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RADIOMETER TRANSCUTANEOUS CO2 Monitor, NON-INVASIVE

TCM5 – A non-invasive way to monitor oxygenation (tcpO2) and
ventilation (tcpCO2) status in neonatal, paediatric, and adult patients.

Focus on patient care

With its advanced features, the TCM5 FLEX helps support your workflow so
you can focus on patient care.

  • System defined limits of site time vs. temperature
  • Easy workflow
  • Built-in tutorials and clear how-to messages
  • Colour touchscreen for a clear view of measured parameters
  • Connectivity to major patient monitoring system

Make informed decisions quickly and with confidence

Continuous non-invasive monitoring helps keep you in control.
The TCM5 FLEX monitor gives you a real-time view of changes.

  • Colour touchscreen displays parameters continually
  • Real-time trending measurements enable immediate clinical
    intervention to critical changes in patient status
  • Clearly visible alarm bar on top of the monitor

Reliable sensors for accurate results

  • Surgical steel protected sensors help ensure accurate results
  • A variety of fixation options support patient comfort
  • Automatic calibration of the sensor reduces preparation time and improves workflow
  • New for 2022: Improved sensor head design that with better protection of the cable and greater pull strength

Operating conditions

  • Ambient temperature: 5-40 °C (41 – 107 °F)
  • Relative humidity: up to 90 %, non-condensing
  • Atmospheric pressure: 525 – 800 mmHg (700 – 1060 hPa)
  • Built-in barometer:
  • Range: 375-825 mmHg or 50-110 kPa
  • Accuracy: ±5 mmHg or 0.67 kPa
  • Power: 100-240 V, 50-60 Hz, 55-85 VA (max.)
  • Rechargeable Lithium Ion battery, Type RRC2040
  • Typical operating time: 4 hours per charge at 25 °C

  • Measurement principle:
    Stow-Severinghaus-type tcpCO2 sensor combined with Masimo SET® SpO2 pulse oximetry. Conditions: sensor temperature of 43.0 °C, calibration interval: 12 h
  • tcpCO2:
    Accuracy: (5-200 mmHg): ± 5 mmHg
    Response time: (0-90%): ≤ 70 sec
    Drift: ≤ 0.5%/h
    Linearity: at 1 and 10% CO2: better than 1 mmHg or 0.13 kPa
    at 33% CO2: better than 5 mmHg or 0.67 kPa
  • SpO2:
    Accuracy: (70-100%): ± 3 digits
  •  Pulse rate:
    Accuracy: (25-240 bpm) ± 3 bpm
    SpO2 and pulse rate: signal averaging 2, 4, 8, 10, 12, 14 and 16 sec
    Data update rate: 1 per second

tc Sensor 84

  • Measurement principle:
    Stow-Severinghaus-type tcpCO2 sensor combined with Clark-type tcpO2 sensor
    Conditions: sensor temperature of 43.0 °C, calibration interval: 12 h
  • tcpCO2:
    Accuracy: (5-200 mmHg): ± 5mmHg
    Response time: (0-90%): ≤ 70 sec
    Drift: ≤ 1%/h
    Linearity: at 1 and 10% CO2: better than 1 mmHg or 0.13 kPa,
    at 33% CO2: better than 5 mmHg or 0.67 kPa
  •  tcpO2:
    Accuracy: (0-20.9 % O2): ± 5 mmHg (20.9-100 % O2): ± 10 % Response time: (0-90%): ≤ 25 sec Drift: ≤ 1%/h Linearity: at 0% O2: better than 1 mmHg or 0.13 kPa at 20.9% O2: better than 3 mmHg or 0.4 kPa at 50% O2: better than 5 mmHg or 0.67 kPa at 90% O2: better than 25 mmHg or 3.33 kPa

tc Sensor 54

  • Measurement principle:
    Stow-Severinghaus-type tcpCO2 sensor
    Conditions: sensor temperature of 43.0 °C, calibration interval: 12 h
    tcpCO2: Accuracy: (5-200 mmHg): ± 5 mmHg
    Response time: (0-90%): ≤ 70 sec
    Drift: ≤ 0,5%/h
    Linearity: at 1 and 10% CO2: better than 1 mmHg or 0.13 kPa
    at 33% CO2: better than 3 mmHg or 0.40 kPa