Advanced CO2 Damper Control: Optimizing Chick Quality in High-Load Facilities

The Impact of Oxygen Balance on Embryo Development

As commercial hatcheries in Africa scale up, ensuring adequate oxygen supply for high-capacity setters becomes a major challenge. During the late stages of incubation, embryos require precise gas exchange; failure to remove excess CO2​ can lead to late-stage mortality or weakened chicks.

Precise Atmospheric Regulation

The ELT-57600S utilizes dedicated CO2​ damper controlling technology to manage the internal environment with medical-grade precision.

• PPM-Level Monitoring: The system monitors carbon dioxide levels within a range of 1000–9999 PPM, with an adjustment accuracy of 100 PPM.

• Isolated Ventilation Structure: To ensure bio-security and thermal stability, the exhaust, air intake, and enforced air cooling ducts are isolated from each other.

• Automated Oxygen Replenishment: The incubator automatically opens and closes dampers based on real-time sensor data, ensuring the embryos never suffer from oxygen deficiency, even in fully loaded conditions.