• Select the Parameters button on the Task Bar.
• Select the Alarms tab on the Parameters bar.
• Find the Minimum Target % for CCM Delivery on the Alarms panel.
• Activate this function by setting the check () symbol in the checkbox next to
Enable.
Currently programmed value for this parameter will appear
To modify the current value of the Minimum Target % for CCM Delivery, perform the
following:
• Select current value for Minimum Target % for CCM Delivery.
• When the Min Target for CCM Deliv. (%) window appears, select a new
parameter value.
• Program the new parameter value to OPTIMIZER Smart IPG.
29.2 Maximum Lead Displacement
Possible damage or displacement of a ventricular lead could be identified by a change in
the lead impedance compared to previous measured values.
Measurement of V and LS lead impedance by either the OMNI Smart Programmer or
OPTIMIZER Mini Charger are stored in the OPTIMIZER Smart IPG.
Measurement of V and LS lead impedance by the OPTIMIZER Mini Charger is done
automatically at beginning of every charge procedure. The latest measured impedance
value for each lead is then compared to previous stored impedance values for each lead.
The OPTIMIZER Mini Charger can be programmed to display a Numerical Code
whenever the lead impedance exceeds the maximum tolerated difference to latest stored
lead impedance (Numerical Code 1 – see Section 33.6.2).
To activate the Numerical Code 1 alarm in the OPTIMIZER Mini Charger:
• Select the Parameters button on the Task Bar.
• Select the Alarms tab on the Parameters bar.
• Find Maximum Lead Displacement on the Alarms panel.
• Activate this function by setting the check () symbol in the checkbox next to
Enable.
Currently programmed value for this parameter will appear
To modify the current value of the Maximum Lead Displacement, perform the following:
• Select current value for Maximum Lead Displacement.
• When the Max Lead Displac… window appears, select new parameter value.
• Program new parameter value to OPTIMIZER Smart IPG.
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