CE-EcoLa 3000 Infant incubator three in one incubating first aid monitor
- Point of origin
- China CE ISO13485 ISO9001
- Application scenarios
- Pediatric obstetrics and gynecology icu
The air circuit system of the EcoLa series incubator is designed based on extensive experiments. With rich aerodynamic knowledge, we can improve the temperature uniformity as much as possible and give the baby the safest micro-environment.
| Servo Humidity Control | |
| Humiditycontrol range | 30%~95% RH |
| Humidity control operating time without refilling | 24 hours, support add water anytime |
| midtycontrol reservoircapacity | 1500ml |
| Humiditydisplayand control accuracy | ±5%RH |
| Servo Oxygen Control Option | |
| Oxygen control range | 21 % to 65% |
| Oxygen display accuracy of full scale | ±2% |
| Oxygen control accuracy (100% calibration) | ± 3% |
| Oxygen control accuracy(21% calibration) | ±5% |
| Oxygen display res olution | 1% |
| Weight Scale Option | |
| Weight range | 300 gto 8 kg |
| Weight display resolution | 1 g |
| Weight accuracy | ±10g |
| Operating environment | 20° to 30°℃ |
| Temperature | 10 to 95% RH |
| rVelocity | Up to 0.3 m/sec |
| Storage/Shipping Information | |
| Temperature | 25° to 60°℃ |
| Humidity | 0 to 95% RH |
EcoLa 3000 infant incubator adopts a reliable heat source dual protection design, equipped with a thermocouple and a mechanical temperature switch to protect the heat source of the heating system and evaporator.
The thermocouple reads the real-time temperature and limits the temperature to a safe range by feeding the temperature value back to the control module. When a mechanical temperature switch is connected in series to a circuit, if the temperature of the heating source is abnormal, the temperature switch will physically cut off the circuit.
Three-channel temperature sensor design, there are 3-channel temperature sensors in the module box.
One channel is used to read the hood temperature to maintain the temperature at the set value. The other temperature sensor is in a separate circuit and is for protection only. The third sensor is used to compare the readings to the other two sensors. If the readings from the three sensors differ by 0.8°C, an alarm is triggered.
PID fuzzy algorithm: With the latest PID technology, EcoLa reduces temperature changes to an unprecedented 0.2°C, and temperature overshoot is also significantly reduced
Heating system monitoring: EcoLa not only monitors hood air temperature, but also monitors radiator and loop air temperature. By collecting temperature information of each component, EcoLa's temperature control system is more accurate and safer than other systems.
Stable ambient temperature monitoring: EcoLa series incubators are equipped with an ambient temperature probe that can compare the difference between the ambient temperature and the set temperature, and change the heating power output accordingly to provide a more stable air temperature inside the enclosure.
