SA Instruments 1030 - Circulation Module Input Output Connections

194 pages

Save Page as PDF

To Next Page

To Previous Page

Water Bed Heater System

Revision C, August 2013

19-4

Electrical connections:

Circulation Module input output connections

PC serial connection to PC

Power 12 VDC input power connection

Fluid and optic connections:

HOT fluid flow to Heater Module for hot

COLD fluid flow to Heater Module for cold

RETURN fluid flow from Heater Module

HEATER IN optical input from Heater Module

HEATER OUT optical output to Heater Module

Main Page

Default Chapter3
- Table of Contents3
Introduction9
Chapter 1 System Overview11
- Monitoring and Gating13
- System Components13
Chapter 2 System Setup17
- Installation of Software19
- Setting up the Hardware19
- Communication Port Assignment21
- Setting the Communication Port in PC-Sam21
- Testing the Monitoring and Gating System21
- Testing the Heater System22
- Step by Step Instructions for Monitoring and Gating23
- Recommendations for Daily Operation24
Chapter 3 PC and ERT Control/Gating Module25
- Overview27
- Monitor Display27
- Labeling Convention for Respiration Channels30
- User Input Channels30
- ERT Control/Gating Module Input/Output Connections31
- Gate Output Pulse Signal Configuration31
- Altering Monitor Configuration31
- Snapshot Key33
- Trend Key33
- GATING SETUP Window34
- R-DETECT Setup Window35
- CHARGER Window37
Chapter 4 ERT Module39
- Overview41
- Positioning the ERT Module41
- Attaching ECG Electrodes42
- Connecting the Battery Pack Cable42
- Positioning ECG Lead Wires42
- Attaching the Temperature Probe46
- Positioning the Thermister Temperature Probe47
- Charging the ERT Battery Pack47
- ERT Battery Pack Protection Circuit48
- Setting the 50/60 Hz Notch Filter48
Chapter 5 Simulator49
- Overview51
- Operation52
- Battery Replacement53
- Capnograph and Ventilator Option54
Chapter 6 Air Heater System55
- Overview57
- Heater Components57
- Heater Control59
- Heating the Mouse60
Chapter 7 Trends61
- Overview63
- Trendmap Viewer Display63
- Source Trend Key65
- Get and Save Setup Keys65
- TREND ORDER ADJUSTMENT Window65
- Mark Stop and Mark Stop Keys66
- Define Output Key66
- Selecting Events Recorded in Trend Data67
- Trend Data Item List68
Chapter 8 Snapview71
- Overview73
- Snapview Display73
- SETUP Window74
- Rerun Key75
- Print Key75
- Export Key75
Chapter 9 Additional Features77
- SYSTEM INFORMATION Window79
- SET COLORS Window80
- ALARMS Window81
- Cardiac and Respiratory Sweep Gates82
- Freeze/Thaw Key83
- Event Key83
Chapter 10 Invasive Blood Pressure85
- Overview87
- Fiber Optic Communication Cable Connections87
- IBP Transducers87
- Animal Cannula89
- Flushing the IBP Transducer and Cannula91
- Making Blood Pressure Measurements91
- Zeroing the Invasive Blood Pressure Transducer92
- Calibrating the Invasive Pressure Transducer92
- Charging the IBP Module Internal Battery92
- Spare Channels for Auxiliary Data93
Chapter 11: Pulse Oximetry Module95
- Overview97
- Oximeter Components and Connection97
- Display Configuration98
- Changing Sensor Clips and Forms98
- Attachment of Fiber Optic Oximetry Sensors100
- PC-Sam's Main Display101
- Plethysmogram Gate Threshold102
Chapter 12 Fiber Optic Temperature105
- Overview107
- Components and Connections107
- Display Configuration108
- Attaching, Handling and Cleaning Fiber Optic Temperature Probes108
- PC-Sam's Main Display109
- Heater Control109
Chapter 13 Fiber Optic Pressure111
- Overview113
- Fiber Optic Communication Cable Connections114
- Display Configuration116
- Calibrating Fiber Optic Pressure Sensor116
- Zeroing the Fiber Optic Pressure Sensor117
- Inserting the Fiber Optic Pressure Sensor118
- PC-Sam's Main Display118
- Procedure for Making IBP Measurements from the Rat Tail Artery119
Chapter 14 Capnograph and Ventilator121
- Overview123
- Ventilator MR-Compatible Valve Assembly123
- Ventilator Setup in MR124
- Ventilator Operation125
- Microcapstar Capnograph125
- Capnograph Setup in MR125
- Capnograph Operation126
- Capnograph/Ventilator Interface Module126
- Display Configuration126
- PC-Sam Main Display127
Chapter 15 Advanced Features129
- Inversion Timing133
- USER RESP SETUP Window133
- USER IBP SETUP Window134
- AUTO EVENT for Time Stamping135
- ADVANCED GATING SETUP Window136
- Auto Track136
Chapter 16 Signal Breakout Module139
- Overview141
- Input/Output Connections141
- Setup and Use142
- Using Multiple Signal Breakout Modules143
- Signal Breakout Module Data Formats144
- Capturing ASCII Slow Data from the Serial Output144
- Capturing ASCII Waveform Data from the Serial Output144
- Capturing Digital Waveform Data from the Serial Output145
Chapter 17 Fiber Optic Universal Gating Module147
- Overview149
- Controls and Connections149
- Setup and Use150
Chapter 18 Micro-Imaging MR Systems151
- Overview153
- Micro-Imaging Kit153
- Micro-Imaging Equipment Setup154
- Bruker Micro 2.5 Mouse and Micro 2.5 AHS/RF Imaging Probes155
- Bruker Mini 0.5 AHS/RF Imaging Probe156
- Bruker Micro-Imaging Kit Components157
Chapter 19 Water Bed Heater System159
- Overview161
- Operation in the Standalone Mode161
- Operation with a SAII Monitoring and Gating System161
- WBH USER INTERFACE Window162
- TEST and SERVICE Window163
- Circulation Module Input Output Connections164
- Heater Module Input Output Connections165
- Water Beds166
- Water Bed Heater System Setup in MR166
- Turning on the Water Bed Heater Control169
- Changing the Water Bed169
- Polyether as an Alternate Fluid169
Appendix A: Appendix C Troubleshooting179
- ERT Communication Error182
- Check Communication between the PC and ERT Control/Gating Module182
- No Heat from the Heater183
- Low Heat from the Heater183
- Gating Setup When Large Artifacts Are Present in the ECG Waveform184
Appendix D Routine Maintenance187
Appendix E Example Waveforms189
Appendix F193
Warranty, Service and Support193

SA Instruments 1030 - Circulation Module Input Output Connections

Table of Contents