User's Manual
Table Of Contents
- general description
- Description
- Indications for Use
- Intended Use
- Contraindications
- Programmer Warnings and Cautions
- General
- Electrostatic Discharge (ESD)
- S-ICD System Warnings and Cautions
- General
- Use of Other Medical Therapies/Diagnostic Procedures
- Electromagnetic Interference (EMI) Outside the Hospital Environment
- S-ICD System Clinical Investigation
- Potential Adverse Events
- Setup of the Q-TECH Programmer
- Packaging
- Programmer Controls and Connections
- Charging the Programmer
- Using the Q-TECH Programmer
- Turning the Programmer On
- Changing the Programmer Volume Level
- Placing the Programmer in Suspend Mode
- Turning the Programmer Off
- Using the Programmer Touch Screen
- Using the Wand
- Navigation
- Screen Header
- Navigation Bar
- Restarting the Programmer
- Configuring the Q-TECH Programmer
- Configuring Programmer Settings
- Date and Time Format
- Time Zone
- Language Preference
- Printer Selection
- Programmer Software Version
- Modes of Operation for the Q-TECH Programmer
- Online Behavior
- Offline Behavior
- Modes of Operation for the SQ-RX Device
- Shelf Mode
- Therapy On Mode
- Therapy Off Mode
- Connecting and Disconnecting from the SQ-RX Device
- Scanning For SQ-RX Devices
- Connecting to the SQ-RX Device
- Connecting to an SQ-RX Device in Shelf Mode:
- Ending a Patient Session
- Programming the SQ-RX Device at Implant
- Entering Electrode Information
- Creating the Patient Chart
- Automatic Setup
- Programming Therapy Parameters
- Defibrillation Testing
- Performing an SQ-RX Follow-up
- Sensing Configuration and Automatic Setup
- Viewing SQ-RX Device Status
- Viewing Stored Episodes
- Printing Reports from the Programmer
- Printing Reports
- Summary Report
- Captured S-ECG Report
- Episodes Report
- S-ECG Features
- S-ECG Rhythm Strip Markers
- S-ECG Scale Settings
- Capture and View S-ECG Strips
- Utilities Menu
- Acquire Reference S-ECG
- Capture All Sense Vectors
- Beeper Control
- Manual Setup
- Smart Charge
- Additional Programmer Functions
- Rescue Shock
- Manual shock
- S-ICD System Magnet Model 4520
- Charging the Programmer
- Cleaning the Programmer
- Service
- Maintenance Check
- Safety Measurements
- Programmer End of Life
- Inability to Print
- No Printer Available
- Touch Screen Inactive while Connected to AC Power
- Loss of Communication with Printer
- Inability to Communicate With the SQ-RX Device
- Federal Communications Commission (FCC) US
- Essential Performance
- EMI/RFI
- Declarations tables
- Table 3: Declaration Electromagnetic Emission
- Table 4: Declaration Electromagnetic Immunity Part 1
- Table 5: Declaration Electromagnetic Immunity Part 2
- Table 6: Recommended Separation Distances
- Table 7: EMI/RFI Information: Programmer–to–pulse generator
- Table 8: EMI/RFI Information: Programmer–to–printer (Bluetooth®)
- Specifications
- Table 9: Product Guidelines
- Table 10: Specifications
- Table 11: Nominal Specifications
- Definition of package label symbols
- Table 12: Packaging Symbols: Q-TECH Programmer
- Table 13: Packaging Symbols: Q-TECH Programmer Wand
- Warranty
- Limited Warranty
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QTECH™ PROGRAMMER: OPERATION
Programmer Software Version
To view the programmer’s software version:
1. Select About Programmer on the Programmer Settings screen. The Programmer
Software Version information screen appears (Figure 13).
Figure 13: Programmer Software Version information screen
2. This screen displays the current version of the programmer software. Select the
Continue button to return to the Programmer Settings screen.
Note: The patient printed report contains the programmer software version.
Modes of Operation for the Q-TECH Programmer
Online Behavior
The programmer’s interface varies according to whether the programmer is Online (actively
communicating) or Oine (not communicating) with a selected SQ-RX device.
An Online session begins when the programmer establishes a telemetry link with a specic SQ-RX
device. A yellow alert screen is displayed if the telemetry signal is lost between the programmer and
the SQ-RX device for more than ve seconds during active communication. This may occur if the