Encoder Selection Guide

Product catalog summary

Overview

This document is a selection guide for various types of encoders provided by Precizika Metrology UAB, a Lithuanian company with over 50 years of experience in metrological equipment design and production. The guide covers rotary, linear, and angle encoders, highlighting their specifications and applications.

Encoder Types and Specifications

Rotary Encoders

The rotary encoders section includes various diameter sizes and configurations, indicated by multiple diameter (Ø) measurements ranging approximately from 5 mm to 128 mm. These encoders are designed for precise rotational position measurement and are suitable for integration into diverse industrial applications.

Linear Encoders

Linear encoders are detailed with dimensions and model references such as ML+100, ML+105, ML+110, ML+121, ML+138, ML+150, and ML+285. The sizes include lengths and diameters, for example, 84.2 mm, 32.2 mm, 25 mm, and diameters from 6 mm to 20 mm. These encoders provide accurate linear position feedback and are adaptable to various measurement lengths and installation requirements.

Angle Encoders

Angle encoders are noted for their capability to support interpolation factors up to x100, enabling high-resolution angular measurements. The document emphasizes the importance of investing in future-proof equipment and leveraging accumulated know-how to innovate and provide industry-defining solutions.

Company Profile and Expertise

Precizika Metrology UAB is located in Vilnius, Lithuania, and has a long-standing tradition in leadership for design and production of metrological equipment, including rotary, angle, linear encoders, and optical encoder gratings. The company has collaborated extensively with top-tier original equipment manufacturers (OEMs), focusing on listening to customer feedback and delivering innovative solutions to complex challenges.

The company prioritizes consistent supply of high-quality products and services that meet or exceed customer quality standards. This commitment drives continuous improvement and evolution to satisfy the dynamic needs of the industry.

Key Highlights and Recommendations

Rotary encoders are available in a wide range of sizes to fit various industrial applications.
Linear encoders come in multiple models with specific dimensional parameters to suit different measurement requirements.
Angle encoders support high interpolation factors, enhancing measurement resolution.
Investing in advanced, future-proof encoder technology is encouraged to maintain competitive advantage and innovation.
Precizika Metrology emphasizes collaboration with OEMs and responsiveness to market needs.
Quality assurance and continuous product improvement are central to the company’s mission.

Contact Information

Precizika Metrology UAB
Zirmunu str. 139, LT-09120 Vilnius, Lithuania
Email: [email protected]
Tel: +370 (5) 236 3683
Fax: +370 (5) 236 3609

Catalog excerpts

ENCODER SELECTION GUIDE

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| Rotary Encoders Rotary Encoders family is currently comprised of 14 distinct series', that range from 28 millimeter diameter encoders up to 102 millimeter ones. Depending on particular models, encoders can have up to 10.800 lines on disc, up to 21 bit singleturn resolution and up to 40 bit multiturn resolution. Different shaft type encoders are available depending on the preference of the customer. Cross section Number of lines1 Accuracy Shaft Output / resolution (arc.sec) type signals Solid shaft Solid shaft Solid shaft Hollow shaft Hollow shaft Solid shaft Solid shaft Solid/...

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| Linear Encoders Precizika Metrology manufactured linear encoders have up to 50 m measuring length and reach up to 0.1 pm resolution. Depending on desired specifications, linear encoders can have accuracy of up to 3 pm / measuring meter. The product range consists of photoelectric and magnetic linear encoders, which add up to 11 different series with particular sets of characteristics and features including reversible reading head, reproducible thermal behaviour, high temperature resistance just to name a few. Cross section Measuring Accuracy Output

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          –                     

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