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Patient Monitor – 5 Parameters NSL Accuit Sign 7 MDX (China)

92,000.00

92,000.00

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Patient Monitor – 5 Parameters NSL Accuit Sign 7 MDX (China)

92,000.00

Feature:
High resolution 12.1″color TFT display
Suitable for adult, pediatric and neonatal patient
Color TFT Screen, waveform up to 8 channels
Operation modes: Diagnostic, Monitor, Surgery
Light and portable with Built-in rechargeable lithium battery
 UP to 10 kinds of monitor parameters
 Arrhythmia analysis, pace-marker detection and S-T Segment analysis
72 hour storage and review of trend grams and tables
500 NIBP measurement date can be storage and recall
Electro surgical unit and defibrillation protected
Networkable with central monitoring system
Standard parameters: ECG, NIBP, SPO2, Respiration, Temperature, Pulse rate, Thermal Printer, CO2, IBP
ECG
5-lead or 3-lead selectable
Input: 5-lead :RA; LA; RL; LL; V or R; L; N; F; C
ECG waveforms of 7-leads display on the same screen
Lead selection :I; II; III; avR; avL; avF; Vx
ECG waveform :2 channels
Gain selection :12.5mm/s, 25mm/s, 50mm/s
Accuracy :±1bpm or ±1%, whichever is greater
Protection :Withstand 4000VAC/50Hz voltage in isolation against electrosurgical and defibrillation
Calibration signal :1mV±5%
Alarm range: Adult :15-300bpm
Pediatric/Neonatal :15-350bpm
Arrhythmia analysis and S-T segment analysis
Alarm range :-2.0mV~2.0mV
S-T segment detection Measurement rang :-0.2mv~2.0mv
Alarm :Yes, audible and visual alarm, alarm events review
NIBP
Operation modes :Manual/Automatic/STAT
Measurement unit :mmHg/KPa selectable
Measurement types :Systolic, Diastolic and Mean
Over-pressure protection :YES
Resolution :1mmHg
Accuracy :Mean error and standard deviation per ANSI/AAMI SP-10
Alarm :Systolic, Diastolic, and Mean
Auto measure time :Adjustable
Measurement rang :10-270mmHg
500 NIBP measurement date can be storage and recall
SpO2
Measurement range :0-100%
Accuracy :70-100%, ±2% 0-69%, upspecified
Alarm range :0-100% Pulse rate
Range :20-254bpm
Accuracy :±3bpm
Respiration
Method :RA-LL impedance
Pediatric/Neonatal :6-150rpm
Alarm range: Adult :6-120rpm
Pediatric/Neonatal :6-120rpm
Apnea alarm :YES
Temperature
Channel :Dual-channel
Alarm range :0-50℃
Apnea :0.1℃
CO2
Method :Thermo-dilution
Measurement range :CO: 0.1-20 lit /min.
IBP
Channel :2 channels
Pressure transducer :Sensitivity: 5(mV/V/mmHg)
Transducer sites :ART, PA, CVP, RAP, LAP, ICP
Alarm range :-10~300mmHg
Standard Accessories:
ECG, SPO2, NIBP, 1- Skin TEMP
Optional Accessories:
IBP, CO2

Description

In medicine, Patient Monitor is the observation of a disease, condition or one or several medical parameters over time.

It can be performed by continuously measuring certain parameters by using a medical monitor (for example, by continuously measuring vital signs by a bedside monitor), and/or by repeatedly performing medical tests (such as blood glucose monitoring with a glucose meter in people with diabetes mellitus).

Transmitting data from a monitor to a distant monitoring station is known as telemetry or biotelemetry.

Monitoring of vital parameters can include several of the ones mentioned above, and most commonly include at least blood pressure and heart rate, and preferably also pulse oximetry and respiratory rate. Multimodal monitors that simultaneously measure and display the relevant vital parameters are commonly integrated into the bedside monitors in critical care units, and the anesthetic machines in operating rooms. These allow for continuous monitoring of a patient, with medical staff being continuously informed of the changes in general condition of a patient. Some monitors can even warn of pending fatal cardiacconditions before visible signs are noticeable to clinical staff, such as atrial fibrillation or premature ventricular contraction(PVC).

Physiological data are displayed continuously on a CRTLED or LCD screen as data channels along the time axis, They may be accompanied by numerical readouts of computed parameters on the original data, such as maximum, minimum and average values, pulse and respiratory frequencies, and so on.

Besides the tracings of physiological parameters along time (X axis), digital medical displays have automated numeric readouts of the peak and/or average parameters displayed on the screen.

Modern medical display devices commonly use digital signal processing (DSP), which has the advantages of miniaturizationportability, and multi-parameter displays that can track many different vital signs at once.

Old analog patient displays, in contrast, were based on oscilloscopes, and had one channel only, usually reserved for electrocardiographic monitoring (ECG). Therefore, medical monitors tended to be highly specialized. One monitor would track a patient’s blood pressure, while another would measure pulse oximetry, another the ECG. Later analog models had a second or third channel displayed in the same screen, usually to monitor respiration movements and blood pressure. These machines were widely used and saved many lives, but they had several restrictions, including sensitivity to electrical interference, base level fluctuations and absence of numeric readouts and alarms.

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