Features: Ergonomicdesign portable convenient for use Unique digitalSPO2 technology can work accurate during motion and low perfusion Anti AC &high-frequency electrosurgical & defibrillators interference Rich screen layout,standard, large font, trend graph, ECG full lead ，SPO2, NIBP, RESP, TEMP, PR, and others Strong datastorage for later review Audible& visual alarm available, adjustable Patientinformation management function Powerful softwarefunction to support use in NICU, ICU, OR, CCU or normal patient room Wired/wirelessnetworking with central monitoring system, up to *4 beds in one group Built-in thermalrecorder for printing real-time and historical data Super long liferechargeable Lithium battery upto 2 hours of working time Suitable foradult, pediatrics and neonate patients Standard configuration: ECG, NIBP, SPO2,TEMP, RESP, PR, Rechargeable Lithium battery Optional: Dual TEMP Dual IBP ETCO2 (sidestream) Wall mount Trolley Specification: ECG Full lead: I, II,III, AVL, AVR, AVF and V Gain: 5mm/mV,*0mm/mV, *5mm/mV, *0mm/mV and *5mm/mV Scanning speed:Changeable with three grades of *2.5mm/s, *5mm/s and *0mm/s Band width:0.*5Hz***0Hz(3dB) Heart rate: Scope: *5times/minute to **0 times/minutes Accuracy: ±1 time/minute Variation of heartbeat LORENZE drawing: Analysis on heartbeat data for the current 5 minutes with histogram during RR period. Arrhythmia: Twenty kinds of common abnormal ECG can beanalyzed, with ECG data of***0 times of arrhythmia kept and with *0 seconds kept for each time. Accuracy: Errorrate < *0% </span> Undetected rate< *0% </span> ST section Scope: ±0.8mV Precision : ＜ ±0.*5mV SpO2
Detectionscope: 0%***0% Accuracy ±1% *0%***0% ±2% *0%**9% NIBP Theory Electricoscillator Cuff gassingtime less than *5 seconds First-time gassingpressure: dynamic state *4kPa（**0 mmHg） Manual selection:9.3kPa（*0 mmHg），*3.3kPa（**0 mmHg），*6.0kPa（**0 mmHg） *8.6kPa（**0 mmHg），*0.0kPa（**0 mmHg），*1.3kPa（**0 mmHg）， Automaticdetection period: 1 minute to **0 minutes Stop size：1 min（1 min **0min）, 5min(*0min **0min), *0min(*0 min **0min) and*0min（*0 min ***0min） Detectionscope: Systolic bloodpressure: 4kPa **4kPa(*0mmHg ***5mmHg) Diastolicpressure 2kPa **9.3kPa(*5mmHg***0mmHg) Mean pressure 2.7kPa～*1.3kPa （*0mmHg～**5mmHg） Detectionaccuracy Static pressure:±3mmHg Pulse rate: ±2% Resp Chest impedancemethod or concentration of carbon dioxide at end of respiration Scope of chestimpedance method 0 time/minute **0minutes/minute Precision of chestimpedance method time/minute Detection scope ofcarbon oxygen at end of respiration 3mmHg**5mmHg；0.4%vol*9.9%vol Detection scope ofrespiration rate: 2 times/minute ->*0 times/minute（including baby） Detectionprecision of respiration rate: ±1 time/minute Temp Single/doublepath Type: Vascular/surface temperature Scope: *0℃～*0℃ Accuracy: ±0.2℃ Invasive bloodpressure (optional) Single/doublepath Type: direct andcontinuous detection Scope:*6.*7kPa(**0mmHg)—*6.*7kPa(**0mmHg) Precision: below *3.*3kPa(**0mmHg)±0.*7kPa(2mmHg) *3.*3k Pa(**0mmHg) above±2% Frequency response：DC**2Hz Input resistance:not less than **0kΩ Sensitivity ofsensor: 5μV/V/mmHg Motivation voltage：5V (DC) Accuracy ofsensor: ±2％Isolationvoltage: 4 kV
