C2-029.812.01.17.02.pdf

SiemensKropf Norbert

SOMATOM Definition AS

System

Installation Instructions

© Siemens, 20All documents may only bservices on Siemens Healdocument in electronic foonce. Copy and distributioments and hardcopies is will be liable for damages. served.

CT

07e used for renderingthcare Products. Anyrm may be printedn of electronic docu-prohibited. OffendersAll other rights are re-

2007

Print No.: C2-029.812.01.17.02Replaces: C2-029.812.01.16.02

ED

nglishoc. Gen. Date: 11.11

n.a.H IM CT SCM EN

Installation Instructions for SOMATOM Definition AS

© Siemens, 2007This document is valid for:SOMATOM Definition AS with 20/40/64/128 slice configu-rationSOMATOM Definition AS Mobile CT

0809802710190761

2 Copyright / Version / Disclaimer

1Copyright / Version / Disclaimer

Copyright

“© Siemens, 2007“ refers to the copyright of a Siemens entity such as Siemens Aktienge-sellschaft - Germany, Siemens Shenzhen Magnetic Resonance Ltd. - China, Siemens Shanghai Medical Equipment Ltd. - China, Siemens Medical Solutions USA Inc. - USA and/or Siemens Healthcare Diagnostics Inc. - USA.

Document Version

Siemens reserves the right to change its products and services at any time.

In addition, manuals are subject to change without notice. The hardcopy documents corre-spond to the version at the time of system delivery and/or printout. Versions to hardcopy documentation are not automatically distributed. Please contact your local Siemens office to order current version or refer to our website http://www.healthcare.siemens.com.

Disclaimer

Siemens provides this documentation “as is“ without the assumption of any liability under any theory of law.

The installation and service of equipment described herein requires superior understand-ing of our equipment and may only be performed by qualified personnel who are specially trained for such installation and/or service.

SOMATOM Definition AS C2-029.812.01.17.02 © Siemens, 200711.11 H IM CT SCM EN

Page 2 of 216

Table of Contents 3

0Table of Contents

1 _______ General information______________________________________________ 7

Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Preliminary steps for the installation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Preliminary steps for the customer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8General preliminary steps . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Auxiliary transport tool . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8Abbreviations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

Anchoring and packaging types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

Documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Contact address for updating the documentation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Standard delivery volume . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Safety information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Working with heavy loads . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Electrostatic discharge (ESD) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Protection against electrical accidents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16Information regarding radiation protection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

Persons and tools required to set up the components . . . . . . . . . . . . . . . . . . . . . . . . . . 18

Time required . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

Definition AS - Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20General information for mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21General Information for Definition AS with RTP . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

2 _______ PDC __________________________________________________________ 23

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Weights and dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Personnel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Service tools and equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Earthquake safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Unpacking the PDC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Checking for transport damage. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25Removing the PDC from the pallet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

Installing the PDC at its final location . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27In earthquake-prone areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27In all other areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Installing the UPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29

Definition AS Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35Weight and dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35Installing the mobile PDC cabinet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

3 _______ IRSmx2/3______________________________________________________ 44

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Weights and dimensions - IRSmx2b. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Weights and dimensions - IRSmx2c . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Weights and dimensions - IRSmx3b. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44

© Siemens, 2007 C2-029.812.01.17.02 SOMATOM Definition AS11.11 H IM CT SCM EN

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4 Table of Contents

Weights and dimensions - IRSmx3c . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Weights and dimensions - IRSmx3d . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Personnel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44Service tools and equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Unpacking the IRS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Checking for transport damage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Removing the IRS from the pallet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Assembling the IRS at its installation location. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48

Definition AS Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

4 _______ Gantry ________________________________________________________ 51

General information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51Weights and dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51Personnel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51Tools and auxiliary materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51Earthquake safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Unpacking the gantry . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53Checking for transport damage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Removing the gantry from the pallet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Assembling the gantry at its installation location. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59Removing the covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59In earthquake-prone areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71In all other areas . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74Removing the gantry transport frame . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75Removing the transport safety devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

Z-Laser Preparation (only for Definition AS with RTP) . . . . . . . . . . . . . . . . . . . . . . . . . . 81

Definition AS Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83

5 _______ PHS-1B _______________________________________________________ 87

General information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87Weights and dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87Personnel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87Tools required for installing the PHS-1B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87Drilling the Holes for Floor Mounting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88Positioning the PHS (Patient Table). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90Leveling the PHS-1B . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92Installing the Cable Trench and Cable Cover between the Gantry and PHS. . . . . . . 95Cable Routing below the Flooring without the Cable Trench . . . . . . . . . . . . . . . . . . . 96Establishing Electrical Connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97Installing the PHS Covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97Installing the Center Cover and Back Basin . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 98Installing the Base Cover, Bottom Arc Sheet and Electronics Cover. . . . . . . . . . . . . 98

6 _______ PHS2/3/4 (Patient Table) ________________________________________ 101

General information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101


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Table of Contents 5

Weights and dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101Personnel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101Tools and auxiliary materials. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101

Unpacking the patient table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103Checking for transport damage. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104Removing the patient table from the pallet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104

Assembling the patient table at its installation location . . . . . . . . . . . . . . . . . . . . . . . . 106

Removing the transport safety devices. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 116

Establishing electrical connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118

Installing the Covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121Installing the support brackets for the covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121Installing the upper cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122Attaching the covers for the hydraulic cylinder . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123Installing the electronics cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124

Definition AS Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126

7 _______ MPT and MPT2 (Patient Table) ___________________________________ 130

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130Weights and dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130Personnel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130Tools and auxiliary materials. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 130

Unpacking the patient table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132Checking for transport damage. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133Removing the patient table from the pallet . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

Assembling the patient table at its installation location (without the RTP option). . . . . 135

Assembling the patient table at its installation location (only with the RTP option) . . . 143

Removing the transport safety devices. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 157

Establishing electrical connections. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 158

Installing the Covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 160Important information for attachment of foot and top covers. . . . . . . . . . . . . . . . . . 161Attaching the covers for the hydraulic cylinder . . . . . . . . . . . . . . . . . . . . . . . . . . . . 164

8 _______ ICS/CTAWP and Control Box ____________________________________ 172

General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172Weights and dimensions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172Personnel . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172Tools and auxiliary materials. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172

Unpacking the ICS/CTAWP and control box. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 173Checking for transport damage. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 173

Transporting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 174

Assembling the ICS/CTAWP at its installation location. . . . . . . . . . . . . . . . . . . . . . . . . 175Unpacking and installing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 175

Definition AS Mobile CT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 178


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6 Table of Contents

9 _______ System Connections ___________________________________________ 179

General information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 179Personnel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 181Tools and auxiliary materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182Cable designations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182Cable routing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 182Bending radius. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 183

List of fix points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 184

Wiring diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187Voltage and protective conductor cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 187Control and data lines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 188

Connecting the components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189Cabling details for the Gantry . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 189Cabling details for the PHS2/3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 190Cabling details for the PDC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 191

10 ______ Cooling System _______________________________________________ 194

General information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194Personnel. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194Tools and auxiliary materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 194

Connecting the water hoses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 195Installing the hose connection pieces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 197Installing the gantry connectors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 198

Connecting the water hoses with W/A split cooling system . . . . . . . . . . . . . . . . . . . . . 199Installing the connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 200

Filling the cooling water circuit with on-site water supply . . . . . . . . . . . . . . . . . . . . . . . 201

Filling the secondary cooling water circuit with the 15kW W/A split cooling system. . . 202

Filling the secondary cooling water circuit with the 12kW and 17kW W/A split cooling sys-tem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 204

11 ______ Final Work Steps ______________________________________________ 206

Measuring the protective conductor resistance. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206General information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 206

Installing the Gantry Covers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 208

Cleaning the System. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 212

Disposing of the packing material . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 213

Installation Protocol. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 214

12 ______ Changes to previous version ____________________________________ 215

13 ______ Index ________________________________________________________ 216


Page 6 of 216

General information 7

1- 1General informationIntroduction 0

This document describes all steps necessary to install the Somatom Definition AS CT sys-tem.

Every system is subjected to extensive testing and adjustment at the factory in accordance with prescribed technical conditions and tolerances. It is delivered in the respective cus-tomer-specific configuration. All additional adjustments required are described in this doc-ument.

NOTE The packaging of each component includes a label whichrepresents the temperature gradient. It is mandatory that youread and adhere to the information on this label.


Page 7 of 216

8 General information

Preliminary steps for the installation 1.1

Preliminary steps for the customer 0

To guarantee the correct installation, ensure that all preliminary work specified in the Plan-ning Guide has been performed

Detailed information regarding room preparation, system transport, and other require-ments for the installation are presented in the following document:

The current version of this document is available only via the Siemens Intranet.

The document may be viewed on the CS home page:

https://intranet.medical.siemens.com/cs

The on-site project manager is responsible for all room and system-related preparations. The following prerequisites have to be met:

• Room construction has been completed and the room has been cleaned.

• Power and cold water connections are available.

• The internal resistance of the on-site power supply corresponds to the requirements in the planning guide.

• The radiation protection equipment has been installed and is fully functional (walls, doors, lead glass).

• The transport route for the system is known and there are no obstructions (dimensions, access, load).

General preliminary steps 0

• Only the preliminary steps listed in the Planning Guide are required.

Auxiliary transport tool 0

• If the gantry has to be moved in via crane, ensure that a crossbeam with an asymmetric or adjustable center of gravity is used.

• The transport frame for the Gantry has to be available.

Document name Print number

Planning Guide (PG) Definition AS

English version

C2-029.891.01.xx.02

Planning Guide (PG) Mobile CT

English version

C2-029.891.03.xx.02


Page 8 of 216


NOTE For countries outside Europe:

The transport frame for the Gantry is not included in thedelivery volume for every country. Depending on the coun-try-specific regulations, it may have to be ordered separatelyprior to system delivery.

Part Number: 10358000; Dept. CS ML (Service Tools)

NOTE Auxiliary tools for moving heavy loads (e.g. forklift, cablewinch, crane) must be available.

Abbreviations 0

Abbreviations Description

CT Computed Tomography System

ESD Electrostatic Sensitive Device

HV High Voltage

HW Hardware

SW Software

ICS Image Control System (Navigator/syngo Acquisition Workplace)

IES Image Evaluation System (Wizard/syngo CT Workplace)

IMS Image Measurement System

IRS Image Reconstruction System

LAN Local Area Network

PC Personal Computer

PD Power Distribution

PDC Power Distribution Cabinet

PG Planning Guide

PHS Patient Handling System

UPS Uninterruptible Power Supply

AWP Acquisition Workplace (Navigator, Image Control System)

CTWP CT Workplace (Wizard, Image Evaluation System)

MPT Multi Purpose Table


Page 9 of 216


Anchoring and packaging types 1.2

NOTE Adhere to all country-specific requirements and regulations.

In some areas (e.g., earthquake zones), the componentshave to be anchored to the floor. The anchoring materialshave to be provided by the on-site project manager.

NOTE Various packaging types are used depending on the destina-tion, the type of transport, or county-specific ordinances.

The table below provides an overview of the various packag-ing types.

The following description regarding the unpacking of components refers to the standard ocean and air cargo packaging.

Transport type Type of packaging

Delivered directly from the factory by truck (all European countries)

No wooden crates, all components on pallets, pink ESD film over all components

Air cargo in special air cargo contain-ers (e.g., North America)

No wooden crates, all components on pallets, pink ESD film over all components

Standard ocean or air cargo packag-ing (all other countries)

All components in wooden crates

If desired: components additionally protected by waterproof film in the wooden crates (e.g., tropical countries)

Ocean or air cargo for countries with specific quarantine regulations (e.g., Australia, New Zealand, Oceania)

All components in special wooden crates


Page 10 of 216


Documents 1.3

The blue "Technical Documentation" binder contains a complete overview regarding docu-ments included in the delivery volume as well as their print numbers.

The following documents are included in the delivery volume for the system:

• Technical documentation (blue binder)

Contains the installation instructions, instructions for the acceptance test, test instruc-tions, and safety information

• System Owner Manual

Contains customer and system-specific information.

• Operator Manual

Contains the operating instructions, patient planning, and CT logbook

• Operator Manual syngo CT Workplace

Contains the operating instructions

• Release Notes


Page 11 of 216


Contact address for updating the documentation 1.4

This document has been developed on the basis of all of our current knowledge and expe-rience to ensure a correct, problem-free installation.

To ensure the best possible quality, these instructions have been reviewed and released by qualified personnel from the respective work area.

Please contact us via the Email address below should you find typographical errors or unclear descriptions, or if you would like to make concrete suggestions for improvement or provide feedback:

Email: [email protected]


Page 12 of 216


Standard delivery volume 1.5

Tab. 1 Overview - standard assemblies

Component Description

Gantry and PHS The gantry is a standalone system. It contains a tube with an integrated HV generator. The gantry is either water cooled or air cooled through a fully integrated heat exchanger. If it is water cooled, the cold water supply is connected directly to the gantry.

The patient table contains telescope bars that are used to adjust the height. The table has to be anchored to the floor.

Fig. 1: Illustration: Gantry and patient table

Power Distribution Cabinet (PDC)

The PDC cabinet adapts the line voltage and distributes the supply voltages to the individual subsystems. It contains the stationary part of the generator and the Ethernet switches (internal and external). The UPS is installed in the PDC on-site.

The PDC for Mobile CT has a specially constructed base frame and additional bracings.

Fig. 2: Illustration: PDC cabinet


Page 13 of 216


Image Reconstruc-tion System

(Computer cabinet)

The image reconstruction system reconstructs images from the acquired data.

Fig. 3: Illustration: IRSmx2 tower

Image System (IMS) Components

The IMS contains the CTAWP (tower PC), the IRS (computer cabinet), a monitor, a keyboard, a mouse, and a control box.

PC keyboards may be ordered according to country-specific requirements.

ICS_PD

IES_PD

is a multiple socket outlet for the ICS or IES IT components and the optional digital video splitter (DVI). It is attached to the back of the operating console near the ICS or IES.

Monitor A 19" TFT flat screen color monitor is included in the delivery volume.

Additional information and images:

Refer to the CT Planning Guide, print no. CT00-000.891.01, Chapter “General Information”; ; “Monitor” column in the table.

Control box Is a console in addition to the standard keyboard of the IMS and includes all CT-specific operating elements. An intercom for communicating with the patient, ON/OFF functions, functional buttons and a radiation indicator are integrated.

Router / VPN Refer to the CT Planning Guide, print no. CT00-000.891.01, Chapter “General Information;” for additional information.



Page 14 of 216


Ethernet switch Two Ethernet switches are delivered with the CT system:

• internal switch for data transfer between the ICS, IRS, Gan-try, and the PDC

• external switch for data transfer between the Remote IES, DICOM cameras, and the network printers

The Ethernet switches are installed in the PDC cabinet.

UPS The UPS is included on the standard delivery volume of the CT system. The UPS is installed in the PDC cabinet on-site, and supplies the IMS, Ethernet switches, and parts of the control system with power for several minutes in case of power failure or other voltage problems.



Page 15 of 216


Safety information 1.6

NOTE Please adhere to the safety instructions in the documents(General Safety Notes TD00-000.860.01.xx.xx) and (Prod-uct-specific Safety Notes (Definition AS)C2-029.860.01.xx.xx).

Working with heavy loads 0

Protective clothing has to be worn for your own protection (safety boots, gloves, etc.).

NOTE Put on the protective clothing prior to working on the system.

Electrostatic discharge (ESD) 0

The components are delivered in a pink plastic film. The film protects against dirt and pre-vents electrostatic discharge. Some system components contain electrostatically-sensitive devices.

NOTEE Keep these components sheathed in plastic until they arerequired.

Wear an ESD arm band if you are going to touch electricalassemblies or parts.

Protection against electrical accidents 0

Switch off the main voltage at the installation location and ensure against accidental switch on:

• until you start up the system

• before parts or assemblies are replaced.

Beginning with "System Start-Up", power is required.


Page 16 of 216


WARNING [ hz_serdoc_F13G01U05M03 ]

Dangerous voltages are present when the system is switchedon. Dangerous voltages may be present even when the sys-tem is switched off due to capacity power.

Risk of electric shock!

Observe power-off instructions and discharge wait times (allow at least five minutes discharge time after the last scan for all involved HV and UDC/UPS parts).

Secure the system against unintended switch-on (e.g. block breaker and/or mark breaker against switch on).

Ensure via measurements that all voltages are switched off.

Connect the stationary and rotating parts of the gantry to a protective conductor prior to working in the gantry.

Information regarding radiation protection 0

Radiation can be released during the steps described under "System Start-up."

NOTEX All necessary radiation protection means should be in placeprior to releasing radiation.

All persons participating in system start-up have to wear adosimeter to record radiation exposure.


Page 17 of 216


Persons and tools required to set up the components 1.7

Please note that four people are required to transport the gantry. Refer also to (Personnel / p. 51)

The tools and auxiliary devices required to install the components are described with the respective component.


Page 18 of 216


Time required 1.8

Approx. 40 hours should be required for the steps described in the following chapters.


Page 19 of 216


Definition AS - Mobile CT 1.9

The SOMATOM Definition AS is also developed for installation and integration into a trailer. The mobile CT system consists of a standard Definition AS System with a “mobile CT option”. The mobile CT is always delivered with a water-cooled gantry and a PHS2 patient table.

Contents of the mobile CT option:

• Gantry tilt fixture

• PHS fixture

• Mobile PDC cabinet

Fig. 4: Mobile CT overview (example)Pos. 1 Gantry

Pos. 2 Patient table PHS2

Pos. 3 ICS / CTAWP

Pos. 4 IES / CTWP or MMWP (optional)

Pos. 5 PDC

Pos. 6 IRSmx2


Page 20 of 216


General information for mobile CT 0

NOTE A precise horizontal alignment of the trailer is necessarybefore installing the mobile CT. The trailer must be securelyresting on the ground on its telescopic supports. For moreinformation refer to the Mobile CT Planning GuideCT02-029.891.03.xx.02.

NOTE The final installation of the SOMATOM Definition AS and CTMobile option should begin only when the mobile coach hasbeen prepared according to the specifications.

NOTE Planning and projecting the mobile CT must always be doneaccording to the planning information described in theMobile CT PG and the Definition AS system PG, and must bestrictly followed.

The special mobile CT related information is described in theMobile CT PG.

CT related information is described in Definition AS systemPG.

NOTE The trailer manufacturers normally install the CT systemthemselves (after their personnel have received the neces-sary training). If preferred, the trailer manufacturer could useHegele to install the system.

NOTE The infrastructure and the site preparation (e.g. availability ofpower, water, air conditioning, etc.) has to be finished prior tosystem arrival!

For each project, the actual data/information and planningguides have to be used!

It is in the responsibility of the project manager to check theintranet for the latest version of the documents.

Safety information for mobile CT

NOTE All Siemens Medical Healthcare components have to besecurely mounted. None of the components may move dur-ing transportation/travel of the trailer. The mobile manufac-turer has to adequately secure the (e.g.) cabinets to the floor.


Page 21 of 216


General Information for Definition AS with RTP 0

The list below is a procedure overview for RTP installation only. Some parts are described in the startup instructions.

Overview of installation and startup steps:

1. Gantry preparation

2. Gantry alignment

3. Z-laser preparation

4. PHS preparation

5. PHS alignment

6. Complete installation

7. Startup system

8. Horizontal PHS movement

9. PHS fine adjustment

10. Gantry fine adjustment

11. RTP phantom check

12. Gantry laser adjustment


Page 22 of 216

PDC 23

2- 2PDCGeneral information 0

Weights and dimensions 0

Personnel 0

One person is required for this work step.

Service tools and equipment 0

Earthquake safety 0


In some areas (e.g., earthquake zones), the PDC has to beanchored to the floor. The anchoring materials have to beprovided by the on-site project manager.

Weight in kg Dimensions (L/W/H) in mm

543 900/700/1950

Tools and auxiliary materials Use

Pry bar (ocean and air cargo) Opening the transport crates

Vacuum cleaner In areas prone to earthquakes only

Hammer drill In areas prone to earthquakes only

Various drills In areas prone to earthquakes only

Forklift Transport

Standard tool kit


Page 23 of 216

24 PDC

Unpacking the PDC 2.1

1. Position the transport crate outside the examination room.

2. Remove all nails and fasteners with the nail puller.

3. Remove the top and sides of the wooden crate.

Checking for transport damage 0

After removing the transport crate, examine the PDC for transport damage.

NOTE In case of transport damage, inform the local project man-ager immediately.


Page 24 of 216

PDC 25

Transporting 2.2

Using a forklift, move the PDC near its final installation location.

NOTE The center of the gravity of the PDC is located at the upperarea of the cabinet. It may tip while being transported with aforklift.

Removing the PDC from the pallet 0

1. Remove 2 screws each in back and in front used to attach the crossbeams to the pallet.

2. The crossbeams of the transport pallet can now be removed.

3. Remove the four white metal covers to the right and left, or in front and in back at the bottom.

4. Remove the four screws at the lower four corners that are securing the PDC to the pal-let.

5. For additional steps, please follow the instructions included with the PDC.


Page 25 of 216

26 PDC

Fig. 5: Step 1 Fig. 6: Step 2




Page 26 of 216

PDC 27

Installing the PDC at its final location 2.3

NOTE Prior to finalizing the location of the PDC, please check thatyou have finished routing all cables through the cabinet thatwill subsequently no longer be accessible.

For the installation location, refer to the project plan or ask the on-site project manager.

Prior to positioning the PDC in its final installation location, install all covers that will not be accessible once the cabinet is correctly positioned. For example, if it is to be positioned in the left corner of the room, install the left and back covers prior to the final installation.

Fig. 11: Example of cabinet in cornerPos. 1 Wall

Pos. 2 Cabinet

In earthquake-prone areas 0

NOTE There is a drilling template in the PDC.

Remove the drilling template from the PDC after installation.

NOTE Don't position the drilling template directly at the wall.Always keep a 1 cm distance between the drilling templateand the wall.

1. Position the drilling template on the floor at the final installation location.

2. Drill the holes in accordance with the template and remove the dust with the vacuum cleaner.


Page 27 of 216

28 PDC

3. Ensure that the holes extend deep enough into the concrete and not just into the floor covering.

4. Remove the drilling template.

5. Position the PDC at its final location.

6. Secure the PDC at its final installation location using the anchoring materials provided.

7. Open the PDC.

8. Remove the cover for the high-voltage connections (Fig. 12 / p. 28).

Fig. 12: High-voltage cover - PDCPos. 1 Cover of HV connection

Pos. 2 Mounting screws

In all other areas 0

1. Lift the PDC with a forklift and position it at its final installation location.

2. Open the PDC.

3. Remove the cover for the high-voltage connections (Fig. 12 / p. 28).


Page 28 of 216

PDC 29

Installing the UPS 0

Fig. 13: UPS - location in PDCPos. 1 UPS with accumulator pack

UPS type GXT2

• Install the UPS using the installation instructions included with the UPS. Subsequently, connect it in the PDC.

• Position the jumper as shown in the picture (Fig. 14 / p. 30).

• Switch the breakers to position “1”.

• Connect the UPS network interface to the internal switch in the PDC.

UPS type GXT3

• Install the UPS and connect it in the PDC.

• Position the plug as shown in the picture. Close cover again after plugging. (Fig. 21 / p. 34).

• Switch the input and output (“UPS available”) breakers to position “1” (Fig. 18 / p. 33).

• Connect the UPS network interface to the internal switch in the PDC.

• GXT 3 front (Fig. 15 / p. 31).

• Display of UPS type GXT 3 (Fig. 17 / p. 32).

• Plug X108 and X109 and secure safety clamp (Fig. 19 / p. 33).


Page 29 of 216

30 PDC

Fig. 14: Back overview of UPSPos. 1 Jumper

Pos. 2 Breakers

Pos. 3 Network interface card


Page 30 of 216

PDC 31

Fig. 15: UPS type: GXT3Pos. 1 3 attachment screws for the accumulator cover

Pos. 2 Accumulator cover

Pos. 3 Two accumulators

Pos. 4 Connectors of the accumulators


Page 31 of 216

32 PDC

Fig. 16: UPS - screws, cables, and safety clampsPos. 1 “ON/ OFF” - push buttons

Pos. 2 Safety clamp

Pos. 3 Attachment screw for safety clamp

Pos. 4 X108 (AC input to UPS)

Pos. 5 X109 (AC output from UPS)

Fig. 17: Display of the GXT 3


Page 32 of 216

PDC 33

Fig. 18: GXT3: input and output breakers

Fig. 19: GXT3, installed: front view


Page 33 of 216

34 PDC

NOTE There is a drilling template in the PDC.

Remove the drilling template from the PDC after installation.

Fig. 20: GXT3, rear, opened cover for plug

Fig. 21: GXT 3, rear, without cover: plug visible


Page 34 of 216

PDC 35

Definition AS Mobile CT 2.4

The PDC cabinet for the Mobile CT option has a specially constructed base frame and bracings. For this reason, the weight and dimensions are different than the standard PDC cabinet.

Weight and dimensions 0

Installing the mobile PDC cabinet 0

NOTE The mobile PDC cabinet must always be mounted to the floorwhen installing in a trailer.

The mounting material is not part of the mobile kit and mustbe provided by the trailer vendor.

NOTE The extraction forces, material and dimensions for themounting material of all system components have to be cal-culated, defined and provided by the trailer manufacturer(According to the Trailer - Type Test Specification).

According to IEC 60601-1, it is mandatory that the 4-foldsafety factor be observed.

• Unpack the mobile PDC (Unpacking the PDC / p. 24).

• Using a forklift, move the PDC to a crane.

• Remove the 4 screws used to attach the cross-beams to the pallet at the back and front of the PDC.

Fig. 22: Mobile PDC palletPos. 1 Screws


650 903/700/1984


Page 35 of 216

36 PDC

• Remove the cross-beams from the pallet.

• Remove all 4 covers of the mobile PDC (8 screws on each side).

Fig. 23: Mobile PDC coverPos. 1 Cover

Pos. 2 8 screws

• At the lower four corners, remove the 4 screws that are securing the PDC to the pallet.

Fig. 24: Mobile PDC mounted on the palletPos. 1 Screw


Page 36 of 216

PDC 37

• Attach 4 lifting brackets (delivered with the system) at the top of the PDC.

Fig. 25: PDC lifting brackets

• Remove the mobile PDC from the transport pallet with a crane.

• Move the PDC on its ball casters to the final installation location.


Page 37 of 216

38 PDC

NOTE Prior to positioning the PDC in its final installation location,install all covers that will not be accessible once the cabinetis correctly positioned.

Fig. 26: Mobile PDCPos. A Front view

Pos. B Top view

Pos. 1 Ball casters

• The PDC has to be installed on a metal plate.

Fig. 27: Metal plate for PDC


Page 38 of 216

PDC 39

• Secure the rear bearing plate at the trailer floor using 3 screws.

Fig. 28: PDC bearing platePos. 1 3 screws

Pos. 2 Bearing plate


Page 39 of 216

40 PDC

• Push the PDC on its ball casters into the notches of the rear bearing plate.

Fig. 29: PDC installation


Page 40 of 216

PDC 41

• Lift the front of the PDC and put under the front bearing plate. Then lower the front of the PDC.

Fig. 30: Installing the front bearing plate

• Install the PDC using 8 screws (screw spec: M8; strength 8.8; length must be deter-mined by the trailer manufacturer) on a steel mounting base from underneath the trailer. (Installing the PDC at its final location / p. 27)

• Install the UPS (Installing the UPS / p. 29).


Page 41 of 216

42 PDC

• Install the bracings to the mobile PDC

- Using the delivered 4 screws, Mount the angle plate (1/Fig. 31 / p. 42) into the lower right corner of the PDC.

- Attach both bracing bars (2/Fig. 31 / p. 42) and tighten swivels (1/Fig. 32 / p. 43) by hand. Tighten the counter nuts (2/Fig. 32 / p. 43) to a torque of 25 Nm.

Fig. 31: Mobile PDC with mounted bracingsPos. 1 Angle plate

Pos. 2 Bracing bar


Page 42 of 216

PDC 43

Fig. 32: Mobile PDC bracing barPos. 1 Swivel

Pos. 2 Counternut


Page 43 of 216

44 IRSmx2/3

3- 3IRSmx2/3General information 0

Weights and dimensions - IRSmx2b 0

Weights and dimensions - IRSmx2c 0

Weights and dimensions - IRSmx3b 0

Weights and dimensions - IRSmx3c 0

Weights and dimensions - IRSmx3d 0

Personnel 0



57 (77 with pallet) 320/751/530


52 (72 with pallet) 320/751/530


42 (65 with pallet) 310/780/500


40 (63 with pallet) 310/780/500


51 (74 with pallet) 310/780/500


Page 44 of 216

IRSmx2/3 45

Service tools and equipment 0



Cordless screwdriver with various bits

Removing the IRS from the pallet

Vacuum cleaner In areas prone to earthquakes only

Hammer drill In areas prone to earthquakes only

Various drills In areas prone to earthquakes only

Standard tool kit


Page 45 of 216

46 IRSmx2/3

Transporting 3.1

Move the IRS on its pallet near its final installation location.

NOTE Do not move the IRS over uneven sections of the floor. Vibra-tions can damage the IRS.


Page 46 of 216

IRSmx2/3 47

Unpacking the IRS 3.2

1. Remove all nails and fasteners with the pry bar if necessary.

2. Remove the top and sides of the wooden crate if necessary.


After removing the transport crate, examine the IRS for transport damage, e.g., due to moisture or external forces.


Removing the IRS from the pallet 0

• Adhere to the instructions hanging from the side of the IRS.

Fig. 33: IRSmx2/3 delivery state


Page 47 of 216

48 IRSmx2/3

Assembling the IRS at its installation location 3.3

NOTE The IRS is air-cooled by internal ventilators. Unimpaired cir-culation from the intake and outlet has to be ensured. Forcorrect cooling, a minimum distance of 100 mm at the backand 150 mm at the front between the IRS and other objects isrequired!

Never put the IRS into a closed cabinet; otherwise, it willoverheat!

NOTE For the exact installation location, refer to the project plan orask the on-site project manager. The IRS can also be installedin a room adjacent to the examination room.

• For the installation, fold down the spacers at the back of the IRS. This is necessary to maintain the minimum distance to the wall.

Fig. 34: IRSmx-towers: Spacers and rollersPos. 1 Spacers with rollers UP; transporting position

Pos. 2 Spacers with rollers DOWN; installation position

NOTE After connecting the IRS power cable, attach the electricshock protection and switch on the IRS main power switch atthe back (Fig. 35 / p. 49).


Page 48 of 216

IRSmx2/3 49

Fig. 35: IRSmx2/3 electric shock protection and power switchPos. 1 Electric shock protection

Pos. 2 Main power switch


Page 49 of 216

50 IRSmx2/3


NOTE The IRS tower must always be mounted to the floor wheninstalling in a trailer.


NOTE The extraction forces, material and dimensions for themounting material of all system components have to be cal-culated, defined and provided by the trailer manufacturer(Trailer - Type Test Specification).


• Unpack the IRS and remove it from the transport pallet. (Unpacking the IRS / p. 47)

• Assemble the IRS at its installation location in the trailer. (Transporting / p. 46)(Assembling the IRS at its installation location / p. 48)

• Secure the IRS to the floor using 2 tensioning straps and the sidewise dogs.


Page 50 of 216

Gantry 51

4- 4GantryGeneral information 0


Personnel 0

Four persons are required for this work step.

Tools and auxiliary materials 0

NOTE If a ceiling stand is included in the delivery volume, it has tobe installed prior to installing the gantry.


approx. 2230 2359/931/1980



Hammer drill Drilling the holes

Various drills Drilling the holes

Vacuum cleaner Cleaning the drill holes

Standard tool kit

Torque wrench, 25-130 Nm Tightening the screws for the transport frame

Transport frame Moving the gantry

Loctite 243 Securing the transport brackets in the back


Page 51 of 216

52 Gantry

NOTE The gantry has to stand on its four adjustable feet. The fouradjustable feet have to be directly on concrete, not on a floorcovering.

The floor covering may have to be cut out in some cases toenable the gantry feet to be directly placed on concrete.

Proceed with great care when pushing or pulling the plasticgantry covers. Doing so could result in damage or misalign-ment of the cover panels.

Do not move the gantry across an uneven floor. Hard impactagainst the gantry could damage sensitive parts (e.g., ballbearings).

When transporting the gantry, always check the height andwidth of doors and corridors to prevent collisions.

The transport frames have to be uniformly adjusted in heightto prevent the gantry from tilting over.

NOTE The covers of the gantry can be easily damaged. Handle themwith the greatest of care.

Earthquake safety 0


In some areas (e.g., earthquake zones), the gantry has to beanchored to the floor. The anchoring materials have to beprovided by the on-site project manager.


Page 52 of 216

Gantry 53

Unpacking the gantry 4.1

1. Place the crate containing the gantry on the floor.

2. Remove all nails and fasteners with the pry bar.


NOTE Do not remove the protective plastic wrap before the gantryhas been brought to its installation location!

Fig. 36: Gantry with protective plastic wrap


After removing the transport crate, examine the gantry for transport damage, e.g., due to moisture or external forces.



Page 53 of 216

54 Gantry

Transporting 4.2

NOTE It is not allowed to crane the CT gantry by its transport frame.

For further craning information, please refer to the PlanningGuide.

NOTE If the gantry is to be pushed across a slanted surface, secureit with e.g. a cable winch.

Use the transport frame to move the gantry to its final destination.

Turning the transport frame wheels in the proper direction prior to lifting the gantry simpli-fies its movement.

1. Lift the gantry up a uniform 50 mm (approximately).

2. Move the gantry to its installation location.

NOTE Transport with the rollers swivelled in (A/Fig. 37 / p. 55) ispermissible only when narrow places make it impossible totransport the system with the rollers swivelled out(B/Fig. 37 / p. 55).

Hazardous conditions. Component may tip over!

As soon as the system has passed through narrow pas-sages, the transport rollers must be swivelled out again!


Page 54 of 216

Gantry 55

Fig. 37: Detailed dimensions: Transportation devicePos. (A) Top view; rollers swivelled in

Pos. (B) Top view; rollers swivelled out

Removing the gantry from the pallet 0

1. Remove the four parts (two on each side) used to secure the gantry to the pallet.

Fig. 38: Gantry on palletPos. 1 Fasteners


Page 55 of 216

56 Gantry

2. Remove the frame from the pallet.

Fig. 39: Gantry transport frame on pallet

3. Open the latches.

Fig. 40: Latch mechanism

4. Use the wheel to rotate the jacks to the back and close the latch again

5. Attach the two arms of the transport frames with screws to the right and left of the gan-try. Use the supplied M12x70 screws for this purpose.


Page 56 of 216

Gantry 57

NOTE Ensure that both square centering bars at each arm of thetransport frame lock into the notches in the gantry to ensurea correct form fit.

Fig. 41: Form fit

T 6. Tighten the screws M12x70 with 77 Nm +/- 10%. Refer to the transport frame instruc-tions.

7. Insert the spacers and then insert the screws previously removed.

8. Attach the two back arms of the transport frame to the gantry with screws. Insert the spacer at the same time.

NOTE Ensure that both square centering bars lock into the notchesin the gantry to ensure a correct form fit.

T 9. Tighten the screws M12x70 with 77 Nm +/- 10%. Refer to the transport frame instruc-tions.

10. Secure the spacers to the back arms of the transport frame using the two screws previ-ously removed.

11. Attach the 4 cranks to the transport frame.

Fig. 42: Attaching the cranksPos. 1 Crank

12. Lower the transport frame wheels uniformly down to the floor.


Page 57 of 216

58 Gantry

13. Using the transport frames, uniformly lift the gantry approx. 5 - 10 mm above the pallet.

NOTE Lift and lower the gantry only when level.

14. Move the gantry to the side and remove the pallet.

15. For the remaining transport, the gantry should be no higher than 50 mm above the floor.

Lifting the gantry Lowering the gantry

Fig. 43: Lifting the gantryFig. 44: Lowering the gantry

To lift the gantry, turn the crank counter-clockwise.

To lower the gantry, press the locking device and turn the crank clockwise.


Page 58 of 216

Gantry 59

Assembling the gantry at its installation location 4.3

For the installation location, refer to the project plan or ask the on-site project manager.

Removing the covers 0

Remove the following covers and store them together in a separate room.

• Remove right cover.

Fig. 45: Right cover

- Loosen the 2 securing screws (arrows).

- Pull upper cover out from its positioning clamps.

- Remove right cover.


Page 59 of 216

60 Gantry

• Remove right lid and the right front cover.

Fig. 46: Right front cover

- Pull the 2 latches (item 1) to release and remove the lid (item 2).

- Pull the cover toward the right side of the gantry (lower arrow) until it stops. Tilt the top toward the patient table (upper arrow) and lift out the front cover.


Page 60 of 216

Gantry 61

• Remove rear right cover

Fig. 47: Rear right cover

- Pull the cover toward the gantry right side (lower arrow) until it stops. Tilt the top (upper arrow) and lift out the side front cover.


Page 61 of 216

62 Gantry

• Remove the left cover

Fig. 48: Left cover

- Loosen the 2 securing screws (item 1).

- Pull bottom of the cover out from its positioning clamps.

- Remove the cover.


Page 62 of 216

Gantry 63

• Remove the left lid and the left front cover.

Fig. 49: Front left cover

- Remove the 2 attachment screws (item 1), release and remove the lid (item 2).

- Pull the cover toward the gantry left side (lower arrow) until it stops. Tilt the top toward the patient table (upper arrow) and lift out the side front cover.


Page 63 of 216

64 Gantry

• Remove the rear left cover

Fig. 50: Rear left cover

- Remove the 2 attachment screws (item 1), release and remove the lid (item 2).

- Pull the cover toward the gantry left side (lower arrow) until it stops. Tilt the top (upper arrow) and lift out the side front cover.


Page 64 of 216

Gantry 65

• Opening the upper front ring segment (systems delivered through October, 2010)

Fig. 51: Upper front ring segment

- Loosen the 3 securing locks (arrows) using a TX30 Torx key.

- Pull (item 1) and push (item 2) top of upper front ring segment out of its normal

position until the outer end position is reached (distance in/out approx. 11cm).

- Disconnect all cable connections on the inner left side of the front segment (item 3).


Page 65 of 216

66 Gantry

- Upper front ring segment, lift up

Fig. 52: Upper front ring segment opened

- Lift the upper front ring segment with one hand.

- Remove supporting stand from its parking position and extend it until it is locked.

- Secure the supporting stand to the lock (arrows).

Perform the work steps given above for the left and right supporting stands.


Page 66 of 216

Gantry 67

• Opening the upper front ring segment (systems delivered Nov. 2010 and later)

Fig. 53: Upper front ring segment

- Loosen the 3 securing locks (arrows) using a TX30 Torx key.

- Pull (item 1) and push (item 2) top of upper front ring segment out of its normal

position until the outer end position is reached (distance in/out approx. 11cm).

- (item 3) location of service switch S301

NOTE Only when the outer end position is reached is it possible tolift the upper front ring segment.


Page 67 of 216

68 Gantry

• The supporting stands (lifting rods) are located at the rear right cover (Fig. 54 / p. 68)).

Put two of them together (screw and push) and position them at the left and right hold-ers in the gantry ((Fig. 55 / p. 68)).

Fig. 54: Location of supporting stand: gantry cover, right rear

Fig. 55: Parking position, supporting stands


Page 68 of 216

Gantry 69

• Lift the upper ring segment

- Lift upper front ring segment with one hand.

- Take one supporting stand completely out of the holder and put it into the upper lock-ing position (see arrow).

- Secure the other end of the supporting stand in the lower locking position (arrow).-

Fig. 56:Gantry, front view

Perform above work steps for left and right supporting stand.

After this, push the upper ring segment downwards to ensurethat it ends up in the correct position !


Page 69 of 216

70 Gantry

• Remove the lower front ring segment and the plastic ring from the gantry.

Fig. 57: Lower front ring segment

- Remove the four M8 nuts (item 1).

- Remove the plastic cap and loosen the screw (item 2).

Fig. 58: Plastic cap

NOTE The plastic caps are delivered with the Service and Adjust-ment Tool Kit.

- Pull the lower front ring segment toward you and lift it out of the gantry.

- Remove the plastic ring from the gantry.


Page 70 of 216

Gantry 71

NOTE Proceed with care when deinstalling or installing the sealingring.

Do not scratch the sealing ring.

In earthquake-prone areas 0

NOTE An earthquake kit for the gantry is available:

Order no.: 8097920

Includes only shims and washers. There are no anchors andscrews included in this kit!

The gantry has to be anchored to the floor. The anchoring materials have to be provided by the on-site project manager.

Fig. 59: Fasteners for gantry

Pos. 1 Anchors

Pos. 2 Washers

Pos. 3 Underlayer

NOTE If the gantry has to be anchored to the floor in earth-quake-prone areas, it is important to put the underlayer(shims) under the gantry frame.


Page 71 of 216

72 Gantry

1. Position the gantry template provided by the project manager at the location assigned to the gantry.

2. Use the template to mark the position of the gantry feet and the holes that have to be drilled to anchor the gantry to the floor.

3. Remove the template.

4. Cut out the floor covering in the area where the gantry will be located.

NOTE The gantry feet have to be directly on concrete, not on floorcovering.

5. Drill the holes for anchoring the gantry.

6. Remove the dust from the holes with a vacuum cleaner.

7. Position the gantry at its installation location.

8. The gantry feet have to positioned precisely where the floor covering was removed.

9. Ensure that the feet of the gantry extend at least 2 mm and at most 5 mm.

10. Lower the gantry and remove the transport frame (Removing the gantry transport frame / p. 75).

11. Level the gantry using the gantry feet, while taking into account the tolerances speci-fied. Use a digital level.

NOTE The gantry feet cannot extend by more than 15 mm (includ-ing floor unevenness). Otherwise, the screw thread may becrushed by the weight of the gantry.

NOTE The clinometer should be positioned only at the locationsspecified, not on the plastic covers.(Fig. 60 / p. 73)(Fig. 61 / p. 74)

The gantry has to be aligned in both positions to 90° +/- 0.2°.


Page 72 of 216

Gantry 73

NOTE After leveling, the following conditions must be met:

• The gantry may not wobble or tilt

• The gantry must stand on its own

• The gap between the gantry and floor should be less than 5 mm

Fig. 60: Gantry position 1


Page 73 of 216

74 Gantry

Fig. 61: Gantry position 2

12. Anchor the gantry to the floor using the materials provided. Note the strength class of the screws.

In all other areas 0

1. Position the template provided by the project manager at the location assigned to the gantry.

2. Mark the position of the gantry feet using the template.

3. Remove the template.

4. Remove the floor covering in the areas where the gantry feet will be located.

NOTE The gantry feet have to be directly on concrete, not on floorcovering.

5. Position the gantry at its installation location.

6. The gantry feet have to positioned exactly where the floor covering was removed.

7. Ensure that the feet of the gantry extend at least 2 mm and at most 5 mm.

8. Lower the gantry uniformly and remove the transport frame (Removing the gantry trans-port frame / p. 75).


Page 74 of 216

Gantry 75

9. Level the gantry using the gantry feet, while taking into account the tolerances speci-fied. Use a digital level.

NOTE The gantry feet cannot extend by more than 15 mm (includ-ing floor unevenness). Otherwise, the screw thread may becrushed by the weight of the gantry.

NOTE The clinometer should be positioned only at the locationsspecified, not on the plastic covers.

The gantry has to be aligned vertically at 90° +/- 0.2°.

The gantry has to be aligned horizontally at 0° +/- 0.2°.

NOTE After leveling, the following conditions must be met:

• The gantry may not wobble or tilt

• The gantry must stand on its own

• The gap between the gantry and floor should be less than 5 mm

Removing the gantry transport frame 0

1. Remove the eight screws used to attach the transport frame to the gantry.

2. Remove the four screws used to secure the transport frame spacers.

3. The transport frame can now be removed from the gantry by pulling it out.

Removing the transport safety devices 0

NOTE After removing the transport safety devices, all parts must becollected and stored with the customer's system equipment.

Transport safety screws

• All transport safety devices are painted red. There are 4 transport safety screws in the rotating part of the gantry.

All transport safety devices have to be loosened and removed.

• The transport safety screws located at three positions in the gantry front. For example refer to (Pos. 1/Fig. 62 / p. 76).

• At the top left positions there are two transport safety screws (Fig. 65 / p. 76). Both have to be removed.


Page 75 of 216

76 Gantry

Fig. 62: Transport safety screw positionsPos. 1 Transport safety screws (top left position has two screw points)

Fig. 63: Transport safety screws

Fig. 64: Attached transport safety screwPos. 1 Transport safety screw

Fig. 65: Transport safety screws: top left gantry Pos. 1 Rear transport safety drilling for fixing the rotating

part

Pos. 2 One of three transport safety threaded drillings


Page 76 of 216

Gantry 77

Rotation locking device

• After all screws have been removed, check the rotation locking device of the gantry. It has to be unlocked (1/Fig. 66 / p. 77).

Fig. 66: Gantry rotation locking devicePos. 1 Rotation locking device (unlocked)

Mounting the safety tilt bracket (only with Gantry Tilt Option)

NOTE With Gantry Tilt Option (Fig. 67 / p. 77) the Safety Tilt Brackethas to be mounted to the operation position.

Without Gantry Tilt Option (Fig. 68 / p. 78)the Safety TiltBracket has to be left in the transport position!

Fig. 67: Label (gantry with tilt option)


Page 77 of 216

78 Gantry

Fig. 68: Label (gantry without tilt option)

• Remove the 2 screws (left side of the gantry).

Fig. 69: Safety tilt bracket (transport position)Pos. 1 Screws


Page 78 of 216

Gantry 79

• Remove the safety tilt bracket and turn it 180°.

Fig. 70: Safety tilt bracket


Page 79 of 216

80 Gantry

• Mount the safety tilt bracket with the 2 screws and tighten both screws to 31 Nm.

Fig. 71: Attaching the safety tilt bracket

Fig. 72: Saftey tilt bracket (operating position)Pos. 1 Screws


Page 80 of 216

Gantry 81

Z-Laser Preparation (only for Definition AS with RTP) 4.4

NOTE The Z-laser is already preadjusted at the factory. This proce-dure is only a control check.

• Install a plumb-line at a height of approximately 200 cm at the wall opposite to the gan-try (1/Fig. 73 / p. 81).

• Connect the power supply delivered with the RTP Adjustment Kit to the Z-laser.

• Rotate the Z-laser to 12 o’clock and move the plumb-line until the Z-laser is congruent with the plumb-line. Mark the laser at three points on the wall (2/Fig. 73 / p. 81).

• Rotate the Z-laser to 6 o’clock and move the plumb-line until the Z-laser is congruent with plumb-line. Mark the laser at three points on the wall (2/Fig. 73 / p. 81).

Fig. 73: Z-laser preparationPos. 1 Plumb-line

Pos. 2 Mark

Pos. 3 Z-laser


Page 81 of 216

82 Gantry

• Check the tolerances between 12 and 6 o’clock marks.

Distance (gantry Z-laser to wall) Tolerance at the wall

(laser line at the 6 o’clock and 12 o’clock mark)

3.2 m (table end) 2.0 mm

3.2 m - 3.5 m 2.2 mm

3.5 m - 4.0 m 2.5 mm

4.0 m - 4.5 m 2.8 mm

4.5 m - 5.0 m 3.1 mm

5.0 m - 5.5 m 3.4 mm


Page 82 of 216

Gantry 83


NOTE The gantry must always be mounted to the floor when install-ing in a trailer.




• Unpack the gantry as described in (Unpacking the gantry / p. 53).

• Remove the gantry from the pallet and attach the transport frame to the gantry as described in (Transporting / p. 54).

• Remove all four adjustable feet from the gantry.

(The gantry has to be mounted on underlayer (shims) not at the adjustable feet! The shims are used to level the gantry and to provide a gap between gantry and floor.The shims are part of the mobile kit.)

• Unlock the gantry tilt fixture.

- Move the tilt fixture to working position. Secure it with the torque wrench to 25 Nm. The torque wrench is delivered with the Mobile CT (Fig. 76 / p. 83).

Fig. 74: Gantry tilt fixture in transport position

Fig. 75: Gantry tilt fixture in working position

Fig. 76: Torque wrench


Page 83 of 216

84 Gantry

NOTE In transport position, the pin of the gantry tilt fixture has toprotrude approx. 15mm from the cover.


Page 84 of 216

Gantry 85

• Install and align the gantry on the shims in the trailer. Bolt the gantry to the floor with 8 screws. (Screw spec: M16; strength 8.8; length must be determined by the trailer manu-facturer) (Assembling the gantry at its installation location / p. 59)

Fig. 77: Detailed dimensions - mounting holes of gantry /patient tablePos. (A) Overview (top view) of the location of the mounting holes

Pos. (B) Detailed dimensions of the location of the mounting holes


Page 85 of 216

86 Gantry

Pos. 1 Slice plane

Pos. 2 Holes for floor mounting in gantry; diameter 22 mm

Pos. 3 Holes for floor mounting in PHS; diameter 22 mm

• Remove the transport frame from the gantry. (Removing the gantry transport frame / p. 75)

• Remove all transport safety screws from the gantry. (Transport safety screws / p. 75)

• Unlock the gantry rotation locking device. (Rotation locking device / p. 77)


Page 86 of 216

PHS-1B 87

5- 5PHS-1BGeneral information 0

NOTE The patient table cannot stand independently without thetransport device. It requires a wooden support under the footend. Otherwise, it will tip over.

The wooden support should be positioned correctly. Other-wise, it will damage the sensor. We recommend having a sec-ond person assist when installing the patient table.


Personnel 0

Two persons are required for this step.

Tools required for installing the PHS-1B 0


approx. 500 2468/692/1044



Angle square, leg length at least 200 mm

Aligning the drilling template

15 mm stone drill Drilling the holes


Hammer Installing the screw anchor

Standard tool kit Universal use

Torque wrench, 25-130 Nm Tightening the screws

Silicone


Page 87 of 216

88 PHS-1B

Drilling the Holes for Floor Mounting 0

NOTE Bolting the PHS to the floor is mandatory.

The installation materials included in the delivery volume aresuitable for flush or surface mounting (concrete/subfloors).The customer is responsible for determining suitable anchor-ing methods as well as for procuring installation materials forother floor types.

Fig. 78: PHS1B drilling template and spacer plate

Pos. 1 Drilling template

Pos. 2 Spacer plate

Pos. 3 Primary holes

Pos. 4 Alternative holes

Pos. 5 Holes for cable trench

NOTE The patient table has to be bolted to the floor using 4 screws,one at each corner.

As an alternative to the primary holes, the alternative holesmay be used for installing the patient table to the floor,depending on the conditions of the floor at the local site. Thelower part (80 mm) of the Hilti anchor must be inserted intothe concrete base. The anchors must not be inserted into thefloor cement.

• Attach the drilling template to the gantry and align it with the center of the gantry.


Page 88 of 216

PHS-1B 89

• Using an angle square, ensure that the drilling template is at a precise 90 degree angle to the gantry.

NOTE The leg length of the angle square has to be at least 200 mm.

Check the 90 degree angle at both sides of the drilling tem-plate.

• Drill the four holes (position 3 or 4 on the drill template) in the floor. Drill the holes using a 15 mm diameter drill bit for the Hilti anchor. Refer to the label on the drill template for the drilling procedure.

NOTE Use the primary holes of the drilling template whenever pos-sible.

The alternative holes should only be used if the primaryholes cannot be used.

Fig. 79: Floor mounting PHS - anchor with and without floor coveringPos. (A) Without floor covering

Pos. (B) With floor covering

Pos. 1) Minimum depth of drill hole

Pos. 2) Flooring

Pos. 3) Cut-out

Pos. 4) Screed

Pos. 5) Concrete

Pos. 6) HILTI anchor HSL-3G M10/60


Pos. 8) Adjustable foot of the patient table

• Drill the holes for the cable trench.


Page 89 of 216

90 PHS-1B

• Remove the flooring at the patient table location in accordance with the drawing (site layout) for direct contact between the table base and concrete.

• Clean the holes using a vacuum cleaner with a small nozzle.

The following materials and tools are included in the delivery volume (packed in the box with the patient table covers):

- 8 Hilti anchors with a 15 mm drill bit

- 4 Allen screws M8 x 35 (strength = 8.8)

- 4 Allen screws M8 x 25 (strength = 8.8)

- Large and small washers

- Spacer shims

- 4 threaded rods, 170 mm length (strength = 8.8)

- 4 size 10 locking edge washers

- 4 metric hexagon nuts M8

- Hexagon rod 135 mm

NOTE If threaded rods are used, cut them to the proper length. Thedistance between the floor cement and the upper end of thethreaded rods has to be 45 mm.

Positioning the PHS (Patient Table) 0

NOTE We recommend that a second person assist when installingthe table.

• Remove the four mounting screws at the table base that secure the patient table to the pallet. Two in front and two in back.

• Place the wooden ramp next to the pallet.


Page 90 of 216

PHS-1B 91

• Raise the patient table to its maximum position by turning the four transport rollers in clockwise direction on the transport device.

Fig. 80: Illustration: PHS 1B with transport device on palettePos. 1 Transport device

Pos. 2 Palette

Pos. 3 Ramp

NOTE Do not lift the patient table by the handle at the end of thepatient table.

• Carefully move the patient table down the ramp. If the patient table will not be posi-tioned at its final destination, remove the wooden support from the pallet and put the wooden support under the table for stabilization.

NOTE The patient table cannot stand alone without the transportdevice.

It requires a wooden support under the foot end. Otherwise,it will tip over. However, even with a wooden support, thetable remains unstable. It may tip over by just touching it.

• Carefully move the patient table to the installation location and position the patient table over the drilled holes.

NOTE The drilling template remains under the patient table as asupport plate.

• Adjust the patient table to the centered drilling template.


Page 91 of 216

92 PHS-1B

Leveling the PHS-1B 0

• Alignment with leveling tool

- Turn the gantry by hand until the X-ray tube (on the drum, look for the label with “XRT”) is in the 6 o'clock position. Then lock the position using the rotation safety lock. The rotation safety lock is located on the front of the gantry, at the bottom right (Pos. 1/Fig. 108 / p. 111).

Fig. 81: Cable routed on the flooring with cable duct before installing the cover

Fig. 82: Cable trench installed


Page 92 of 216

PHS-1B 93

- Position the leveling tool on the plane on the left side of the X-ray tube and on the plane in front of the motor brake of the patient table's grounding plate.

For the positioning locations, see (Fig. 85 / p. 93) and (Fig. 84 / p. 93).

Fig. 83: Diagram for using the leveling toolPos. 1 Plane location on the left side of X-ray tube

Pos. 2 Plane location near the motor brake of the patient table's grounding plate

Fig. 84: Position of the leveling tool on the PHS1B

Fig. 85: Position of leveling tool, gantry sidePos. 1 X-ray tube

Pos. 2 Digital level attached with adhesive tape


Page 93 of 216

94 PHS-1B

- Attach a digital level with adhesive tape to the middle of the leveling tool (Pos. 2/Fig. 85 / p. 93).

- Adjust the leveling tool to 0.0° ±0.1° using the transport frame and the four outer adjustable feet.

Fig. 86: Adjustable footPos. 1 Adjustable foot

Pos. 2 Counter nut

- Loosen the counter nut on each of the adjustable feet.

- Screw the four adjustable feet to the floor and lower the transport frame.

The drilled holes must be visible through the four adjustable feet of the patient table base plate.

- Loosen the counter nut on each of the adjustable feet.

- Insert the four floor mounting screws plus washers, or the Hilti anchors.

Fig. 87: PHS leveling

• Alignment in the X direction

Level the patient table in the X direction to 0.0 (±0.2) using the four adjustable feet. Use a digital spirit level.

The tolerance of ±0.2 is the maximum specification. The adjustment of the patient table should be as close to 0.0 as possible!

• Alignment in the Z direction

Level the patient table in the Z direction to 0.0 (±0.2) using the four adjustable feet. Use a digital spirit level.

The tolerance of ±0.2 is the maximum specification. The adjustment of the patient table should be as close to 0.0 as possible!


Page 94 of 216

PHS-1B 95

Installing the PHS

NOTE When the alternative holes are used, the U-shaped metalshims (Fig. 88 / p. 95) must be inserted at the anchoring posi-tions in order to compensate for the space between the PHSbase and the floor.

Fig. 88: Position of the shims under the patient tablePos. 1 Anchor screw

• Tighten all counter nuts for the adjustable feet.

• Use Loctite 221 to secure the screws or nuts used to attach the table to the anchors.

• Tighten the nuts in the Hilti anchors, using a torque of 50 Nm.

• After leveling the patient table, check the positioning again with the drill template and the gantry.

• Remove the spacer plate between the PHS and the gantry (2/Fig. 78 / p. 88).

• There must be a silicone strip between the patient table base and the floor.

NOTE Silicone is not part of the delivery, it must be provided locallyby the project manager. The color of the silicone can be cho-sen by the customer.

• Remove the leveling tool and unlock the safety lock on the gantry.

• After the patient table is anchored to the floor, the transport frame of the patient table can be removed.

Installing the Cable Trench and Cable Cover between the Gantry and PHS 0

NOTE The cable trench between the gantry and the patient table hasto be secured to the floor. The installation materials forsecuring the cable trench have to be purchased locally.


Page 95 of 216

96 PHS-1B

NOTE For installing the cable trench it is necessary to cut out thebase cover.

• Position the flat part of the cable trench between the gantry and patient table and align it with the cable outlets at the gantry and PHS.

• Secure the cable trench to the floor using screws with anchors or double-sided adhe-sive tape.

• Insert the cables into the cable trench and route them into the patient table.

Fig. 89: Cable routed on the flooring with cable duct before installing the cover

• Install the cover on the cable trench.

• Attach the cable cover with Elastosil E41 silicone adhesive or similar.

Fig. 90: Cable trench installed

Cable Routing below the Flooring without the Cable Trench 0

The cable conduit must be provided on-site in the floor.

• Do not cut out the PHS front cover or gantry cable cover.

• Route the cables from the gantry through the on-site cable conduit into the PHS.

• Attach the cable cover using Elastosil E41 silicone adhesive or similar.


Page 96 of 216

PHS-1B 97

Establishing Electrical Connections 0

Establish the following connections Gantry -> PHS1B:

Installing the PHS Covers 0

Cover Overview

Fig. 91: PHS-1B: Covers, rear viewPos. 1 Tabletop

Pos. 2 Rubber bumper

Pos. 3 Back cover

Pos. 4 Back basin

Pos. 5 Bottom arc sheet

Pos. 6 Base cover

Pos. 7 Cover plates, right side (R1, R2, R3)

Pos. 8 Center cover

Pos. 9 Electronics cover

Cable Socket

W006 X701

W032 PE700

W058 X705

W072 X703


Page 97 of 216

98 PHS-1B

Fig. 92: PHS-1B: Covers, front viewPos. 1 Front cover

Pos. 2 Base cover

Installing the Center Cover and Back Basin 0

• Move the table into the uppermost position.

Installing the Center Cover

• Attach the Center Cover.

• Attach the center cover with 4 attachment screws. 2 screws at the rear and 2 at the front of the center cover.

Installing the Back Basin

• Attach the back basin.

• Attach the back basin with 4 attachment screws from below.

Installing the Base Cover, Bottom Arc Sheet and Electronics Cover 0

Installing the Bottom Arc Sheet

• Attach the bottom arch sheet.

• Attach the bottom arc sheet with 3 adjustment screws.


Page 98 of 216

PHS-1B 99

Installing the Base Cover (left and right side)

Fig. 93: Bottom arc sheet

• Attach the left and right base cover.

• Make sure that the wheels of the bot-tom arc sheet are on top of the bot-tom cover guides (see arrow).

Fig. 94: Base coverPos. 1 Attachment screws

• Attach the left and right base cover.

• Attach the base cover with 4 attach-ment screws on the left and right side of the cover.


Page 99 of 216

100 PHS-1B

Installing the Electronics Cover

Fig. 95: Base cover - front viewPos. 1 Attachment screws

Fig. 96: Base cover - rear viewPos. 1 Attachment screws

• Attach the base cover with 2 attach-ment screws on the front and back of the base cover.

Fig. 97: Electronics cover - attachment screws, left side

• Attach the electronics cover with 2 attachment screws on both sides of the electronics cover.


Page 100 of 216

PHS2/3/4 (Patient Table) 101

6- 6PHS2/3/4 (Patient Table)General information 0


Personnel 0

Two persons are required for this work step.


NOTE The patient table has to stand on its four adjustable feet. Theadjustable feet are on a metal drilling template. The drillingtemplate has to be positioned directly on concrete, not on thefloor covering.

The drilling template is equal to the footprint of the patienttable base and is used as a help to cut out the floor covering.

The floor covering may have to be cut out in some cases toenable the patient table drilling template to be directly placedon concrete.


approx. 500 2430/750/850








Standard tool kit universal use


Open-end wrench, 36 mm Setting the table feet

Leveling tool (included in delivery volume for newer systems)

To align the gantry and PHS to the same height level (included in delivery volume)


Page 101 of 216

102 PHS2/3/4 (Patient Table)

NOTE Anchoring the table to the floor is mandatory. Four anchoringholes have to be drilled.

Use the material included in the delivery volume to anchorthe patient table to the floor with screw anchors and screws.If another form of anchoring is to be used, it has to be agreedby the project manager In this case, the project manager hasto provide the materials required.


Page 102 of 216


Unpacking the patient table 6.1

1. Place the transport crate outside the examination room.




After removing the packaging, examine the patient table for transport damage, e.g., due to moisture or external forces.


Fig. 98: PHS delivery state


Page 103 of 216


Transporting 6.2

Removing the patient table from the pallet 0

1. Remove all 4 fasteners that secure the patient table to the pallet.

Fig. 99: Patient table base platePos. 1 Attachment

Pos. 2 Adjustable foot

Pos. 3 Counter nut

2. Lower the transport rollers on the screws, which in turn raises the patient table.

Fig. 100: Patient table transport framePos. 1 Screws to raise/lower

3. Lift the patient table with the transport rollers so that there is a 20 mm gap between the table and the pallet.

4. Place the ramp on the pallet.


Page 104 of 216


5. Move the patient table from the pallet to the floor via the ramp.

Fig. 101: PHS on the ramp


Page 105 of 216


Assembling the patient table at its installation location 6.3

CAUTION [ hz_serdoc_F13G12U01M01 ]

Tip over of patient table

Risk of injury

Patient table has to be secured to the transport frame or to the floor

Fig. 102: Patient table drilling template

Pos. 1 Primary holes

Pos. 2 Alternative holes

Pos. 3 Spacers

NOTE The drilling template has to be positioned directly on con-crete, not on the floor covering.



Page 106 of 216


1. Attach the drilling template with the spacers directly to the gantry and align it with the center of the gantry (Do not use spacers or washers between the drilling template and gantry).

Fig. 103: Template attached correctly

2. Using the angle square, ensure that the drilling template is at a precise 90 degree angle to the gantry.


Page 107 of 216




Fig. 104: PHS2/3 drilling templatePos. 1 Drilling template

Pos. 2 Template attached to the gantry

Fig. 105: PHS drilling template attached to the gantry

3. Drill the holes using the guide jacket included in the delivery volume. Ensure that the guide jacket is locked accurately into the drilling template. The drill depth in the con-crete floor must be a minimum of 90 mm.


Page 108 of 216


- Drill depth: Ensure that the screw anchors sit a minimum of 70mm (this value is marked with a serrated ring at the anchor) in the concrete and not just in the floor cov-ering.

Fig. 106: Floor mounting PHS - anchor with and without floor covering

Pos. (A) Without floor covering



Pos. 2) Flooring

Pos. 3) Cut-out

Pos. 4) Screed

Pos. 5) Concrete




NOTE Use the holes toward the center of the drilling template when-ever possible (1/Fig. 102 / p. 106). The outer holes should beconsidered as an alternative only (2/Fig. 102 / p. 106).

NOTE If you are using the alternative holes, adapt the positions ofthe adjustable feet accordingly.


Page 109 of 216


Fig. 107: Drilling with drilling template and guide jack

4. Remove all dust from the holes with the vacuum cleaner.

5. Position the patient table over the drilled holes so that the adjustable feet (2/Fig. 99 / p. 104)are aligned with the drilled holes.


6. Lower the patient table on to the drilling template using the transport frame.

NOTE Risk of patient table overturn!

The transport frames may be disassembled only after thetable has been anchored to the floor with screws.

7. Carefully fold the spacer down to the floor together with the table electronics. You have to, however, first remove both transport brackets (Pos. 2/Fig. 116 / p. 117).

8. Using the angle square, ensure that the patient table is at a precise 90 degree angle to the gantry.


Check the 90 degree angle at both sides of the patient table.

After positioning the patient table at a 90 degree angle to the gantry, check the position of the drilling holes. The drilling holes must be visible through the four adjustable feet of the patient table base plate.


Page 110 of 216


9. Loosen the counter nut at each of the adjustable feet (3/Fig. 99 / p. 104).

10. Alignment with leveling tool

- Turn the gantry by hand until the X-ray tube (at the drum, find the label with “XRT”) is in 6 o'clock position and lock the position using the rotation safety lock. The rota-tion safety lock is located at the gantry front/bottom right (Pos. 1/Fig. 108 / p. 111).

Fig. 108: Rotation safety bolt - lock position Fig. 109: Rotation safety bolt - unlock position


Page 111 of 216


- Position the leveling tool on the plane at the left side of the x-ray tube and on the plane in front of the motor brake of the patient table’s grounding plate.

For the positioning locations see (Fig. 112 / p. 112) and (Fig. 111 / p. 112).

Fig. 110: Diagram for using the leveling toolPos. 1 Plane location at the left side of X-ray tube


Fig. 111: Position of leveling tool at the side of the patient table



Page 112 of 216


Pos. 2 Digital spirit level fixed with adhesive tape

- Fix a digital spirit-level with adhesive tape in the middle of the leveling tool (Pos. 2/Fig. 112 / p. 112).


- After leveling the patient table, screw the four outer adjustable feet to the floor and lower the transport frame.

11. Alignment in X-direction

Level the patient table in X-direction to 0.0° (±0.2°) using the four outer adjustable feet. Use a digital spirit-level as shown in the figure (Pos. 1/Fig. 113 / p. 113)

The tolerance of ±0.2° is the maximum specification. The adjustment of the patient table should be as close to 0.0° as possible!

Fig. 113: Position of tilt water level on PHSPos. 1 Tilt water level

12. Alignment in Z-direction

Level the patient table in Z-direction to 0.0° (±0.2°) using the four outer adjustable feet. Use a digital spirit-level in the middle of the top support’s metal frame at each side. For the positioning of the digital spirit level refer to (Fig. 114 / p. 113).

Fig. 114: Patient table PHS -3Pos. 1 Water level position


Page 113 of 216


Measure at each side of the top support’s metal frame and evaluate these two values. For examples of this measurement evaluation refer to (Tab. 2 / p. 114), (Tab. 3 / p. 114) and (Tab. 4 / p. 114).


Tab. 2 PHS adjustment in Z-direction - example 1



13. Verifying the alignment

Check the alignment of the PHS again with a digital spirit-level. You must maintain the following tolerances:

- X and Z directions: 0.0° ±0.2°- Leveling-tool (if available): 0.0° ±0.1°

If at least one direction is not within tolerance you must correct it. After readjust-ment you must check the alignment in X direction, Z direction, and the leveling tool again.

14. Mounting of PHS

Example 1 for an angle measurement in Z-direction:

Patient table orientation

Angle in Z-direction Note regarding results

Left side -0.4° The patient table adjustment in Z-direction is out of toler-ance on each side.

The patient table adjustment must be improved to 0.0 (±0.2°)!

Right side -0.5°



Angle in Z-direction Note regarding results

Left side -0.2° The patient table adjustment in Z-direction is just within tol-erance on each side.

The patient table adjustment should be improved so that it is as close to 0.0° as possible!

Right side -0.2°



Angle in Z-direction

Note regarding results

Left side -0.2° The patient table adjustment in Z-direction is just within tol-erance on each side, but in different directions (positive angle and negative angle).

The patient table adjustment cannot be improved!Right side

+0.2°

(or +0.1°)


Page 114 of 216


- Tighten all counter nuts for the adjustable feet once the patient table is level.

- Insert the anchor screws with washers 10.5x36x3 and nuts into the drilled holes. Use a hammer if necessary.

NOTE Anchors of two different lengths have been supplied. Useeither the short or the long ones depending on the conditionof the underflooring. Also refer to (Fig. 106 / p. 109).

T - Tighten the anchors with 35 Nm using a torque wrench (wrench size 17 mm).

If the threaded pin of the anchor is longer than 15 mm the base cover of the patient table cannot be installed!

If the threaded pin of the anchor is longer than 15 mm, open the nut of the anchor.Turn the threaded pin with a screwdriver until the excess length is a maximum 15 mm. After this step, you have to tighten the anchor with 35 Nm again.

15. Remove the leveling-tool and unlock the safety lock (Pos. 1/Fig. 109 / p. 111).

16. After anchoring the patient table to the floor, the transport frame of the patient table can be disassembled.


Page 115 of 216


Removing the transport safety devices 6.4

Remove the three remaining red painted transport safety devices.


Fig. 115: PHS - transport safety device - back


Page 116 of 216


Fig. 116: PHS - transport safety devices

Pos. 1 Transport safety device for horizontally and vertical movements

Pos. 2 Transport safety device for PHS electronics

NOTE Ensure that no cables and plugs are between the movableelectronics and the PHS ground plate while you move theelectronics.


Page 117 of 216


Establishing electrical connections 6.5

NOTE The cables are pulled back into the gantry for transport. Now,they have to be fed through the opening to the table.(Fig. 117 / p. 118)

Fig. 117: Cable routing from gantry to PHS

When the cables have been pulled through, they have to be connected as follows:

The cables from the back part of the table have to be connected again as well:

Cable Socket

W006 X701

W032 PE700

W052 X702

W058 X705

W072 X703


Page 118 of 216


After connecting the cables, the connecters of cables W058 and W766 have to be insu-lated. Secure the insulation with cable ties at both sides as shown in the figure.

Fig. 118: Insulation W058-W766 (PHS2/3)

Pos. 1 Insulation

Pos. 2 Cable ties

Socket

D702 X10

D702 X22

X25

X712

X713

X714

X714


Page 119 of 216


NOTE Extra cable from the gantry to the table has to be rolled upand attached in the gantry.

Ensure that the rolled up overlengths of the cables DO NOTtouch the rotating part of the gantry.


Page 120 of 216


Installing the Covers 6.6

NOTE Before you attach the covers for the patient table, consultwith the respective start-up personnel.

NOTE The installation material required is included in the tableaccessories kit.

After the table adjustment has been checked, the missing covers can be attached.

Installing the support brackets for the covers 0

• As shown in the graphics, the support brackets for the covers have to be installed at both sides and on the back. (1/Fig. 119 / p. 121)(1/Fig. 120 / p. 121)

Fig. 119: Mounting bracket for patient table cover

Fig. 120: Cover fastener - backPos. 1 Fastener for PHS cover

Pos. 2 Screw M6x16 with washer

T • For this purpose, use two screws M6x16 each with washers. Tighten the screws with 10 Nm. (2/Fig. 119 / p. 121), (2/Fig. 120 / p. 121)

• After installing the left and the right brackets, insert the spacer screws with the lock nuts as shown below. (Fig. 121 / p. 122)


Page 121 of 216


Fig. 121: Spacer screwPos. 1 Screw

Pos. 2 Lock nut

Installing the upper cover 0

• Push the tabletop all the way to the front.

• Place the cover on the table at its installation location.

NOTE Insert the PE connection to establish a PE connection to thetable.

• Attach the cover with the six panel screws provided. (1/Fig. 122 / p. 122)

Fig. 122: Top cover


Page 122 of 216


Attaching the covers for the hydraulic cylinder 0

• Set the patient table to its minimum height.

• The lowest covers are attached using pins and grommets as well as screws (Fig. 123 / p. 123); (Fig. 124 / p. 123).

• The pins have to lock into the grommets.

• Two cables with plugs are located at the lowest cover. These have to be routed to the gantry.

• Install the covers in the order shown:

NOTE The item number is located inside the covers.

• When attaching the top cover, all covers have to be shifted upward so that the top cover can be attached to the table.

• Attach the top cover to the table with a total of six screws (two in front, four in back).

Item number, table cover Screws and washers

1. 086 14 021 and 086 14 013 1 x countersunk screw M3x10 (front); 1 x countersunk screw M4x20 (back); 2 x socket cap screw M4x8, 2 x washer A4DIN 125A.

2. 086 14 039 4 x countersunk screw M3x6

3. 086 14 047 4 x countersunk screw M3x6

4. 086 14 054 and 086 14 062 4 x countersunk screw M3x10; 6 x socket cap screw M6x16; 6 x washer M6 DIN 125 A

Fig. 123: Pin and grommet Fig. 124: Bottom cover - screws


Page 123 of 216


Installing the electronics cover 0

• Establish connections with plugs X741a and X741b.

• Establish connections with plugs X751a and X751b.

• Ensure that you do not crush cables during the installation.

• Position the four pins of the cover exactly over the grommets.

• Press down on the cover so that all pins lock into the grommets.

• The cover is also secured by two additional safety screws, to the left and to the right.

Fig. 125: Support cover, back Fig. 126: Support cover, front


Page 124 of 216


Fig. 127: Pin and grommet

Fig. 128: Electronics cover


Page 125 of 216



NOTE The mobile CT option is always delivered with a patient tablePHS2.

NOTE The PHS must always be mounted to the floor when installingin a trailer.




• Unpack the patient table as described in (Unpacking the patient table / p. 103).

• Remove the patient table from the pallet. (Removing the patient table from the pallet / p. 104)

• Assemble the patient table at its installation location. (Assembling the patient table at its installation location / p. 106)

• Install and align the patient table in the trailer. Bolt the gantry to the floor with 4 screws. (Screw spec: M10; strength 8.8; length must be determined by the trailer manufacturer)

• Remove all transport safety devices from the patient table. (Removing the transport safety devices / p. 116)

• Establish the electrical connections. (Establishing electrical connections / p. 118)

• Install the patient table covers. (Installing the Covers / p. 121)

NOTE The mobile CT requires special support brackets for the cov-ers (Installing the support brackets for the covers / p. 121).

The grommets of the support brackets for Mobile CT aremade of plastic; the standard grommets are made of rubber(Fig. 127 / p. 125).

The support brackets for the Mobile CT are included in themobile kit.


Page 126 of 216


• Assembling the PHS mounting frame:

- Mount the PHS mounting frame to the patient table (Fig. 129 / p. 127) (Fig. 130 / p. 128).

- Mark the 3 positions of the drill holes for the PHS mounting frame (Pos.5 and Pos.6 in the graphic (Fig. 131 / p. 129))

- Remove the PHS mounting frame from the patient table.

- Drill the 3 holes for the PHS mounting frame.

- Tap a M12 inner thread at the drill hole in the middle (6/Fig. 131 / p. 129).

Fig. 129: PHS mounting frame - overviewPos. 1 Mounting frame

Pos. 2 Hand gear to fasten to floor

Pos. 3 Hand gear for height adjustment

Pos. 4 Lashing strap with circle jack


Page 127 of 216


Fig. 130: Detailed dimensions - PHS mounting framePos. (A) Side view

Pos. (B) Top view

Pos. 1 Mounting frame

Pos. 2 Position of the locating pins for arresting

Pos. 3 Position of the M12 thread for fastening the frame to the floor

Pos. 4 Mounting holes for PHS floor mounting

Pos. 5 Floor


Page 128 of 216


Fig. 131: Detailed dimensions - mounting framePos. 1 Mounting frame

Pos. 2 Hand gear for height adjustment

Pos. 3 Hand gear for fastening to floor and locking

Pos. 4 Lashing strap with circle jack

Pos. 5 Locating pins; suitable drill holes in the floor plate must be available (the trailer vendor must determine the diam-eter and depth)

Pos. 6 M12 thread; a suitable drill hole with M12 inner thread must be provided in the floor plate (the trailer vendor must determine the diameter and depth)


Page 129 of 216

130 MPT and MPT2 (Patient Table)

7- 7MPT and MPT2 (Patient Table)General information 0

The MPT (Multi Purpose Table) is a “Patient Handling System” (PHS) for special medical applications, e.g. radio therapy, bariatric patients, and trauma applications. The tabletop can be exchanged by the user for the aforementioned special applications.


Personnel 0

Two persons are required for this work step.



approx. 500 2430/750/850








Standard tool kit universal use


Open-end wrench, 36 mm Setting the table feet

Leveling tool (included in delivery volume for newer systems)

To align the gantry and PHS to the same height level


Page 130 of 216

MPT and MPT2 (Patient Table) 131

NOTE The patient table has to stand on its four adjustable feet. Theadjustable feet are on a metal drilling template. The drillingtemplate has to be positioned directly on concrete, not on thefloor covering.

The drilling template is equal to the footprint of the patienttable base and is used as a help to cut out the floor covering.


NOTE Anchoring the table to the floor is mandatory. Four anchoringholes have to be drilled.

Use the material included in the delivery volume to anchorthe patient table to the floor with screw anchors and screws.If another form of anchoring is to be used, it has to be agreedby the project manager In this case, the project manager hasto provide the materials required.


Page 131 of 216


Unpacking the patient table 7.1





After removing the packaging, examine the patient table for transport damage, e.g., due to moisture or external forces.


Fig. 132: PHS delivery state


Page 132 of 216


Transporting 7.2

Removing the patient table from the pallet 0

1. Remove all fasteners that secure the patient table to the pallet.

Fig. 133: MPT base platePos. 1 Attachment

Pos. 2 Adjustable foot

Pos. 3 Counter nut

2. Lower the transport rollers on the screws, which in turn raises the patient table.

Fig. 134: MPT transport framePos. 1 Screws to raise and lower

3. Lift the patient table with the transport rollers so that there is a 20 mm gap between the table and the pallet.


Page 133 of 216


4. Place the ramp on the pallet.

5. Move the patient table from the pallet to the floor via the ramp.


Page 134 of 216


Assembling the patient table at its installation location (without the RTP option) 7.3


Tip over of patient table

Risk of injury

Patient table has to be secured to the transport frame or to the floor

Fig. 135: MPT drilling template and spacer plate


Pos. 2 Spacer plate

Pos. 3 Primary holes (outer holes)

Pos. 4 Alternative holes (inner holes)




1. Attach the drilling template to the gantry and align it with the center of the gantry. The template must have contact with the gantry stand.

2. Using the angle square, ensure that the drilling template is at a precise 90 degree angle to the gantry.



3. Drill the holes using the guide jacket included in the delivery volume. Ensure that the guide jacket is locked accurately into the drilling template. The drill depth in the con-crete floor must be a minimum of 90 mm.


Page 135 of 216


- Drill depth: Ensure that the screw anchors sit a minimum of 70mm (this value is marked with a serrated ring at the anchor) in the concrete and not just in the floor cov-ering.

Fig. 136: Floor mounting PHS - anchor with and without floor covering

Pos. (A) Without floor covering



Pos. 2) Flooring

Pos. 3) Cut-out

Pos. 4) Screed

Pos. 5) Concrete




NOTE Use the outer holes of the drilling template whenever possi-ble. The inner holes should be considered as an alternativeonly (Fig. 135 / p. 135).

NOTE If you are using the alternative holes, adapt the positions ofthe adjustable feet accordingly.

4. If necessary, drill the holes for the cable trench.


6. Mark the contour of the drilling template. Cut out the floor covering of the MPT.

7. Position the patient table over the drilled holes so that the adjustable feet are aligned with the drilled holes.


Page 136 of 216



8. Lower the patient table on to the drilling template using the transport frame.

NOTE Risk of patient table overturn!


9. Using the angle square, ensure that the patient table is at a precise 90 degree angle to the gantry.


Check the 90 degree angle at both sides of the patient table.

After positioning the patient table at a 90 degree angle to the gantry, check the position of the drilling holes. The drilling holes must be visible through the four adjustable feet of the patient table base plate.

10. Loosen the counter nut at each of the adjustable feet.

11. Remove the tabletop.

Fig. 137: MPT tabletop change

12. Alignment with leveling tool (if available)


Page 137 of 216


- Turn the gantry by hand until the X-ray tube (at the drum, find the label with “XRT”) is in 6 o'clock position and lock the position using the rotation safety lock. The rota-tion safety lock is located at the gantry front/bottom right (Pos. 1/Fig. 138 / p. 138).

- Removing the cable bracketThe cable bracket at the front right side has to be disassembled because the place reference for the leveling tool is located under it.

a) Remove the cable ties (Pos. 1/Fig. 140 / p. 138)

b) Remove the PE connection X701 (Pos. 2/Fig. 140 / p. 138)

c) Remove the cable bracket screw connection (Pos. 3/Fig. 140 / p. 138)

d) Push the cable bracket to the side

Fig. 140: MPT cable bracket (front, right side)Pos. 1 Cable ties

Pos. 2 Screw attachments of bracket

Pos. 3 PE screw attachments



Page 138 of 216


- Position the leveling tool on the plane at the left side of the x-ray tube and on the plane in front of the motor brake of the patient table’s grounding plate.

For the positioning locations see (Fig. 143 / p. 139) and (Fig. 142 / p. 139).






Page 139 of 216



- Fix a digital spirit-level with adhesive tape in the middle of the leveling tool (Pos. 2/Fig. 143 / p. 139).


- After leveling the patient table, screw the four outer adjustable feet to the floor and lower the transport frame.

13. Alignment in X-direction

Level the patient table in X-direction to 0.0° (±0.1°) using the four adjustable feet. Use a digital spirit level as shown in the figure.


Fig. 144: Position of digital spirit level (X direction)


Page 140 of 216


14. Alignment in Z-direction

Level the patient table in Z-direction to 0.0° (±0.1°) using the four adjustable feet. Use a digital spirit level at the four measuring points of the top support’s metal frame as shown at the figure.

Fig. 145: Position of digital spirit level (Z direction)Pos. 1 4 measuring points

Measure at each side of the top support’s metal frame and evaluate these two values.


15. Verifying the alignment

Check the alignment of the PHS again with a digital spirit-level. You must maintain the following tolerances:

- X and Z directions: 0.0° ±0.1°- Leveling-tool (if available): 0.0° ±0.1°

If at least one direction is not within tolerance you must correct it. After readjust-ment you must check the alignment in X direction, Z direction, and the leveling tool again.

16. Mounting of PHS


- Insert the anchor screws with washers 10.5x36x3 and nuts into the drilled holes. Use a hammer if necessary.

NOTE Anchors of two different lengths have been supplied. Useeither the short or the long ones depending on the conditionof the underflooring (Fig. 136 / p. 136).


Page 141 of 216



If the threaded pin of the anchor is longer than 15 mm the base cover of the patient table cannot be installed!

If the threaded pin of the anchor is longer than 15 mm, open the nut of the anchor.Turn the threaded pin with a screwdriver until the excess length is a maximum 15 mm. After this step, you have to tighten the anchor with 35 Nm again.

17. Remove the leveling tool, unlock the safety lock (Pos. 1/Fig. 139 / p. 138).

18. Install the removed cable bracket. Tighten the bracket screws and PE connection X701 with 10 Nm. Secure the cables with cable ties again.


20. Install the tabletop again.

21. Remove the spacer plate (2/Fig. 135 / p. 135).


Page 142 of 216


Assembling the patient table at its installation location (only with the RTP option) 7.4

For RTP it is necessary to replace the adjustable feet of the patient table.

• Replace the 2 adjustable feet at the front of the patient table as shown in the picture.

Fig. 146: Adjustable feet for RTP installationPos. 1 Adjustable feet


Patient table can tip over.

Risk of injury

The patient table has to be secured to the transport frame or to the floor.

Fig. 147: MPT drilling template and spacer plate


Pos. 2 Spacer plate

Pos. 3 Primary holes (outer holes)

Pos. 4 Alternative holes (inner holes)



Page 143 of 216



The floor covering may have to be cut out in some cases toenable the patient table drilling template to be placed directlyon the concrete.

1. Attach the drilling template to the gantry and align it with the center of the gantry. The template must have contact with the gantry stand.

2. Rotate the Z-laser to 6 o’clock and move the plumb-line until the Z-laser is congruent with plumb-line.


Page 144 of 216


3. Align the PHS drilling template middle-line with the Z-laser.

Fig. 148: Drilling template alignmentPos. 1 Z-laser at the middle line


Page 145 of 216


4. Drill the holes using the guide jacket (included in the delivery volume) as shown in the picture.

The shown drilling position in the drilling templates are the preferred position. If needed, alternatives holes can be used of course. In case of using alternative holes, the adjust-able feet must be moved to another position.

Fig. 149: Drilling holes for RTP installationPos. 1 Drilling holes

Ensure that the guide jacket is locked accurately into the drilling template. Use the spe-cial drill (HILTI TE-CX) delivered with the RTP kit. The drill depth in the concrete floor must be a minimum of 90 mm.

- Drill depth: Ensure that the screw anchors sit a minimum of 70 mm (this value is marked with a serrated ring at the anchor) in the concrete and not just in the floor cov-ering.

5. If necessary, drill the holes for the cable trench.


7. Mark the contour of the drilling template. Cut out the floor covering of the MPT.


8. Position the patient table over the drilled holes, so that the mounting holes from MPT are aligned with the drilled holes.

Fig. 150: MPT mounting holes for RTPPos. 1 Mounting holes


Page 146 of 216


9. Lower the patient table onto the drilling template using the transport frame.

NOTE Risk of patient table overturning.


10. Loosen the counter nut at each of the adjustable feet.

11. Remove the tabletop.

Fig. 151: MPT tabletop change

12. Alignment with leveling tool (if available)

- Turn the gantry by hand until the X-ray tube (at the drum, find the label with “XRT”) is in the 6 o'clock position and lock the position using the rotation safety lock. The rotation safety lock is located on the gantry front/bottom right (Pos. 1/Fig. 152 / p. 147).



Page 147 of 216


- Removing the cable bracketThe cable bracket on the front right side has to be disassembled, because the posi-tion reference for the leveling tool is located under it.

a) Remove the cable ties (Pos. 1/Fig. 154 / p. 148)

b) Remove the PE connection X701 (Pos. 2/Fig. 154 / p. 148)

c) Remove the cable bracket screw connection (Pos. 3/Fig. 154 / p. 148)

d) Push the cable bracket to the side.

Fig. 154: MPT cable bracket (front, right side)Pos. 1 Cable ties

Pos. 2 Screw attachments of bracket

Pos. 3 PE screw attachments


Page 148 of 216


- Position the leveling tool on the plane of the left side of the x-ray tube and on the plane in front of the motor brake of the patient table’s grounding plate.

For the positioning locations, see (Fig. 157 / p. 149) and (Fig. 156 / p. 149).






Page 149 of 216



- Attach a digital spirit level with adhesive tape in the middle of the leveling tool (Pos. 2/Fig. 157 / p. 149).


- After leveling the patient table, screw the four adjustable feet to the floor and lower the transport frame.

13. Attach the 4 positioning adjustment tools to the 4 mounting holes of the patient table.

- The threaded sleeve does not contact the grounding just yet.

- Insert the 4 anchor screws with nuts and washers. Use a hammer if necessary.

- Insert the adjustment screws into the positioning adjustment tool so that a lateral movement is possible.

Fig. 158: Attaching the positioning adjustment toolPos. 1 Attachment points for the positioning adjustment tool

Pos. 2 Positioning adjustment tool

Pos. 3 Threaded sleeve

Pos. 4 Washer

Pos. 5 Anchor screw

Pos. 6 Adjustment screws

Pos. 7 Nut

Pos. 8 Washer


Page 150 of 216


14. Insert both index bars (last index position and 2nd index position)

Fig. 159: Attachment of the index bars

15. Rotate the Z-laser to 12 o’ clock. Check against the plumb-line at the wall.


Page 151 of 216


16. Align the MPT with the positioning adjustment tools by using the adjustment screws.

Fig. 160: Positioning adjustment toolPos. 1 2 adjustment screws

Both index bar middle lines must be congruent with the Z-laser


Page 152 of 216


Fig. 161: PHS alignment with the Z-laser and index barsPos. 1 Index bar

Pos. 2 Middle line on the index bar

Pos. 3 Z-laser


Page 153 of 216


17. Alignment in the Z and X direction

Fig. 162: PHS leveling

Level the patient table in the Z and X direction to 0.0° (±0.1°) using the four adjustable feet. Use a digital spirit level as shown in the figure. Use the rear index bar as a stopper for the digital spirit level.


Page 154 of 216


NOTE The RTP tabletop has a concave form in the front as a coun-termeasure against deflection with patient load. The backside of the tabletop is flat.

As a result, the leveling must done at the back side of theRTP tabletop.

Fig. 163: PHS alignment in the Z and X directionPos. 1 Digital spirit level for the Z direction

Pos. 2 Digital spirit level for the X direction

The tolerance of ±0.1° is the maximum specification. The adjustment of the patient table should be as close to 0.0° as possible.

18. MPT Mounting


Page 155 of 216


NOTE When the alignment of the Z and X direction and center align-ment is in tolerance, the MPT can mounted.


- Screw the threaded sleeve to the ground.

- Remove the adjustment screw.


If the anchor is longer than 15 mm, the base cover of the patient table cannot be installed.

If the anchor is longer than 15 mm, open the nut of the anchor.Turn the threaded pin with a screwdriver until the excess length is a maximum 15 mm. After this step, you have to tighten the anchor with 35 Nm again.

19. Remove the leveling tool, unlock the safety lock (Pos. 1/Fig. 153 / p. 147).

20. Install the removed cable bracket. Tighten the bracket screws and PE connection X701 with 10 Nm. Secure the cables with cable ties again.


22. Remove the spacer plate (2/Fig. 147 / p. 143).

23. Final check:

After mounting the MPT, re-check the alignment of the Z and X direction and the center alignment. If needed, repeat the alignment again.


Page 156 of 216


Removing the transport safety devices 7.5

Remove the remaining red painted transport safety devices.

Fig. 164: Transport safety devices

Fig. 165: Attached safety devices



Page 157 of 216


Establishing electrical connections 7.6

NOTE The cables are pulled back into the gantry for transport. Now,they have to be fed through the opening to the table.

Fig. 166: Cable routing from gantry to MPT

When the cables have been pulled through, they have to be connected as follows:

Installation with cable trench:

Installation without cable trench:

Cable Socket

W006 (Gantry) M700 X701 (MPT)

W032 (Gantry) PE736 (MPT cable trench)

W032 (MPT) PE736 (MPT cable trench)

W052 (Gantry) X702 (MPT)




Page 158 of 216


After connecting the cables, the connecters of cables W058 and W766 have to be insu-lated. Secure the insulation with cable ties at both sides as shown in the figure.

Fig. 167: Insulation W058-W766

Pos. 1 Insulation

Pos. 2 Cable ties


Ensure that the rolled up overlengths of the cables do nottouch the rotating part of the gantry.

Cable Socket

W006 (Gantry) M700 X701 (MPT)

W032 (MPT) PE336 (Gantry)





Page 159 of 216


Installing the Covers 7.7

NOTE With the RTP option, the PHS covers will be installed duringthe system startup, because some additional PHS adjust-ments are necessary for RTP.

NOTE Before you attach the covers for the patient table, consultwith the respective start-up personnel.

NOTE The installation material required is included in the tableaccessories kit.

After the table adjustment has been checked, the missing covers can be attached.


Page 160 of 216


Fig. 168: MPT cover overviewPos. 1 Foot covers

Pos. 2 Lower telescopic covers

Pos. 3 Upper telescopic covers

Pos. 4 Top cover

Pos. 5 Cover sheet

Important information for attachment of foot and top covers 0

The foot and top covers, left and right, are attached using pins and grommets as well as screws. Six grommets (three on each side) are for the foot covers and two grommets are for the top covers. The pins lock into the grommets.


Page 161 of 216


NOTE Before installing these covers, carefully check the grommets,especially those between the foot switches, and replace anythat are damaged.

After the covers are installed, check the function of the footswitches.

A set of 50 grommets (these are called "rubber couplings" inthe SPC) is delivered with the system. They can also beordered under material number 10092130.

Fig. 169: Grommets, foot side Fig. 170: Grommets, gantry side


Page 162 of 216


Fig. 171: Grommet between foot switches Fig. 172: Grommets for top covers (gantry side)

Fig. 173: Brass pin on cover Fig. 174: Example of a damaged grommet


Page 163 of 216


Attaching the covers for the hydraulic cylinder 0

1. Lower the patient table to a height of 630 mm (630 mm between tabletop and floor)

2. The foot covers (left Part.no. 8616414, right Part.no. 8616349) are attached using pins and grommets as well as screws. The pins have to lock into the grommets.

Fig. 175: Cover pin

Fig. 176: Grommets frontPos. 1 Grommets

Fig. 177: Grommets backPos. 1 Grommets

Fig. 178: Grommets sidePos. 1 Grommets (left and right sides)


Page 164 of 216


Fig. 179: Foot cover

• Secure the foot covers with 2 countersunk socket screws M3x6 at the front side.

Fig. 180: Foot cover front


Page 165 of 216


• Secure the foot covers with 2 countersunk socket screws M3x6 and a countersunk socket screw M4x20 (safety screw) at the front and back.

Fig. 181: Foot cover backPos. 1 Safety screw


Page 166 of 216


• Attach the lower and upper telescopic covers (2x lower, part no. 8616380, 2x upper, part no. 8616398) and secure them with 2 countersunk socket screws M3x6 at the front and back.

Fig. 182: Mounted telescopic coversPos. 1 Foot cover

Pos. 2 Lower telescopic cover

Pos. 3 Upper telescopic cover

• Attach the top covers (left part no. 8616372, right part no. 8616364)

Fig. 183: Mounting the top covers


Page 167 of 216


• At the front the pins from the top covers have to lock into the grommets.

Fig. 184: Grommets for the top coversPos. 1 Grommets

• At the back hook in the pin from the top covers into the cover holder.

Fig. 185: Top covers backPos. 1 Pin

Pos. 2 Cover holder


Page 168 of 216


• At the back secure the top covers with 2 countersunk socket screws M3x6 and 2 coun-tersunk socket screws M6x16 with washers.

Fig. 186: Screws - top cover backPos. 1 2 screws M6x16

Pos. 2 2 screws M3x6

• At the front secure the top covers with 2 countersunk socket screws M3x6 and 2 coun-tersunk socket screws M6x16 with washers.

Fig. 187: Screws - top cover frontPos. 1 2 screws M6x16

Pos. 2 2 screws M3x6

• a) If the cables between the gantry and the MPT (W006, W032, W052, W058, W072) are routed under the floor, the cover sheet (5/Fig. 168 / p. 161) at the front of the foot covers has to be attached with 2 countersunk socket screws M4x10.

b) If the cables between the gantry and the MPT (W006, W032, W052, W058, W072) are routed on the floor, a cable trench has to be installed.


Page 169 of 216


- Mount the cable trench to the floor with the two enclosed screws and washers. The ground point of the cable trench must be next to the gantry as shown in the figure (Fig. 189 / p. 170).

- Route the cables without tension into the cable trench.

Fig. 188: Cables between gantry and MPT

Fig. 189: MPT cable trench without cover


Page 170 of 216


- Attach the cover of the cable trench with the 4 screws.

Fig. 190: Cable trench cover

Pos. 1 4 screws


Ensure that the rolled up overlengths of the cables do nottouch the rotating part of the gantry.


Page 171 of 216

172 ICS/CTAWP and Control Box

8- 8ICS/CTAWP and Control BoxGeneral information 0


Personnel 0




30 650/250/500


Standard tool kit



Page 172 of 216

ICS/CTAWP and Control Box 173

Unpacking the ICS/CTAWP and control box 8.1


2. Remove all nails and fasteners with the pry bar if necessary.

3. Remove the top and sides of the wooden crate if necessary.

4. Remove all packaging from the crate and unpack all components.


After removing the packaging, examine the components for transport damage, e.g., due to moisture or external forces.


Page 173 of 216


Transporting 8.2

Carry the computer, monitor, and control box individually to the installation location. For the respective installation location, refer to the project plan or ask the on-site project manager.


Page 174 of 216


Assembling the ICS/CTAWP at its installation location 8.3

NOTE For Tower 8, a base foot (to stabilize the tower) has to beinstalled at the computer. The base foot is delivered with thecomputer. Install it as described in (Base Foot of Tower8 / p. 175).

Unpacking and installing 0

Base Foot of Tower 8

The base foot for Tower 8 has to be installed if the workstation is not installed in a cabinet or console.

Fig. 191: Attaching the base foot with screws

To ensure a secure position, the base foot must be attached prior to start-up.

• Lift the device slightly in back.

• Push the base foot under the device in the direction of the arrow (1/Fig. 191 / p. 175).

Make sure that the holes for the screws are aligned.

• Attach the base foot with the knurled screws (2/Fig. 191 / p. 175).

Positioning the components

1. Position the following on the operating console:

- Monitor (2/Fig. 192 / p. 176)

- Keyboard (3/Fig. 192 / p. 176)

- Mouse (4/Fig. 192 / p. 176)

- Control box (5/Fig. 192 / p. 176)


Page 175 of 216


1. Position the ICS/CTAWP computer at the location specified (1/Fig. 192 / p. 176).

NOTE Please note that the ICS/CTAWP computer has to be posi-tioned 100 mm away from the wall. Otherwise, the air from thefans cooling the computer will not circulate sufficiently.

NOTE There is a connection overview at the left side cover of theICS/CTAWP.

Fig. 192: Example: overview of operating console

Pos. 1 ICS computer

Pos. 2 ICS monitor

Pos. 3 Keyboard

Pos. 4 Mouse

Pos. 5 Control box

NOTE The multiple socket strip has to be mounted as shown in thefigure. (Fig. 193 / p. 177)


Page 176 of 216


Fig. 193: Mounting the multiple socket stripPos. 1 Nut

Pos. 2 Contact washer

Pos. 3 Multiple socket strip


Page 177 of 216



NOTE The ICS/CTAWP must always be mounted to the floor wheninstalling in a trailer.

The monitors, control box, mouse and keyboard must alwaysbe secured to the operating console.


• Unpack and assemble the ICS/CTAWP at its installation location in the trailer.

• Secure the ICS/CTAWP to the floor using 2 tensioning straps and the sidewise dogs.

Fig. 194: Computer secured with tensioning straps and sidewise dogs


Page 178 of 216

System Connections 179

9- 9System ConnectionsGeneral information 0

• The cable sets are delivered at a length of either 10 m, 16 m, or 25 m, depending on the order.

NOTE The cables are marked “red” and “green”. The red mark is forthe Definition cable length, the green mark is for the Defini-tion AS cable length.This mark defines the cable length nec-essary for the internal connection e.g., in the gantry.

If no green mark is available use the red one.

NOTE Fiber optic cables are extremely sensitive and easily dam-aged. Be extremely careful when routing fiber optic cables.Fiber optic cables should not be routed until system cablingis complete.

The minimum bending radius for the fiber optic cable has tobe at least 50 mm.

NOTE If line W4 is shortened, inform the start-up personnel andenter it in the installation protocol.

Lines may only be shortened by a trained electrician usingthe necessary special tools.

The minimum length of cables is 7 m. Do not fall below thisvalue.

After you shorten the cable, identify it correctly with the sup-plied label.

NOTE Correct cable routing is the basic prerequisite for a systemthat works properly.

For this reason, follow these instructions carefully.

NOTET The following torques apply:

• D sub plug: 0.13 Nm

• Cable connections at the line filter. 3 Nm

• PE cable at stud M6: 6 Nm

NOTE An overview is posted at the door of the PDC(Fig. 195 / p. 180).


Page 179 of 216

180 System Connections

Fig. 195: Overview - Connections in PDC_A

NOTE As required, the special cables e.g., for the warning lamp,room door switch, and REPO (Remote Emergency-PowerOFF), have to be connected to X20 at the PDC as shown in thegraphic (Fig. 195 / p. 180). Only qualified persons are allowedto connect these cables!


Page 180 of 216


NOTE The following graphics show the connections of the PE lines.(Fig. 198 / p. 181), (Fig. 199 / p. 181)

Personnel 0

• One person is required for this work step.

Fig. 196: Cable connection at threaded boltPos. 1 Nut


Pos. 3 Washer

Pos. 4 Cable socket

Pos. 5 Cable

Fig. 197: Cable connection with screwPos. 1 Screw


Pos. 3 Washer

Pos. 4 Cable socket

Pos. 5 Cable

Fig. 198: PE-connection with screwPos. 1 Screw

Pos. 2 Washer

Pos. 3 Cable socket


Pos. 5 Cable

Fig. 199: PE-connection on threaded boltPos. 1 Nut

Pos. 2 Washer

Pos. 3 Cable socket


Pos. 5 Cable


Page 181 of 216



Cable designations 0

• Every cable is identified by a W number and every plug and socket by an X number. Identical X numbers belong together.

Fig. 200: Cable labeling description

Cable routing 0

• The W4 voltage cable from the PDC to the gantry has to be routed as close to the PE cable as possible. They should be bundled together where possible.

• Do not roll up excess cable lengths. The excess length should be routed so as to mean-der in the cable channel. (Fig. 201 / p. 183)


Standard tool kit

Pry bar Opening the transport crates

Torque wrench 0.13 Nm Tightening the D sub plug

Torque wrench, 4-20 Nm Tightening the connections


Page 182 of 216


Fig. 201: Cable routing

Bending radius 0

• The minimum bending radius for the fiber optic cable has to be at least 50 mm.

• Voltage, signal, and ground cables have to remain within these dimensions.


Page 183 of 216


List of fix points 9.1

Tab. 5 List of fix points

Cable intended use From connec-tion point

To connection point

Comments

W1 Power for stationary gantry

PDC X100 Gantry X304 Line voltage cable L1/L2/L3 for stationary gantry power and L/N for UPS power

W2 Power for rotating gantry

PDC X102 Gantry X345 Line voltage cable for rotating gantry power; L1/L2/L3/N

W3 Power for cooling system in the gantry

PDC X103 Gantry X303 Line voltage cable for WCS

W4 High power trans-mitting A

PDC MVT_A X6/X8

Gantry X348 For HV generator A

W7 Power for IRS PDC X105 IRS X10 Line voltage cable for IRS power; L1/N/PE

W8 Power for the ICS power distributor

PDC X104 ICS_PD Line voltage cable for ICS power distributor power; L_USV/N/PE

W9 Power for PHS PDC X101 Gantry X302 Line voltage cable for PHS power; L/N

W10 Power for the syngo CT Workplace (IES) power distributor

PDC X110 IES_PD Line voltage cable for IES power distributor power; L_USV/N/PE

W12 Power for the IES tower PC

IES_PD IES Line voltage cable; standard power cord

W12 Power for the IES monitor

IES_PD IES monitor Line voltage cable; standard power cord

W12 Power for the ICS monitor

ICS_PD ICS monitor Line voltage cable; standard power cord

W12 Power for ICS tower PC

ICS_PD ICS Line voltage cable; standard power cord

W30 Gantry PE PDC PE Gantry PE PE cable; 35 mm2

W33 IRS PE PDC PE IRS PE PE cable; 10 mm2

W34 ICS PE PDC PE ICS_PD PE PE cable; 10 mm2

W35 IES PE PDC PE IES_PD PE PE cable; 10 mm2


Page 184 of 216


W50 Video data / fiber optic cable

IES IES monitor 1 x video data line; no extension included in the delivery volume

W50 Video data / fiber optic cable

ICS ICS monitor 1 x video data line; no extension included in the delivery volume

W51 Control box cable Con_Box Gantry_UMAS X402

Control cable

W53 Ethernet cable PDC ESI X2 Gantry UMAS X460

Data line to internal Ethernet switch in PDC

W54 Control CAN and StopRep

PDC XGS_A X4

Gantry UMAS X400

Control cable

W57 Ethernet cable PDC ESI X4 IRS X3 Data line to internal Ethernet switch in PDC

W59 Power control PDC X143 Gantry X369 Current loop for Power-Off button.

W61 Ethernet cable PDC ESI X3 ICS X40 Data line to internal Ethernet switch in PDC

W63 Ethernet cable PDC ESE X1 ICS X41 Data line to external Ethernet switch in PDC

W64 Ethernet cable PDC ESE X2 IES X45 Data line to external Ethernet switch in PDC

W65 Ethernet cable PDC ESI X4 IRS X5 Data line to internal Ethernet switch in PDC

W70 Duplex FastLink patch

IRS (GREC-FL_A) X2

Gantry UMAS X1

Data line; fiber optic cable

W74 Duplex FastLink patch

PDC XGS_A X2

Gantry UMAS X3

Data line; fiber optic cable

W80 Fiber-optic cable ICS X30 Gantry WIG X2 Fiber-optic cable

(optional with IVM)

W98 Duplex DataLink patch

IRS (GREC-FL)_ A/B X1.I

Gantry X395 Data line; fiber optic cable

Cable intended use From connec-tion point

To connection point

Comments


Page 185 of 216


NOTE If the monitor (ICS, IES, or dual) is delivered with an addi-tional PE cable,

then connect the PE cable of the monitor to the IMS powerdistribution PE sockets (PIT).


Page 186 of 216


Wiring diagrams 9.2

Voltage and protective conductor cables 0

Fig. 202: System connections: Line voltage and protective conductorPos. 1 Line voltage cable to PDC (L1/L2/L3/N/PE); on-site cable

Pos. 2 Radiation warning indicator; connection to floating ground relay switch contact; load: 230 VAC / 2 A or 24 VDC / 2 A; on-site cable

Pos. 3 Radiation ready indicator; connection to floating ground relay switch contact; load: 230 VAC / 2 A or 24 VDC / 2 A; on-site cable

Pos. 4 Door switch; on-site cable

Pos. 5 Connection (external cooling system ON/OFF) to floating ground relay switch contact; load: 230 VAC / 2A or 24 VDC / 2A; on-site cable; to switch ON/OFF an on-site chiller or the optional cooling system water/air-split

Pos. 6 Connection to EPO switch (Emergency Power OFF) contact of the UPS in the PDC; on-site cable OFF in the on-site power distributor; REPO (Remote Emergency)

Pos. 7 Line voltage power distribution terminal for the ICS, video splitter V_SPLIT 1, monitor 1 and monitor 2

Pos. 8 Video splitter 1 for monitor 1

Pos. 9 Video splitter 2 for monitor 2

Pos. 10 Standard monitor; in delivery volume

Pos. 11 Additional 2nd monitor; optional

Pos. 12 Power cable for video splitter 1; length 3 m; not designated with a W-number; fixed connection to video splitter 1


Page 187 of 216


Pos. 13 Power cord for video splitter 2; not designated with a W-number; fixed connection to video splitter 2

Pos. 14 PE cable; length 3 m; nominal wire size 3.3 mm2; not designated with a W number

Pos. 15 PE cable; nominal wire size 3.3 mm2; not designated with a W number; connected between the video splitters

Pos. 16 PE cable; required only when using the 15 m extension kit; in delivery volume of the extension kit

Control and data lines 0

Fig. 203: System connections: Control and data linesPos. 1 Keyboard cable; 3.8 m standard length; 15 m with extension kit; no W-number available

Pos. 2 Mouse cable; 3 m standard length; 15 m with extension kit; no W-number available

Pos. 3 Video data line (DVI-I); length 2 m; no W number available

Pos. 4 Video splitter 1 and 2

Pos. 5 Monitor 1; standard monitor; in delivery volume

Pos. 6 Monitor 2; additional 2nd monitor; optional

Pos. 7 Video data line (DVI-D); length 30 m / 100 m; in delivery volume of the Monitor Extension option; no W number available

Pos. 8 Video data line (DVI-D); length 30 m; in delivery volume of the CARE Vision CT option; no W number available

Pos. 9 Monitors of the Monitor Extension option

Pos. 10 Monitors of the CARE Vision CT option

Pos. 11 On-site LAN cable to on-site LAN connection

Pos. 12 On-site camera cable to on-site camera


Page 188 of 216


Connecting the components 9.3

Establish the system connections using the list of fixed points (Tab. 5 / p. 184) and the wir-ing diagrams presented above.

• The cable inlet is located at the bottom in back of the gantry. (2/Fig. 205 / p. 190)

• The connections of the gantry are all located on the right side and/or in the lower back at X348.

• Every cable connected to X348 must be separately attached with a cable tie.

• An isolation box has to be attached to the connection between the control box and cable W51. (Fig. 206 / p. 190)

• When connecting the table, excess cables have to be rolled up and tied together in the gantry.

Cabling details for the Gantry 0

The W4 cable has to be connected to X348 at the gantry as shown in the picture:

Fig. 204: W4 connected at X348

NOTE Tighten the two nuts on X348 with a torque of 6 Nm.

Do not use washers between the connected cables on X348!


Page 189 of 216


Fig. 205: Cable inlets (gantry cover) - cable routing on the floorPos. 1 Inlet for the water hoses

Pos. 2 Inlet for the cables

Fig. 206: Isolation box - Connection control box

Cabling details for the PHS2/3 0

NOTE After the patient table has been connected, do not flip thefront upward. If you do, the connectors will break off.


Page 190 of 216


Fig. 207: Overview - connections and cable routing PHS

Cabling details for the PDC 0

NOTE Cable W4 has to be connected as shown in the figures below.((Fig. 208 / p. 192), (Fig. 209 / p. 193) and (Fig. 210 / p. 193))

At connection X8, route the two black wires from two sides tothe connection point. Position the lug as shown in(Fig. 210 / p. 193).

Tighten the wires at connection screws X6 and X8 with atorque of 4.8 Nm.


Page 191 of 216


Fig. 208: Connection W4/W5 in PDC_A/BPos. 1 X6 (wire from one side)

Pos. 2 X8 (wire from two sides)


Page 192 of 216


Fig. 209: Detail - Connection X6 W4/W5 in PDC_A/B

Fig. 210: Detail - Connection X8 W4/W5 in PDC_A/B


Page 193 of 216

194 Cooling System

10- 10Cooling SystemGeneral information 0

NOTE There are two techniques for the system cooling: water-cool-ing and air-cooling. If the system is air-cooled continue with(Installing the Gantry Covers / p. 208).

NOTE All cooling water connections and hoses have to be insu-lated. Otherwise, excessive condensation will form.

• Two water hoses are included in the delivery volume for the system.

• The hoses have a pre-installed connector on one side.

• The hoses are connected to the back right of the gantry.

• The connectors for the other side of the hoses are delivered separately.

These connectors are for the on-site water connection.

• The loose end of the hose has to be shortened accordingly and connected to the on-site water supply using these connectors.

Personnel 0




Standard tool kit

Open end wrench, 36 mm Tightening the hose connections

Open end wrench, 41mm Tightening the hose connections


Page 194 of 216

Cooling System 195

Connecting the water hoses 10.1

NOTE You have to use fully insulated hoses to avoid condensedwater. If the hoses are not insulated, the project manager hasto provide the insulation material (Fig. 215 / p. 197).

To check for leak tightness, wait two hours after the fill pro-cedure to insulate the connections.

NOTE To connect the water hoses to the gantry, use the gantry con-nections for water supply as shown below (Fig. 220 / p. 198).

At a minimum, the connection piece with the shut-off valvehas to be installed!

1. Connect the hose with the red mark to the "water outlet" connector at the lower right in back of the gantry.

NOTE Arrows are printed on the hose. The arrows have to pointaway from the gantry.

2. Mark the other end of the hose red.

3. Connect the hose with the blue mark to the "water inlet" connector at the lower right in back of the gantry.

NOTE Arrows are printed on the hose. The arrows have to point tothe gantry.

4. Mark the other end of the hose blue.

5. Tighten the connections.

- Use a 36 mm or 41 mm open end wrench.

6. The hoses must be delivered insulated. If they are not, insulate the hoses with the mate-rial provided by the project manager.

NOTE To check for leak tightness, wait two hours after the fill pro-cedure to insulate the connections.

7. Route the water hoses to the on-site water connection.

8. Shorten the hoses to the required length.

9. Install the connectors. See also (Installing the connectors / p. 200).

10. Connect the hose with the red marking to the return (Fig. 213 / p. 197).

NOTE The arrows printed on the hose have to point to the on-sitewater connection (return).

11. Connect the hose with the blue marking to the water supply (Fig. 213 / p. 197).


Page 195 of 216

196 Cooling System

NOTE The arrows printed on the hose have to point away from theon-site water connection (supply).



Fig. 211: Water connection, gantry

Fig. 212: Insulated water connection, gantry


Page 196 of 216

Cooling System 197

Installing the hose connection pieces 0

See also (Fig. 216 / p. 198), (Fig. 217 / p. 198), (Fig. 218 / p. 198), (Fig. 219 / p. 198).

1. Insert the hose nozzle with the coupling nut into the hose.

2. Install the two aluminum half shells on the hose.

3. Attach the two half shells to one another with screws. Use the screws and nuts included in the delivery volume.

- The four spacers have to be on the screws between the half shells.

4. Tighten the screws until the spacers are adjacent to both half shells.

Fig. 213: On-site cooling water connection Fig. 214: Insulation, on-site water connections

Fig. 215: Routing the insulated cooling water hoses


Page 197 of 216

198 Cooling System

Installing the gantry connectors 0

Fig. 220: Gantry connections for the water supply

Fig. 216: Overview of required parts Fig. 217: Hose nozzle with connecting nut

Fig. 218: Installed connectorPos. 1 Spacers

Fig. 219: Connector, completePos. 1 Spacers

Pos. 2 Half shells


Page 198 of 216

Cooling System 199

Connecting the water hoses with W/A split cooling system 10.2

NOTE You have to use fully insulated hoses to avoid condensedwater. If the hoses are not insulated, the project manager hasto provide the insulation material (Fig. 215 / p. 197).

To ensure that they are watertight, wait two hours after thefilling procedure to insulate the connections.

NOTE To connect the water hoses to the gantry, use the gantry con-nections for water supply as shown below (Fig. 220 / p. 198).

1. Connect the hose with the red mark to the "water outlet" connector at the lower right in back of the gantry.

NOTE Arrows are printed on the hose. The arrows have to pointaway from the gantry.

2. Mark the other end of the hose red.

3. Connect the hose with the blue mark to the "water inlet" connector at the lower right in back of the gantry.

NOTE Arrows are printed on the hose. The arrows have to point tothe gantry.

4. Mark the other end of the hose blue.

Fig. 221: Hose connections to gantryPos. 1 Supply inlet

Pos. 2 Supply outlet

Pos. 3 Fill valve

Pos. 4 Drainage valve (behind the outlet pipe)

Pos. 5 Shut-off valve (red handle)

Fig. 222: Hose connections to gantry (12kW and 17kW system)

Pos. 1 Supply inlet


Pos. 3 Fill valve

Pos. 4 Drainage valve

Pos. 5 Shut-off valves


Page 199 of 216

200 Cooling System



6. The hoses must be delivered insulated. If they are not, insulate the hoses with the mate-rial provided by the project manager.

NOTE To ensure that they are watertight, wait two hours after thefilling procedure to insulate the connections.

7. Route the water hoses to the indoor unit water connection.

8. Shorten the hoses to the required length.

9. Install the connectors. See also (Installing the connectors / p. 200).

10. Connect the hose with the red marking to the return.

NOTE The arrows printed on the hose have to point to the indoorunit water connection (return).

11. Connect the hose with the blue marking to the water supply.

NOTE The arrows printed on the hose have to point away from theindoor unit water connection (supply).



Installing the connectors 0

See also (Fig. 216 / p. 198), (Fig. 217 / p. 198), (Fig. 218 / p. 198), (Fig. 219 / p. 198).

1. Insert the hose nozzle with the coupling nut into the hose.

2. Install the two aluminum half shells on the hose.

3. Attach the two half shells to one another with screws. Use the screws and nuts included in the delivery volume.

- The four spacers have to be on the screws between the half shells.

4. Tighten the screws until the spacers are adjacent to both half shells.


Page 200 of 216

Cooling System 201

Filling the cooling water circuit with on-site water supply 10.3

NOTE Prior to filling the cooling water circuit, ensure that theon-site water pressure does not exceed the maximum limit of10 bar.

NOTE The hose for condensed water and bleeding air has to first beconnected to an on-site outlet.

The hose is rolled up in the right side of the gantry.

1. Ensure that the hose for condensed water and for bleeding air is connected to the on-site outlet.

2. Open the on-site water supply (blue hose).

3. Open the on-site return (red hose).

4. Open the stop valve for the outflow of condensed water or for bleeding air. Use the four-square Allen key attached at the side.

5. Leave the valve open for approx. 10 minutes.

6. Look to determine whether the clear hose for condensed water or bleeding air still con-tains air bubbles.

7. Close the stop valve for the outflow of condensed water or for bleeding air.

8. Wait 15 minutes and repeat the process beginning at step 4.

NOTE After the gantry is completely filled, the on-site connectionsas well as the connections of the gantry have to be checkedat regular 2 hour intervals for possible leaks.

If the connections are free of leaks, the connections have tobe insulated as well with the insulation material .


Page 201 of 216

202 Cooling System

Filling the secondary cooling water circuit with the 15kW W/A split cooling system 10.4

NOTE The nominal static water pressure for the Gantry-WCS watersystem: 2 bar (± 0.2 bar; when the WCS is switched off).

Refill is mandatory at 1.8 bar.

Fig. 223: Hose connections to gantryPos. 1 Supply inlet


Pos. 3 Fill valve

Pos. 4 Drainage valve (behind the outlet pipe)

Pos. 5 Shut-off valve (red handle)

• Install the brass connector to one end of the garden hose and tighten accordingly. The brass connector is included in the WCS delivery volume (to connect the filling / draining hoses to the WCS).

• Remove the brass cap from the gantry water filling valve at the WCS "gantry water inlet". The cap will be used later to open/close the valve.

• Connect the hose to the gantry water filling valve and tighten it.

• Attach the water connection adapter to the other end of the garden hose (obtain locally based on the water tap of the on-site water supply).

• Connect the water connection adapter to a nearby water tap (on-site water supply) and tighten accordingly.

• Install the 2nd brass connector on the second garden hose and tighten it accordingly.

• Remove the brass cap from the gantry water drainage valve at the WCS (next to the water pump). The cap will be used later to open/close the valve.

• Connect the second garden hose to the "gantry water drainage valve" and tighten.

• The other end of the garden hose must be routed and secured to a drain.

• Open the gantry water drainage valve with one of the brass caps (to open, turn in counter-clockwise direction).


Page 202 of 216

Cooling System 203

• Close the red lever for the "Gantry Water Inlet".

- The red lever is in the horizontal position

• The manometer must be connected to the "Gantry Water Outlet".

• Open the water tap.

• Slowly open the gantry water filling valve with the brass cap (to open, turn in counter-clockwise direction).

- Water flows through the gantry water system bypass.

• Check the seals of all hose connections at the gantry and WCS.

• Flush the system for several minutes.

• After 5-10 minutes, use the 5 mm Allen wrench to open the magnet valve to the end stop (turn in clockwise direction). If installed, turn it to position 10. Water now flows from the WCS to the gantry. The system must be flushed like this for 30 minutes.

- Some air will escape from the internal air vent installed in the WCS (audible hiss).

• Close the gantry water drainage valve, then close the gantry water filling valve.

• Set the lever to vertical position (open).

• Open the gantry water filling valve.

- The water pressure should increase. Check the manometer.

- Close the gantry water filling valve when the pressure reaches 2.2 bar -2.5.

• Close the water tap.

• Check the hose connection seals again.

• Keep the hoses connected in case refilling is necessary during start-up.

• To refill, open the water tap, then open the fill valve until reaching 2.2 bar on the manometer.

• Refill is mandatory at 1.8 bar.

• Remove the filling and drainage hoses if pressure remains constant during the start-up process.

- Disconnect the filling water hose from the on-site water supply, then disconnect it from the WCS. Pour the remaining water in the hose down the drain.

- Disconnect the draining water hose from the WCS and pour the remaining water in the hose down the drain.

• Reinstall the brass caps on the filling and drainage valves to prevent leakage.


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204 Cooling System

Filling the secondary cooling water circuit with the 12kW and 17kW W/A split cooling system 10.5

NOTE The nominal static water pressure for the gantry-WCS watersystem (when gantry is switched off):

Primary circuit: 3 bar (refill mandatory at 2.2 bar)

Secondary circuit: 2 bar (Refill mandatory at 1.2 bar)

Fig. 224: Overview - Indoor unitPos. 1 Drainage valve

Pos. 2 Valve

Pos. 3 Valve

Pos. 4 Fill valve

1. Connect the filler device to the filling-and-draining valve (1) on the pump.

2. Connect the filler device to a tap water supply as well (use only water, as specified).


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Cooling System 205

3. Open the filling-and-draining valve (1) and close valve (3).

4. Connect filling-and-draining valve (4) to a drain by using an adequate hose (transpar-ent).

5. Open valve (2).

6. Put the filler device into operation.

7. As soon as only pure cooling medium escapes (no air visible) from filling-and-drain-ing-valve (4), close valve (4) and open valve (3).

8. Any remaining air in the system will escape from the air bleeder.

9. Let the filler device run until the filling pressure is attained (2 bar) and the air is com-pletely vented. Then turn off the device and close filling-and-draining-valve (1).

10. Remove the filler device and the connected hoses from the system and screw the pro-tection caps onto the filling-and-draining valves (1 & 4).

NOTE Switch on the primary and secondary pumps for 30 minutes.After 30 minutes, check the water pressure. Refill if neces-sary.


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206 Final Work Steps

11- 11Final Work StepsMeasuring the protective conductor resistance 0


Checking the protective system conductor

NOTE Measure the protective conductor meter as described in thefollowing product-specific contents.

NOTE All measuring points are listed in the "Mechanical InstallationCertificate" CT00-000.813.02.xx.02.

• Make sure that the measurement instrument is calibrated according to manufacturer's specifications.

• Use a protective conductor meter to perform the test.

• To ensure correct results, unroll the test cable completely from the test device prior to performing the test. Check the correct zero setting.

• Measure the protective conductor and resistance and enter all results in the “Mechani-cal Installation Certificate”.

General notes when measuring at the monitors

Always follow the note shown below when measuring at one of the monitors.

NOTE Disconnect the monitor signal cable to the computer. Other-wise, the graphics board will be destroyed.

Measuring point, 19” monitor (Siemens/Eizo)

Fig. 225: 19 inch flat screenPos. 1 Measurement point


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Final Work Steps 207

Measuring point, 19” monitor (Bigtide)

Fig. 226: 19" flat screenPos. 1 Measurement point


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Installing the Gantry Covers 11.1

Gantry Cover Overview

The figure below shows the location of the gantry covers.

Fig. 227: Overview

The gantry covers include the following components (line of sight from the front):

1. upper front ring segment

2. lower front ring segment

3. front right cover

4. right cover

5. front right baseboard

6. front lid

7. middle baseboard

8. front left baseboard

9. front left cover

10. left cover 1


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11. rear left baseboard

12. left lid

13. rear left cover

14. front service access

15. front shell

16. plastic ring

17. inboard cover

18. right lid

19. rear right baseboard

20. rear right cover

21. rear shell

22. rear service access

23. left rib insert 1

24. middle rib insert 2

25. right rib insert 3

26. rear ring

27. funnel

Installing the gantry covers

• Install the removed gantry covers in the reverse order of removal (Removing the covers / p. 59).

• Install the left and right front baseboard (cover overview: items 5 and 8).

• Install the front lid (cover overview: item 6).

• Install the middle baseboard (cover overview: item 7).

• Install the left rear baseboard (cover overview: item 11) as shown in (Fig. 228 / p. 210).

1. A side cover without a rib is used for water-cooled gantries

1. A spherical cover instead of the rib insert covers is used for water-cooled gantries2. A spherical cover instead of the rib insert covers is used for water-cooled gantries

3. A spherical cover instead of the rib insert covers is used for water-cooled gantries


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• Install the right rear baseboard (cover overview: item 11).

Fig. 228: Installing the right rear baseboardPos. 1 Holder for the rear right baseboard

Pos. 2 Spacers for the rear right baseboard (screwed in the threads of the transport frame)

Pos. 3 Rear right baseboard

Pos. 4 Cable clamp

Installation of the middle MPT baseboard (optional, only for systems with a MPT)


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Fig. 229: Installing the middle MPT baseboardPos. 1 Middle MPT baseboard (for installation without cable trench)

Pos. 2 Middle MPT baseboard (for installation with cable trench)

• If the cables between gantry and MPT are installed under the floor, mount the middle MPT baseboard (item 1) as shown in figure (1/Fig. 229 / p. 211).

• If the cables between gantry and MPT are installed at the floor in a cable trench, mount the middle MPT baseboard (item 2) as shown in (2/Fig. 229 / p. 211).

An opening for the cable trench has to be cut out at the middle MPT baseboard as shown in the figure.

Fig. 230: Cutting out an opening for the cable trench


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Cleaning the System 11.2

NOTE The system has to be cleaned before being transferred to thecustomer.

When cleaning the outer surfaces, only use cleaning agentsrecommended by the manufacturer.

• Never use sprays. They could seep into assemblies, destroy electrical parts, change the structure of plastics, or form explosive combinations of air and solvent vapors.

• Never use cleaning agents containing the following components or ingredients:

- Abrasive or organic solvents such as aldehyde, acetone, spot remover, benzene, or alcohol. These can weaken surfaces or cause hairline fractures that will cause the material to break under any load (Exceptions: alcohol can be used to clean monitor screens, and aldehyde-based compounds may be used to disinfect the gantry or the hardened surfaces of the patient table).

- Cleaning agents that can produce ammonia gas through decomposition or evapora-tion. Ammonia gas causes stress corrosion.

- Cleaning agents containing silicone. Old silicone causes electrical contact problems.

- Phenol-based or chlorine-releasing disinfectants, which can weaken materials.

Permitted and recommended cleaning agents

• The following cleaning agents may be used to clean the patient table, the patient table pad, and patient positioning supports.

- Tego, 10% vol.

- Gigasept, 6% vol.

- Somplex Perfekt AC, 2% vol.

- Melsitt, 10% vol. (slightly discolors surfaces)

- Peform, 2% vol. (slightly discolors surfaces)

Gantry / Patient Table

• Clean these components with a damp cloth.

ICS / IRS / IES Computer / UPS

• Clean these components with a damp cloth.

Monitors

• Monitors have sensitive anti-reflective layers.

• Clean the monitors with a soft cloth.

• Either pure alcohol or alcohol diluted in distilled water to a ratio of 1:3 or 2:3 may be used.

• Never use solvents.


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Disposing of the packing material 11.3

NOTE The packaging material for the installation and spare parts,which is not used for returns, has to be disposed of accord-ing to country-specific regulations.


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Installation Protocol 11.4

• Mechanical installation protocol (print no. CT00-000.813.02.XX.02)

NOTE This protocol has to be completed when the mechanicalinstallation was performed by a service provider (transportcompany) authorized by SIEMENS.

This mechanical installation protocol always has to bereturned to the CT main office.

- The mechanical installation protocol is located in the blue installation binder, Regis-ter 2.

- After it has been filled out completely, the protocol has to be signed and returned to the CT main office by mail or fax. The address and fax number are included in the protocol and installation instructions.

- A copy of the installation protocol remains in the white “Owner Manual” binder, Regis-ter 6 (certificates).


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Changes to previous version 215

12- 12Changes to previous version

Page Change Reason

(Cooling System / p. 194)

Instructions for new split cooling system added. Change No.: 556653


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216 Index

13IndexH hz_serdoc_F13G01U05M03 . . . . . . . . 17hz_serdoc_F13G12U01M01106, 135, 143


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