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Table of Contents
Summary of Contents for Ferrovac DRVRMOTL
- Page 1 DRVRMOTL Motorized Linear Drive DRVRMOTLR Motorized Linear and Rotary Drive DRVRMOTLRR Motorized Linear and Double Rotary Drive Instruction Manual Revision B 05.MAY 2023 Thurgauerstr. 72, CH-8050 Zürich, Switzerland TEL. +41 44 273 16 38, FAX. +41 44 273 16 30 www.ferrovac.com,...
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Page 2: Warranty
Neither the company Ferrovac GmbH nor any of its employees shall be liable for any direct, indirect, incidental, consequential or special damages arising out of the use of its products, even if the company Ferrovac GmbH has been advised in advance of the possibility of such damages. Such excluded damages shall include but are not limited to: Costs of removal and installation, losses sustained as the result of injury to any person, or damage to property. -
Page 3: Table Of Contents
DRVRM Technical Reference Manual Content ARRANTY ARRANTY IMITATIONS OPYRIGHT CONTENT ERMS AND YMBOLS NORMAL USE 1. INTRODUCTION 1.1. DRVRMOTL 1.2. DRVRMOTLR 1.3. DRVRMOTLRR 2. UNPACKING AND INSPECTION 3. OVERVIEW 3.1. N OMENCLATURE 3.2. H & A ANDLING DJUSTING F THE... -
Page 4: Terms And Symbols
The information in this document represents the state of the product at the date of print. Technical changes may be made without notice. Ferrovac GmbH makes no warranties or representations with respect to accuracy or completeness of the contents of this publication. Figures and photos are not binding. -
Page 5: Introduction
Check for any visible damage of the package, manipulator and accessories. Compare the contents of the package with the delivery note. Any damage or missing items must be reported to Ferrovac within 48 hours after delivery. -
Page 6: Overview
Never bend the tube nor the shaft. 3. Overview The main purpose of RM40, RMD40, RMDG40 and GMD40 sample transporters with motorization is to transfer samples over longer distances. Fig. 1; Sample Transporter with Linear Motorization RM40-XXXX-YYYY-DRVRMOTL 6/14 May 23 REV B... - Page 7 DRVRM Technical Reference Manual Fig. 2; Single Rotation & Linear Sample Transporter Motorization DRVRMOTLR Fig. 3; Double Rotation & Linear Sample Transporter DRVRMOTLRR 7/14 May 23 REV B...
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Page 8: Nomenclature
DRVRM Technical Reference Manual 3.1. Nomenclature The main parts of the linear motorization DRVRMOTL are named as follows: Fig. 4; DRVRMOTL Nomenclature 8/14 May 23 REV B... -
Page 9: Handling & Adjusting Of The Limit Switches
3.2. Handling & Adjusting Of the Limit Switches 3.2.1. Front Limit Switch All motorizations for Ferrovac sample transporters have an adjustable limit switch, with which you can define your max. extended length of the sample transporter. Undo the small screw on the side of the limit switch housing to adjust it’s position. -
Page 10: Rear Limit Switch
3 grub screws (3 screws/position). Fig. 7; Rot. Limit Switch DRVRMOTLR For the DRVRMOTL & DRVRMOTLR motorizations, the switches can also be connected as "normal open". However, it is highly recommended to connect as "normal closed"! - Page 11 To open or close your pincer, motor 1 must rotate and motor 2 holds it’s position. CAUTION: The rotation limit switches are only electric and don’t function as as a mechanical limit stop! Ferrovac rejects all liability in case of incorrect use or adjustment. 11/14...
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Page 12: Mounting
DRVRM Technical Reference Manual Setup and Installation 3.3. Mounting In delicate situations, the mounting procedure exposes the sample transporter and the motorization to the risk of being damaged. Please follow the warning notes and the illustrated instructions. CAUTION! Always use powder-free examination gloves during mounting to avoid contamination. ... -
Page 13: Bakeout
DRVRM Technical Reference Manual Fig. 10; Tube support TSRMBD for motorized Sample Transporter 3.5. Bakeout The motorization is not bakeable! Follow the following steps to remove it: 1. Remove the two screws on the left and right side on the guide carriage. 2. -
Page 14: Problem Solving
DRVRM Technical Reference Manual All UHV sample transporters (including the RM40), without motorization, are bakeable up to 150°C. Do not remove the magnetic coupling for the bakeout procedure. In order to minimize formation of residual gas, it is helpful to move the coupling back and forth during cooldown of the UHV system after bakeout.
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