020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 80 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.252020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 80 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

V-508.631020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 170 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.632020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 170 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

V-508.651020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 170 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.652020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 170 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

V-508.931020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 250 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.932020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 250 mm Stellweg, 100 N Belastbarkeit, inkrementeller Linearencoder mit sin/cos-Signalübertragung, 80 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

V-508.951020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 250 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenloser 3-Phasen-Linearmotor, 48 V

V-508.952020

PIMag® Präzisions-Lineartisch, 80 mm × 25 mm Querschnitt, 250 mm Stellweg, 100 N Belastbarkeit, PIOne Linearencoder mit sin/cos-Signalübertragung, 2 µm Sensorsignalperiode, eisenbehafteter 3-Phasen-Linearmotor, 48 V

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