SCHNEEBERGER absolute measuring system SAM
狭いスペースでの精度 – SCHNEEBERGERの絶対測定システムSAMは、インダストリー4.0の新たな基準を打ち立てます。機械工学や医療技術における高精度アプリケーションに最適です。
シュネーベルガー社の絶対値測定システムSAMは、リニアガイドをインダストリー4.0のデジタルの世界に導きます。この革新的なソリューションは、ガイドと測定を単一システムに統合し、BiSS/SSIやアナログSin/Cosなど、複数のインターフェースを同時にサポートします。ガイドレールに直接レーザー刻印されたスケールにより、2µm以上の精度で正確かつ信頼性の高い位置測定が可能です。わずか9.9 x 5.0 x 1.1 mmのコンパクトなセンサーであるSAMは、MINIRAILサイズ5などの小型リニアガイドにも適合します。このプラグアンドプレイソリューションは時間とコストを削減し、機械工学や医療技術などの分野における精密なアプリケーションに最適です。
あなたのメリット：
- 最小の一体型アブソリュート測定システム
- プラグ・アンド・プレイ
- センサの内部 EEPROM に保存された較正済みパラメータ値
- 小型コネクタ付きセンサ
- 顧客ごとのフレキプリント設計
- オートキャリブレーション付き信号調整（オフセット、振幅、位相
- リニア分解能：100 nm
- 絶対位置精度：2 μm 未満（3シグマ
- センサ寸法：9.9 x 5.0 x 1.1 mm
- 特許出願中
- ガイドレールに直接レーザー加工された目盛り
あなたのためにカスタマイズされた 必要
FPC用スマートプラグ接続
世界最小の統合型アブソリュートセンサ
レーザーでスケールをガイドレールに固定
MINISAM
Frequently Asked Questions about the SAM Measuring System by SCHNEEBERGER
What are the advantages of the MINISAM measuring system?
MINISAM is an All-in-One solution and the smallest integrable measuring system for miniature guides. It is a Plug and Play system that is ready for use without the need for additional settings or adjustments.
Which interfaces does the SAM measuring system support?
The SAM measuring system offers five interface options: BiSS/SSI, ABZ, UVW, SPI, and analog Sin/Cos interfaces.
How does the SAM measuring system work?
The SAM measuring system operates optically. A central illumination LED sensor and two lensless optical encoder windows detect the absolute position using a Pseudo-Random Code (PRC). Additionally, an incremental encoder is used for the interpolation of high-resolution position data.
In which sizes of the MINIRAIL series can the SAM measuring system be integrated?
The SAM measuring system can be integrated into all MINIRAIL sizes and carriage types, ranging from size 5 to 42.
What does the abbreviation SAM stand for?
- S stands for SCHNEEBERGER
- A stands for Absolute
- M stands for Measuring System
S stands for SCHNEEBERGER A stands for Absolute M stands for Measuring System
The SAM system can either be connected via a flexprint to a connection board or directly to a controller. The flexprint can be customized by the customer. Depending on the application, the customer can decide whether a connection board is needed or not.
What are the advantages of the MINISAM measuring system? //
Which interfaces does the SAM measuring system support? //
How does the SAM measuring system work? //
In which sizes of the MINIRAIL series can the SAM measuring system be integrated? //
What does the abbreviation SAM stand for? //
S stands for SCHNEEBERGER A stands for Absolute M stands for Measuring System //
MINISAM is an All-in-One solution and the smallest integrable measuring system for miniature guides. It is a Plug and Play system that is ready for use without the need for additional settings or adjustments.
Which interfaces does the SAM measuring system support? //
The SAM measuring system offers five interface options: BiSS/SSI, ABZ, UVW, SPI, and analog Sin/Cos interfaces.
How does the SAM measuring system work? //
The SAM measuring system operates optically. A central illumination LED sensor and two lensless optical encoder windows detect the absolute position using a Pseudo-Random Code (PRC). Additionally, an incremental encoder is used for the interpolation of high-resolution position data.
In which sizes of the MINIRAIL series can the SAM measuring system be integrated? //
The SAM measuring system can be integrated into all MINIRAIL sizes and carriage types, ranging from size 5 to 42.
What does the abbreviation SAM stand for? //
- S stands for SCHNEEBERGER
- A stands for Absolute
- M stands for Measuring System
S stands for SCHNEEBERGER A stands for Absolute M stands for Measuring System //
The SAM system can either be connected via a flexprint to a connection board or directly to a controller. The flexprint can be customized by the customer. Depending on the application, the customer can decide whether a connection board is needed or not.
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SCHNEEBERGER Absolute Measuring System (SAM)
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