Specification
| Physical Attributes | Height : 126.1cm to 146.1cm Width : 99.7cm Depth : 57.7cm Weight : 80Kg |
| Hood Specifications | Tubing Access Ports : 10 Access door size : 18 x 13cm Mattress to hood height : 4.8cm Soft bed mattress size : 73.6 x 38.6 x 1.8cm Mattress tilt : ±12º Drawer size : 28.0 x 24.7cm, 28.0 x 11.3cm (x2) |
| Temperature Control Modes | Temperature control modes : Skin and air temperature control mode Air mode control temperature range : 20ºC – 37ºC Air mode control override temperature range : 37ºC – 39ºC Air mode control accuracy : ≤±1.0ºC Skin mode control temperature range : 34ºC – 37ºC Skin mode control override temperature range : 37ºC – 38ºC Skin temperature accuracy : ±0.3ºC Dual skin temperature monitoring : Yes |
| Servo Humidity Option | Humidity control range : 30% – 95% RH Humidity control operating time without refilling : 24 hours Humidity control reservoir capacity : 1500ml Humidity display accuracy : ±5% RH Humidity control accuracy : ±5% RH |
| Performance | Air flow velocity across mattress : <10cm/sec Temperature rise time at 22ºC (72ºF) ambient : <20min (From 22ºC, 50% RH Temperature variability : to 35ºC <0.2ºC Temperature overshoot : <0.5ºC maximum Temperature uniformity with a level mattress : <0.8ºC Operating noise level in hood : ≤45dBa Carbon Dioxide (CO2) Level : <0.5% |
| Servo Oxygen Option | Oxygen display accuracy of full scale : ± 2% Oxygen control accuracy (100% calibration) : ± 3% Oxygen control accuracy (21% calibration) : ± 5% Oxygen control range : 21% to 65% Oxygen display resolution : 1% |
| Scale Option | Weight range : 300g to 8kg Weight display resolution : 1g Weight accuracy : ± 10g |
| Operating Environment | Temperature : 20º to 30ºC Humidity : 10 to 95% Air Velocity : Up to 0.3 m/sec |
| Storage shipping Information | Temperature : -25º to 60ºC Humidity : 0 to 95% RH |
Infant Incubator (P-002)
Description
Ambient Temperature Monitoring
With ambient temperature probe Mediwaves incubator is able to compare the gap between ambient and setting temperature and changing heating power output accordingly in order to provide more stable inside hood air temperature.
Heating System Monitoring
Mediwaves monitors not only hood air temperature but also radiator and circuit air temperature, By collecting each parts temperature information, EcoLa’s temperature control system is much more accurate and safe than others.
Pid Fuzzy Algorithm
With the help of latest PID technology, Mediwaves minimizes the temperature variability to unprecedented 0.2ºC and temperature overshoot is also reduced dramatically.
Temperature Uniformity
Mediwaves series incubator’s air circuit system is designed based on massive experimentation. With plenty aerodynamics knowledge, the temperature uniformity is improved as much as possible in order to give infant the safest micro-environment.
Reliable
Heating Source Double Protection
It is equipped with both thermocouple and mechanical temperature switch to protect the heating source of heating system and evaporator. Thermocouple reads real time temperature and limits the temperature in a safe range by feedback the temperature value to control module. While mechanical temperatures switch is in series circuits, if the heating source temperature goes unmoral level, temperature switch cuts off the circuit physically.
Three Channel Temperature Sensors
There are three channel of temperature sensors in the module box. One channel is for reading hood temperature to remain the temperature at setting value. Another temperature sensor is in an individual circuit for protection only. The third sensor is used to compare the reading with other two sensors. If the reading of three sensors differ from 0.8ºC, alarm is triggered.
Alarm List
Provides wide range of physiological and technical alarms in order to improve the treatment effect and eliminate residual risk from the device.