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Includes ECG Pattern (QRS analysis) and ECG Peak (wide complex). Analyzes QRS complex height, width, slope.
For 100% paced rhythms. Uses ventricular (V Pace) or atrial (A Pace) spikes as trigger signals.
Includes Arterial Pressure (systolic upstroke), Internal (no cardiac cycle), and CPR synchronization.
Represents helium movement, allows objective assessment of counterpulsation.
Reflects aortic pressure. Plateau pressure should be ±20mmHg of PDP.
Duration in which the balloon is inflated.
Examines issues like purge failure, low helium, low plateau pressure.
Addresses baseline below zero, elevated baseline, and high baseline.
Covers squared/rounded plateau pressure and inflation/deflation artifacts.
Identifies causes of high pressure like kinked catheter or balloon size.
Goal is rapid aortic rise, optimize PDP, increase O2 supply. Inflate prior to DN.
Goal is to reduce afterload, improve CO. BAEDP < PAEDP.
Defines key terms like PAEDP, PSP, PDP, BAEDP, APSP, DN for waveform analysis.
IAB inflated before DN. Violates Rule 1 for inflation. Reduces SV/CO.
DN visible between PSP and PDP. Violates Rule 1 for inflation. Less than optimum PDP.
APSP = PSP. Violates Rule 1 for deflation. No afterload reduction.
BAEDP > PAEDP. Violates Rule 2 for deflation. Increased LV workload, MVO2.
All aspects automated: trigger, inflation/deflation timing, lead selection.
Operator selects trigger source; timing adjusted automatically. Standby on trigger change.
Operator determines trigger source and timing. Standby on trigger change.
R wave is trigger event. Pacer spikes rejected. ESIS is automatic.
Systolic upstroke of arterial waveform is trigger. Threshold adapts to pulse height.
Uses ventricular/atrial spike for 100% paced rhythms. For unsuccessful ECG triggering.
R-wave ECG trigger with enhanced atrial pacer spikes. For atrial pacer tail interference.
For no mechanical cardiac cycle (bypass, asystole). Fixed at 80 BPM, adjustable 40-120 BPM.
Use IAB Inflation arrows until highlighted segment begins at dicrotic notch.
Use IAB Deflation arrows to adjust end of highlighted segment before ventricular ejection.
Semi-Auto/Manual modes allow IAB inflation/deflation control for optimal assist.
Correct unreliable ECG by repositioning electrodes or changing gain/lead.
Maintain line patency with flushing to prevent pressure trace problems.
Use ECG Trigger in SEMI AUTO. Pressure trigger not recommended.
System assists ectopic beat if R-wave sensed. Select ECG lead to minimize amplitude difference.
Use ECG or Arterial Pressure trigger during CPR for synchronization.
Alerts for >10 min standby. Warning against >30 min inactivity due to thrombus risk.
Press INFLATION INTERVAL to recalculate APD after changing monitoring site.
Indicates trigger source unavailable or unreliable. Pumping suspended until trigger reestablished.
Reattach electrodes, switch to SEMI AUTO, adjust gain, or select new trigger source.
Flush circuit, check connections, improve ECG signal, or switch to SEMI AUTO.
Valid trigger lost in ECG or Pacer mode. Operator intervention: reattach, select new source.
Valid trigger unavailable in pressure mode. Verify source, transducer, or select new trigger.
Patient not 100% paced or A-V interval/rate issues. Select ECG trigger or adjust timing.
ESU detected with Pacer trigger. Pumping resumes when interference clears.
Small leak or high helium diffusion. Check connections and tubing.
IAB catheter or extender tubing disconnected. Reconnect or inspect.
IAB membrane not unfolded, kinked, or in sheath. Inspect catheter and tubing.
Blood detected in IAB catheter. Stop pumping and notify physician.
Helium tank empty/closed or IABP cannot fill. Check tank or system.
Covers poor signal quality, no pressure source, and inability to update timing.
Includes ECG detected during internal trigger and irregular pressure trigger.
Includes augmentation below limit set and low battery alerts.
Prompts for IAB not filled or manual fill notification.
Indicates trigger source has changed and requires timing verification.
Messages regarding autofilling, AUTO mode disable, and gas loss alarms.
Indicates system selected R-Wave Deflation due to random rhythm.
How to open menus and navigate selections using arrow keys.
Allows selection of ECG Lead Source and Pressure Source.
Provides access to adjust ECG Gain, Pressure Threshold, Internal Rate, etc.
Configures display, alarms, audio, and print settings.
Recommendations for battery, security, altitude compensation during transport.
Console version with hospital cart or UTS for air/vehicular transport.
Use visual alarms, check helium levels, verify yoke tightness during transport.
Low battery alerts (audible, visual), battery indicator flashing, module inactive.
Charge via AC power. Allow 18 hours for full charge. New battery ~135 min runtime.
System switches to battery if AC power is lost. Reverts to AC when restored.
System can use inverter power; check specifications and qualified personnel.
Auto Fill compensates for pressure changes. Manual fill needed if Auto Fill unavailable.
Unlock console, lift straight up. Ensure cart wheels are locked.
Lift battery release levers, unlock tab, lift battery. Lower console onto battery pack.
Includes ECG Pattern (QRS analysis) and ECG Peak (wide complex). Analyzes QRS complex height, width, slope.
For 100% paced rhythms. Uses ventricular (V Pace) or atrial (A Pace) spikes as trigger signals.
Includes Arterial Pressure (systolic upstroke), Internal (no cardiac cycle), and CPR synchronization.
Represents helium movement, allows objective assessment of counterpulsation.
Reflects aortic pressure. Plateau pressure should be ±20mmHg of PDP.
Duration in which the balloon is inflated.
Examines issues like purge failure, low helium, low plateau pressure.
Addresses baseline below zero, elevated baseline, and high baseline.
Covers squared/rounded plateau pressure and inflation/deflation artifacts.
Identifies causes of high pressure like kinked catheter or balloon size.
Goal is rapid aortic rise, optimize PDP, increase O2 supply. Inflate prior to DN.
Goal is to reduce afterload, improve CO. BAEDP < PAEDP.
Defines key terms like PAEDP, PSP, PDP, BAEDP, APSP, DN for waveform analysis.
IAB inflated before DN. Violates Rule 1 for inflation. Reduces SV/CO.
DN visible between PSP and PDP. Violates Rule 1 for inflation. Less than optimum PDP.
APSP = PSP. Violates Rule 1 for deflation. No afterload reduction.
BAEDP > PAEDP. Violates Rule 2 for deflation. Increased LV workload, MVO2.
All aspects automated: trigger, inflation/deflation timing, lead selection.
Operator selects trigger source; timing adjusted automatically. Standby on trigger change.
Operator determines trigger source and timing. Standby on trigger change.
R wave is trigger event. Pacer spikes rejected. ESIS is automatic.
Systolic upstroke of arterial waveform is trigger. Threshold adapts to pulse height.
Uses ventricular/atrial spike for 100% paced rhythms. For unsuccessful ECG triggering.
R-wave ECG trigger with enhanced atrial pacer spikes. For atrial pacer tail interference.
For no mechanical cardiac cycle (bypass, asystole). Fixed at 80 BPM, adjustable 40-120 BPM.
Use IAB Inflation arrows until highlighted segment begins at dicrotic notch.
Use IAB Deflation arrows to adjust end of highlighted segment before ventricular ejection.
Semi-Auto/Manual modes allow IAB inflation/deflation control for optimal assist.
Correct unreliable ECG by repositioning electrodes or changing gain/lead.
Maintain line patency with flushing to prevent pressure trace problems.
Use ECG Trigger in SEMI AUTO. Pressure trigger not recommended.
System assists ectopic beat if R-wave sensed. Select ECG lead to minimize amplitude difference.
Use ECG or Arterial Pressure trigger during CPR for synchronization.
Alerts for >10 min standby. Warning against >30 min inactivity due to thrombus risk.
Press INFLATION INTERVAL to recalculate APD after changing monitoring site.
Indicates trigger source unavailable or unreliable. Pumping suspended until trigger reestablished.
Reattach electrodes, switch to SEMI AUTO, adjust gain, or select new trigger source.
Flush circuit, check connections, improve ECG signal, or switch to SEMI AUTO.
Valid trigger lost in ECG or Pacer mode. Operator intervention: reattach, select new source.
Valid trigger unavailable in pressure mode. Verify source, transducer, or select new trigger.
Patient not 100% paced or A-V interval/rate issues. Select ECG trigger or adjust timing.
ESU detected with Pacer trigger. Pumping resumes when interference clears.
Small leak or high helium diffusion. Check connections and tubing.
IAB catheter or extender tubing disconnected. Reconnect or inspect.
IAB membrane not unfolded, kinked, or in sheath. Inspect catheter and tubing.
Blood detected in IAB catheter. Stop pumping and notify physician.
Helium tank empty/closed or IABP cannot fill. Check tank or system.
Covers poor signal quality, no pressure source, and inability to update timing.
Includes ECG detected during internal trigger and irregular pressure trigger.
Includes augmentation below limit set and low battery alerts.
Prompts for IAB not filled or manual fill notification.
Indicates trigger source has changed and requires timing verification.
Messages regarding autofilling, AUTO mode disable, and gas loss alarms.
Indicates system selected R-Wave Deflation due to random rhythm.
How to open menus and navigate selections using arrow keys.
Allows selection of ECG Lead Source and Pressure Source.
Provides access to adjust ECG Gain, Pressure Threshold, Internal Rate, etc.
Configures display, alarms, audio, and print settings.
Recommendations for battery, security, altitude compensation during transport.
Console version with hospital cart or UTS for air/vehicular transport.
Use visual alarms, check helium levels, verify yoke tightness during transport.
Low battery alerts (audible, visual), battery indicator flashing, module inactive.
Charge via AC power. Allow 18 hours for full charge. New battery ~135 min runtime.
System switches to battery if AC power is lost. Reverts to AC when restored.
System can use inverter power; check specifications and qualified personnel.
Auto Fill compensates for pressure changes. Manual fill needed if Auto Fill unavailable.
Unlock console, lift straight up. Ensure cart wheels are locked.
Lift battery release levers, unlock tab, lift battery. Lower console onto battery pack.
General| Type | Surgical Table |
|---|---|
| Manufacturer | Maquet |
| Model | CS100i |
| Table Width | 500 mm (19.7 in) |
| Lateral Tilt | +/- 20° |
| Power Supply | 100-240 VAC, 50/60 Hz |
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