Sick Stegmann Inc. in Dayton, OH, US (United States)

www.stegmann.com/product/part_index.html

Company Overview:

SICK | STEGMANN absolute and incremental encoders are used in servo drives and controls, (drive technology, electronic cams) in plant construction (conveying and warehousing technology, stage construction, navigation), and in machine construction (packaging machinery, machine tools, robots). These are only a few examples of the wide variety of applications for SICK | STEGMANN products. One thing is common to them all: they are always focused on the needs of the customer. "Patent solutions". Expanding shafts, clamping ring and flange, and automatic light control in incremental encoders, the SSI interface for absolute encoders and HIPERFACE, the universal interface for modern servo drives, are just a few examples of the large number of SICK | STEGMANN product innovations which have been patented. Whether you choose standard solutions or an individual approach, our product range will have what is right for you.


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Contact Details

Address:7496 Webster Street, Dayton, OH, 45414, United States
Telephone:(937) 454-1956
Fax:(937) 454-1955
 
 
 

Pages on Sick Stegmann Inc.'s website :

Before, three feedback sensors were needed: for commutation, positioning and speed regulation. Today one motor feedback system with HIPERFACE® fills all these functions. 

Market: Foundry/steel making equipment Product: AG626 multi-turn absolute A company which produces control systems for applications within the steel mill and foundry industries decided to standardize on the rugged AG626 multi-turn absolute encoder for their feedback device. 

Market: Foundry/steel making equipment Product: ATM60-A multi-turn absolute A company which produces control systems for applications within the steel mill and foundry industries decided to standardize on the rugged ATM60-A multi-turn absolute encoder for their feedback device. 

Motor Drives Encoders are incorporated in motor drive control systems to provide closed loop feedback for a wide variety of position or velocity controlled applications. Incremental encoders are the dominant choice due to the wide acceptance of TTL type pulse trains. 

Resolution: 13 bits per turn x 8,192 turn (26 bit max), programmable Diameter Size: 60mm Interface: DeviceNet specification release 2.0 Supply Voltage: 10... 

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