BIOTRONIK Enitra HF-T QP Manuals

Manuals and User Guides for BIOTRONIK Enitra HF-T QP. We have 1 BIOTRONIK Enitra HF-T QP manual available for free PDF download: Technical Manual

BIOTRONIK Enitra HF-T QP Technical Manual (144 pages)

Brand: BIOTRONIK | Category: Medical Equipment | Size: 2 MB

Table of Contents
3
Device Description
9
Indications
11
Contraindications
13
Warnings and Precautions
15
Medical Therapy
15
Storage and Sterilization
16
Lead Connection and Evaluation
16
Programming and Operation
17
Home Monitoring
18
Electromagnetic Interference (EMI)
19
Wireless Technology
19
Home and Occupational Environments
20
Cellular Phones
21
Hospital and Medical Environments
22
Pacemaker Explant and Disposal
22
Programmable Parameters
23
Pacing Modes
23
Motion Based Rate-Adaptive Modes
23
CLS Modes
23
Non-Rate-Adaptive Modes
24
Mode Switching
24
Pacing Modes with Triggered Response
27
Rate Related Functions
27
Basic Rate
28
Rate Hysteresis
28
Scan Hysteresis
29
Repetitive Hysteresis
30
Night Mode
31
Rate Fading
32
Pulse Specific Features
32
Pulse Amplitude
32
Pulse Width
33
Automatic Sensitivity Control (ASC)
34
Ventricular Pacing Parameter Options
37
Timing Features
38
Atrial Refractory Periods
38
Atrial Refractory Period
39
Pvarp
39
Auto Pvarp
40
Right Ventricular Refractory Period
40
Left Ventricular Refractory Period
40
AV Delay
40
Dynamic AV Delay
41
AV Hysteresis
41
AV Repetitive Hysteresis
42
AV Scan Hysteresis
42
Negative AV Delay Hysteresis
43
I-Opt
44
AV Opt. Test
44
Ventricular Blanking after Ap
45
Far-Field Protection
46
Safety AV Delay
46
Upper Rate and UTR Response
46
Lead Polarity
47
Parameters for Rate-Adaptive Pacing
48
Sensor Gain
49
Sensor Threshold
51
Rate Increase
51
Maximum Activity (Sensor) Rate
51
Maximum Closed Loop Rate
52
Rate Decrease
52
Management of Specific Scenarios
52
2:1 Lock-In Management
52
Atrial Upper Rate
53
Atrial Overdrive Pacing (Overdrive Mode)
53
Management of Specific Scenarios
55
PMT Management
55
PMT Protection
55
PMT Detection and Termination
55
Adjustment of the PMT Protection Window
56
Ventricular Capture Control (VCC)
57
Feature Description
57
Capture Control Parameters
57
Search Type
58
Algorithm Suspension, Abort and Disabling
62
Ventricular Capture Control Programming
63
Atrial Capture Control (ACC)
63
Feature Description
63
Search Type
65
Ventricular Pace Suppression (Vp-Suppression)
66
Feature Description
66
Programmability
66
How the Vp Suppression Algorithm Works
66
Thoracic Impedance
67
Programconsult
68
Home Monitoring
70
Transmission of Information
70
Patient Device
71
Transmitting Data
71
Types of Report Transmissions
72
Trend Report
72
Event Report
72
Description of Transmitted Data
72
IEGM Online Hds
74
Periodic IEGM for Home Monitoring Follow-Up
74
MRI Programming
75
Diagnostics
77
Diagnostics Overview
77
General Diagnostic Information
77
Timing Statistics
78
Event Episodes and Events
78
Rate Histograms
79
AV Histogram
79
Pacing Trends
79
Arrhythmia Statistics
80
Atrial Burden
80
Duration of Tachycardia Episode
81
Tachy Episodes/24 H
81
AT/AF Burden
81
Ventricular Response
81
Heart Failure (HF) Monitor
81
Mean Heart Rate
82
Mean Heart Rate at Rest
82
Heart Rate Variability
82
Patient Activity
82
Thoracic Impedance
82
Hours
84
Rate
84
Percent Paced
84
More Statistics
84
Event Counters
84
Event Episodes and Events
86
Pulse Amplitude and Threshold
86
Ax-Vs Interval Distribution
87
Sensor Rate
88
Arrhythmia
89
P/R Wave Trend
90
Lead Impedance Trends with Lead Check
91
Far-Field Histogram
92
Vp Suppression
93
Iegms
94
Other Functions/Features
97
Wandless (RF) Telemetry
97
Establishing Wandless Telemetry
97
Economy Mode
98
Safe Program Settings
100
Magnet Effect
100
Automatic Magnet Effect
100
Asynchronous Magnet Effect
100
Synchronous Magnet Effect
100
Temporary Programming
101
Patient Data Memory
101
Position Indicator
102
Pacing When Exposed to Interference
102
Product Storage and Handling
103
Sterilization and Storage
103
Opening the Sterile Container
104
Pacemaker Orientation
104
Lead Connection
105
Auto Initialization
106
Follow-Up Procedures
109
General Considerations
109
Real-Time IEGM Transmission
109
Impedance Test
110
Threshold Test
110
P/R Measurement
112
START (Test)
113
Intrinsic Rhythm (Test)
113
Mode
114
Sensing Test Parameters
114
Basic Rate
114
AV Delay
114
Upper Rate
114
Pulse Amplitude
114
Pulse Width
114
Sensitivity
114
Pacing Polarity
115
Sensing Polarity
115
Vectoropt
115
AV Opt. Test
116
Testing for Retrograde Conduction
116
Measuring Retrograde Conduction
118
Requirements for Measurement
118
Follow-Up History
118
Atrial Non-Invasive Programmed Stimulation (NIPS)
119
Description
119
Burst Stimulation
119
Programmed Stimulation
120
Back up Pacing
121
NIPS Safety Features
121
Optimizing Rate Adaptation
122
Sensor Optimization
122
Adjusting the Sensor Gain
123
Adjusting the Sensor Threshold
123
Elective Replacement Indication (ERI)
125
Explantation
127
Common Reasons to Explant a Pacemaker
127
Technical Data
129
Modes
129
Pulse- and Control Parameters
129
Rate Adaptation
132
Atrial Capture Control (ACC)
132
Right/Left Ventricular Capture Control (RVCC/LVCC)
133
Home Monitoring Parameters
133
Additional Functions
134
NIPS Specifications
135
Programmer
135
Materials in Contact with Human Tissue
135
Electrical Data/Battery
136
Mechanical Data
136
Order Information
137

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BIOTRONIK Enitra HF-T QP Technical Manual (144 pages)

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