# Abmessungen

## Aussenmasse

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| LINAX® Lxs F60   | L \[mm] |
| ---------------- | ------- |
| Lxs 160F60       | 290     |
| Lxs 200F60       | 330     |
| Lxs 320F60       | 450     |
| Lxs 400F60       | 530     |
| Lxs 520F60       | 650     |
| Lxs 600F60       | 730     |
| Lxs 800F60       | 930     |
| Lxs 1000F60      | 1130    |
| Lxs 1200F60      | 1330    |
| Lxs 1600F60      | 1730    |
| {% endcolumn %}  |         |
| {% endcolumns %} |         |

***

## Einbaumasse

| LINAX® Lxs F60 | Hub \[mm] | L \[mm] | A \[mm] | B \[mm] | Bohrmuster |
| -------------- | --------- | ------- | ------- | ------- | ---------- |
| Lxs 160F60S    | 160       | 290     | 240     | 200     | 1          |
| Lxs 200F60     | 200       | 330     | 240     | 200     | 2          |
| Lxs 320F60     | 320       | 450     | 400     | 360     | 1          |
| Lxs 400F60     | 400       | 530     | 480     | 440     | 1          |
| Lxs 520F60     | 520       | 650     | 560     | 520     | 2          |
| Lxs 600F60     | 600       | 730     | 640     | 600     | 2          |
| Lxs 800F60     | 800       | 930     | 880     | 840     | 1          |
| Lxs 1000F60    | 1'000     | 1'130   | 1'040   | 1'000   | 2          |
| Lxs 1200F60    | 1'200     | 1'330   | 1'280   | 1'240   | 1          |
| Lxs 1600F60    | 1'600     | 1'730   | 1'680   | 1'640   | 1          |

***

## Absolutposition & Nullposition

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#### Nullposition & mechanischer Endanschlag

Der mechanische Anschlag befindet sich etwa 1,5 mm von der Nullposition entfernt.
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#### Refetenzfahrt

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<figure><img src="https://raw.githubusercontent.com/JennyScience-AG/tech-images/main/LINAX_Abstandkodiert.png" alt=""><figcaption></figcaption></figure>
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Automatische Berechnung der Absolutposition durch überfahren von 2 abstandcodierte Referenzmarken.

Notwendiger, max. Fahrweg für Referenz:

* max 10mm beim optischen
* max 40mm beim magnetischen 160-600
* max 60mm beim magnetischen 800-1600

Die Fahrrichtung ist wählbar

Die Referenzfahrt muss nur einmal nach dem Einschalten der Logikspeisung (24V) aufgerufen werden. Die Absolutposition bleibt solange erhalten bis die Logikspeisung abgeschaltet wird. (XENAX® Servocontroller)
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