ECG Recorder BS6930-3

• Multi-day recording.
• Programming of all functions from the recorder.
• Digital technology for reliable recording and high signal quality.
• Immediate quality control of the recording, with the display of the ECG signal on the recorder's screen.
• Data transfer with memory card or USB cable.
• Large memory capacity for uncompressed recordings.
• Easy and fast data transfer for analysis.

Technical Specifications

• Dimensions: 75 x 58 x 17 mm.
• Weight: 62 gr.
• HOLTER ECG rhythm BORSAM
• Storage medium: FLASH card, capacity 2 GB.
• Sampling frequency: 128 - 1024 Hz.
• Frequency response: 0.05 - 60 Hz.
• 3-button keyboard for data entry (parameter programming, etc.).
• Event button: button for events.
• Liquid crystal graphics display (LCD) 1.4".
• Power supply from 1.5V battery type AAA (alkaline or rechargeable).
• Recording duration: 24 hours to 5 days in 3 channels.
• Recorded channels: 3.

iTengo ECG recording analysis software.

• iTengo analyzes multi-day recordings (24 hours to 5 days), providing effective and reliable results.
• Users can choose the tools available in the software for a quick and easy HOLTER analysis:
• Comprehensive display of the complete recording for all arrhythmias.
• HOLTER ECG rhythm BORSAM
• Display of ECG at speeds of 6 to 50 mm/s.
• Adjustable gain from 0.5 to 2.
• Display of complete ECG in alternative views.
• Pulse-to-pulse reclassification.
• Pattern reclassification.
• Creation of a new pattern.
• 4-day arrhythmia trends.
• 4-day ST analysis.
• Pacemaker rhythm analysis.
• Holter Heart Rate Variability (HRV) analysis.
• QT analysis.
• Obstructive Sleep Apnea (OSA) analysis.

In the protocol used, the user can select:

• Minimum pause duration (ms).
• Bradycardia threshold (bpm).
• Supraventricular tachycardia (SVT) threshold (bpm).
• Ventricular tachycardia (VT) threshold (bpm).
• Supraventricular ectopics (SVE) prematurity (%).
• Ventricular ectopics (VE) prematurity (%).

The system analyzes ST in all three ECG channels, and the user can intervene and set the electrical and temporal limits for the identification of these episodes.

The system has the ability to analyze pacemaker rhythm, providing the number of native and paced beats. It also provides analysis of atrioventricular (AV) sequential pacemaker ECG, including calculation and graphical display of spontaneous rhythm, atrial pacing (Ap), ventricular pacing (Vp), and AV pacing (AVp).