Comen - NC3 Vital Signs Monitor
Comen - NC3 Vital Signs Monitor
Comen NC3 vital signs monitor
NC3 is specially created to check patent vitals in a specific spot for vital parameters like SP02, NIBP, and Heart Rate. Infrared Ear Temperature measurement technology and the ear thermometer can quickly determine the temperature in seconds and then transfer and display the temperature on the monitor using its built-in IMF connecting the Ear thermometer and the vital signals monitor NC3. It is a combination of innovative and beautiful design. An ultra-11-ion battery, as well as a transparent screen, provide the best assistance for the hospital, clinic, and visit to the patient. Battery life can last up to 12 hours.
Features:
- With easy-to-use features such as Spo2, NIBP, Tempo
- Instantaneous assessment of temperature
- Simple, elegant, light, and compact
- Operation time for portable devices up at 12 hours
- Large font display
- Ant-oxidative & waterproof material
- 6 Inch LED backlight LCD
- Liquid Protection Graded to IPX1
- High-Performance and Robust Design Can be able to withstand 1.2M Drop test
- 50 data sets of storage
Standard Configuration | Nellcor SpO2 NIBP |
Safety Standards | ISO 13485:2003 approved, CE marking according to MDD93/42/EEC |
Patient type | Adult, Child, Neonate |
Product Size | 130mm x 125mm x 219mm |
Net Weight | 1.25kg standard configuration |
Display |
• Type: 6” LED • Resolution: 800x600 |
Operation Environment |
• Temperature: 0-40c • Humidity: 15-85% |
AC Voltage | AC100-250V, 50/60Hz |
Battery |
• Battery Type: rechargeable Lithium-ion battery • Battery Capacity: 4400mA • Continuously working time: 12 hours • Battery Recharging Time: Maximum 3.5 hours for charging; Date storage • NIBP Recall: 50 groups • Interface: RS-232 Ethernet interface AC interface Grounding pole Multi-function interface to connect with sub-monitor and plugin slot |
Nellcor Sp02 |
• Measurement & alarm range: (0-100) % • Resolution: 1% • Accuracy: ±2% (70-100%, MAX-A, MAX-AL, MAX-N, MAX-P, MAX-I and MAX-FAST sensors) ±3% (70-100%, D-YS, DS-100A, OXI-A/N and OXI-P/I sensors) • 0-69% unspecified • PR Measurement Range: 20~300bpm • Resolution: 1bpm • Accuracy: ±3bpm • Alarm range: 20-250bpm |
NIBP |
• Method: Automatic oscillometric • Work mode: Manual/Automatic/Continuous • Measurement Unit: mmHg / Kpa selectable • Measurement types: Systolic, Diastolic, Mean • Range of systolic pressure: Adult Mode: 40-270 mmHg Pediatric Mode: 40-200 mmHg Neonate Mode: 40-135mmHg • Range of diastolic pressure: Adult Mode: 10-215 mmHg Pediatric Mode: 10-150 mmHg Neonate Mode: 10-100 mmHg • Range of mean pressure: Adult Mode: 20-235 mmHg Pediatric Mode: 20-165 mmHg Neonate Mode: 20-110 mmHg Over-pressure protection: both Hardware and software over pressure protection Accuracy: Less than ±5mmHg Resolution: 1 mmHg PR from NIBP: 40-240 bpm |
Ear Thermometer |
• Measurement range: 34-42.2°C • Resolution: 0.1°C • Accuracy: ±0.2°C (without probe) • Channel: T1, T2, TD |
How to Read a Vital Signs Monitor
Electronic vital sign monitors have been used in hospitals for more than 40 years. In films or on television, they produce sounds that cause doctors and nurses to rush to the scene shouting things like "stat! "
If you or someone you know is in a hospital or a hospital, you might be looking at the monitor in more detail and figuring out what the beeps and numbers mean. Although many kinds and types of monitors can be used for critical signs, most of them work similarly to one another.
How They Work
Sensors that are tiny and attached to your body transmit data to your computer. Particular sensors could be patches of skin stuck to your skin, and other sensors could be attached to your finger of one. Sensors have developed dramatically since the first digital heart rate monitors came into existence in 1949. Most modern devices come with touch screens that transmit information wirelessly.
Monitors that are the most basic show your heart rate, blood pressure, and body temperature, and the more sophisticated models can show how much oxygen is in your blood or the date you breathe. They will also reveal the amount of pressure exerted by your brain or the amount of carbon dioxide you're exhaling. The monitor can emit a specific sound when you have vital indicators that are not in line with the guidelines for safe levels.