MSLMP011
7" Fetal monitor

This series is a lightweight, compact fetal and maternal monitor, it can meet the need of whole 
stages of labor (including antepartum and intrapartum monitoring for fetus and mother),It also 
can be connected to the obstetrical central station.

Compact and lightweight design
7" color TFT screen, folding 90 degrees
Built-in high dot matrix thermal printer with long life
A standard patient event marker and a clinical event marking button to mark clinical events separately. 
Auto fetal movement are available.
Multi-crystals, wide beam forming, high sensitivity ultrasound transducer, low ultrasound power
AC or Li-ion battery
More than 12 hours data storage, which can be recalled and reprinted.


Technical Specifications


 
Fetal Heart Rate             Multi-crystal,pulsed doppler,high sensitive
Transducer Strengh           <5mW/cm2                      
Working frequency             1.0MHz
Signal processing             special DSP system and mode recognization         
Measurement range             50~210 bpm     

Alarm Range:                  High:   160    170    180    190 bpm
                              Low :   90    100    110    120 bpm

The largest audio output power     1.5W

TOCO

Measurement range              0~100units
Battery working time           2 hours(no printer working)          
Speaker                        1W
Power Supply                   AC 220V±20%,50Hz  or 8.4V Li-battery           
Power consumption              <20W
Working Environment            Temperature:    10~40 ºC,        RH: 10~80%             


Transducer Acoustic Output     Under the requirements laid down in IEC 1157, 1992, the peak negative acoustic pressure does not exceed 1Mpa. The output beam intensity                                does not exceed 20mW/cm2 and the spatial-peak temporal-ave rage intensity does not exceed 100mW/cm2
 

Dimension                     295W×240D×73H×mm
Net weight                    1.75kg
 
Standard: FHR, TOCO, FM
Optional: Twins,FAS(Fetal acoustic simulator)


Product figure :