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Non-Invasive Blood Pressure Analyser
The Rigel 311c is an advanced technology battery powered NIBP simulator, which now incorporates innovative calibration tables for all the major monitor manufacturers.
The comprehensive CalTables have been developed and certified by the NIBP monitor manufacturers enabling test results to be immediately and automatically corrected and verified.
In addition, the CalTables can be upgraded quarterly in line with individualmanufacturers’ recommendations to ensure that the Rigel 311c NIBP simulator is continually capable of testing within specifications.
The Rigel 311c is a lightweight and compact NIBP simulator that has been designed specifically for highly portable applications in biomedical engineering departments in hospitals, health centres and similar medical facilities.
The NIBP simulator incorporates an internal pump for static calibration, leak tests and over pressure tests. Built-in adult and neonate mandrels also eliminate the need for blocks to be used to test blood pressure monitors.
Applications
Included with the Rigel 311 NIBP simulator:
Rigel 311C NIBP CalTables
BP Presents Systolic/DiastolicAdult Neonatal
Accuracy <± 0.5% of selected target value
Oscillometric Pulse
Pulse Amplitude @ MAP 2.0mmHg
Pulse Volume Range 0 to 4.4ml
Pulse Rise Time 80 msec (minimum)
Pulse Rate
Pulse Rate Range 15-330 bpm
Pulse Rate Accuracy ± 1bpm, 15-200 bpm
± 2 bpm 201-330 bpm
Displayed/ Measured Parameters
Dynamic NIBP Cuff Pressure Waveform Measurement Time 0.0 to 180.0 seconds
Maximum Inflation Pressure 0 to 400 mmHg (400.0 mmHg typical)
Inflation Time 0.0 to 180.0 sec
Inflation Rate 0 to 999.9 mmHg/sec
Minimum Pressure 0 to 400 mmHg (400.0 mmHg typical)
Deflation Time 0.0 to 180.0 sec
Deflation Rate -0.0 to -999.9 mmHg/sec
Digital Manometer
Pressure Range 0.0 to 400.0 mmHg
Accuracy ± 0.5 mmHg, traceable to NIST
Resolution ±0.1 mmHg
Leak Test
Start Pressure 200 mmHg nominal,
10 to 370 mmHgvia Remote Control
Pressure Drop 0 to 400 mmHg (400.0 mmHg typical)
Elapsed Time 60 seconds
High Resolution Manometer 0.0 to 400.0 mmHg (400.0 mmHg typical)
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