Home
GE
Medical Equipment
SIGNA Voyager
Page 125 (Pneumatic Patient Alert (PA1))
GE SIGNA Voyager - Pneumatic Patient Alert (PA1)
178 pages
Manual
To Next Page
To Next Page
To Previous Page
To Previous Page
Loading...
2 Pneumatic Patient Alert (PA1)
Weight: 0.5 lbs (0.2 Kg).
Magnetic Field Limit: 100 gauss (10mT)
Illustration 5-5: Pneumatic Patient Alert Control Box (PA1)
SIGNA Voyager Pre-Installation
Direction 5680008–1EN, Revision 2
Chapter 5 Operator Room
125
124
126
Table of Contents
Main Page
Default Chapter
2
Direction 5680008-1EN, Revision
2
Table of Contents
13
Chapter 1 INTRODUCTION
19
Pre-Installation Manual Introduction
19
Document Purpose
19
Intended User
19
Document Overview
20
Chapter 2 GENERAL SYSTEM LEVEL
21
System Components
21
Magnet Room
21
Equipment Room
21
Control Room
21
Accessories
21
MR Suite Minimum Room Size Requirement
23
IEC EMC Compliance
27
MR Seismic Requirements
28
MR Suite Acoustic Specifications
29
MR Suite Magnetic Field Specifications
30
Magnet Fringe Field
30
Interference from Changing Magnetic Fields
33
Electrical Current
36
Non-MR System Equipment Sensitivity to Magnetic Fields
37
Magnet Shield
38
Multiple MR System Requirements
40
Multiple Magnets
40
Shared Equipment Rooms
41
MR Suite Temperature and Humidity
42
Temperature and Humidity Requirements
42
Equipment Heat Output Specifications
43
MR Coolant Requirements
44
Integrated Cooling Cabinet (ICC) Coolant Requirements
44
Emergency Facility Coolant Requirements
47
MR Suite Electrical Requirements
49
General Electrical Requirements
49
Main Disconnect Panel (MDP) Requirements
52
MR System Shipping and Receiving
54
Receiving Requirements
54
Facility Delivery Route Requirements
54
MR System Component Shipping Specifications
55
Chapter 3 MAGNET ROOM
59
Magnet Room Introduction
59
Magnet Room Structural Requirements
61
Overview
61
Environmental Steel Limits
61
Vibration Requirements
62
Magnetic Shielded Room Requirements
64
Acoustic Room Specifications
65
RF Shielded Room Requirements
66
RF Shielded Room Purpose
66
RF Definitions
66
Customer Responsibilities
67
Requirements
68
RF Shield Requirements
68
RF Shield Test Report
69
Dock Frame Anchor Mounting Requirements
70
RF Shielding Integrity Reliability Requirements
71
Finished Room Requirements
72
Walls
72
Penetration Wall Closet
72
Doors, Magnet Access Openings and Patient Viewing Windows
73
Finished Ceiling
73
Magnet Room Floors
76
Magnet Room Equipment Specification
79
Magnet with Enclosure (MAG)
79
Patient Table (PT)
80
Magnet Rundown Unit (MRU)
81
Magnet Room Venting Requirements
83
Venting System Requirements
83
HVAC Vent Requirements
83
Emergency Exhaust Vent Requirements
83
Pressure Equalization Vent Requirement
85
Cryogenic Venting
85
Vent Requirements Inside the Magnet Room
86
General
86
Vent Materials
87
Vent Size
87
Construction
88
Cryogen Vent Support
88
Vent Requirements Outside the Magnet Room
90
Cryogen Vent Support
90
Vent Construction
90
Vent Exit
91
Combined Vent
93
Magnet Room Electrical and Grounding Requirements
95
Electrical Line and Filter Requirements
95
Lighting Requirements
95
Grounding Requirements
95
Chapter 4 EQUIPMENT ROOM
97
Equipment Room Overview
97
Equipment Room Layout
97
Components in Equipment Room
98
Equipment Room Hardware Components
99
Integrated System Cabinet (ISC)
99
Integrated Cooling Cabinet (ICC)
102
Magnet Monitor (MON) Requirements and Specifications
105
Requirements
105
Specifications
105
Main Disconnect Panel (MDP) Option
107
Magnetic Resonance Elastography (MRE) Option
108
Requirements
108
Specifications
108
ISC and ICC Construction Requirements
109
ISC and ICC Wall Opening Requirements
112
Chapter 5 OPERATOR ROOM
121
Operator Workspace (OW1)
121
Pneumatic Patient Alert (PA1)
125
Oxygen Monitor (OXY) Option
126
Chapter 6 SYSTEM INTERCONNECTIONS
129
MR System Interconnects Specifications
129
Component Designator Definitions
129
Usable Cable Lengths
130
Long / Short Cable Selection Guidance
131
Magnetic Resonance Elastography (MRE) Option
132
MR System Interconnects Routing Requirements
133
General Requirements
133
Magnet Room Requirements
134
Cable Tray Requirements and Examples
135
Recommended Cable Groupings
135
Equipment Room Requirements
138
MR System Cable Specifications
140
Facility Supplied System Interconnects Specifications
144
Chapter 7 APPENDIX
147
Glossary
147
MR Site Vibration Test Guidelines
150
Test Measurements
150
Equipment (Spectral Analyzer) Set-Up
150
Data Collection
151
Ambient Baseline Condition
151
Normal Condition
151
Presentation/Interpretation of Results
151
RF Shielding Effectiveness and Ground Isolation Testing
157
Ambient Radio Frequency Interference (RFI)
157
Introduction
157
Ambient Radio Frequency Interference (RFI) Site Survey
157
Broadband RF Interference
157
Discrete RF Interference
157
RF Shielding Effectiveness (SE) and Ground Isolation Test Methods
158
Introduction
158
Reference Level and Dynamic Range
159
Shielding Effectiveness (SE)
159
Test Equipment
159
Test Set-Up for RF Shielded Room
159
Measurement Procedure
160
Test Frequency
160
Reference Level Measurement
161
Shielding Effectiveness Measurement
161
Attenuated Level Measurement
163
RF Shielded Room Ground Isolation Resistance Measurement Method
164
Shielding Effectiveness Calculation
164
RF Shield Test Report
165
Acoustic Background and Design Guidelines
167
Acoustic Background
167
Airborne
167
Structureborne
167
Acoustic Design Guidelines
168
Inter-Spacial Areas
168
Magnet Room
168
Wall Construction
168
High Bay RF Room
170
Miscellaneous Plumbing, RF Windows and RF Doors
170
Sample Calculation AC Power Equipment Minimum Distance
172
Selecting Magnet Anchor Size
173
Magnet Cryogenic Venting Pressure Drop Reference Tables
175
Related product manuals
GE Vivid S5
690 pages
GE Vivid S6
690 pages
GE LOGIQ S8
418 pages
GE Vivid S70
709 pages
GE SEER Light
86 pages
GE Vivid S6 N
834 pages
GE Vivid S60N
478 pages
GE Voluson S10
127 pages
GE MAC 600 SPY
127 pages
GE LOGIQ S8 Vet
418 pages
GE Voluson Swift
344 pages
GE SENOGRAPHE 800T
82 pages
To Next Page
Loading...
