Oxygen Gas Alarm Controller Ceramic Kiln Oxygen-Enriched Safety Monitoring - SKA/O2-BJQ
Detection principle: electrochemical oxygen sensor, natural diffusion sampling
• Detected gas: oxygen O₂
• Range: 0～30%VOL (standard industrial range); optional 0～25%VOL
• Resolution: 0.1%VOL
• Measurement accuracy: ≤±0.5%VOL
• Response time: T90 ≤30s
• Alarm thresholds (customizable, national standard defaults)
◦ Low alarm: 19.5%VOL (oxygen deficiency alarm)
◦ High alarm: 23.5%VOL (oxygen enrichment alarm)
• Sensor lifespan: 2～3 years
Product Introduction
Oxygen Gas Alarm Controller - Product Overview
Oxygen gas alarm controller is a multi-point gas alarm control host used for oxygen-enriched safety monitoring of ceramic kilns. Search keywords: oxygen gas alarm controller, ceramic kiln oxygen-enriched safety monitoring, oxygen alarm. This controller can connect to multiple oxygen detectors, centrally display the concentration at each point, and when the concentration exceeds the set value, issue audible and visual alarms and output linkage signals to control ventilation equipment. In ceramic kiln oxygen-enriched safety monitoring, the oxygen gas alarm controller can achieve multi-point monitoring and centralized management.
Oxygen Gas Alarm Controller - Working Principle
The oxygen gas alarm controller collects signals from oxygen detectors via RS485, 4-20mA, or bus methods, and after processing by the microprocessor, displays the concentration and determines alarms. In ceramic kiln oxygen-enriched safety monitoring, the oxygen gas alarm controller supports multiple input and output channels and features alarm recording, fault self-diagnosis, and remote communication functions. The controller can be wall-mounted or panel-mounted, with a protection rating suitable for high-temperature ceramic kiln environments.
Oxygen Gas Alarm Controller - Application Scenarios
The oxygen gas alarm controller is widely used in tunnel kilns, roller kilns, shuttle kilns, and drying kiln areas of ceramic factories. In ceramic kiln oxygen-enriched safety monitoring, the oxygen gas alarm controller can be installed in the kiln duty room or control cabinet to centrally monitor multiple oxygen detectors. The controller can be linked with exhaust fans, shut-off valves, audible and visual alarms, and fire protection systems to achieve automatic handling. For large ceramic factories, the oxygen gas alarm controller can also be connected to a host computer platform for remote monitoring and data recording.
Oxygen Gas Alarm Controller - Technical Advantages
The oxygen gas alarm controller has advantages such as centralized management, flexible linkage, and convenient operation. In ceramic kiln oxygen-enriched safety monitoring, the oxygen gas alarm controller adopts industrial-grade circuits and modular design, suitable for long-term operation. The controller supports multiple input and output channels, alarm recording, and fault self-diagnosis, making maintenance convenient. When selecting an oxygen gas alarm controller, attention should be paid to the number of input channels, output methods, communication protocols, linkage logic, and protection rating to ensure reliable and effective ceramic kiln oxygen-enriched safety monitoring.
Main Application Areas
- Ceramic Kiln Oxygen-Enriched Safety Monitoring — Monitors oxygen levels in ceramic kilns to prevent oxygen enrichment hazards and ensure safe combustion.
- Industrial Furnace Atmosphere Control — Controls oxygen concentration in industrial furnaces to maintain optimal combustion efficiency and safety.
- Chemical Process Safety — Detects oxygen levels in chemical processes where oxygen enrichment or deficiency poses risks.
- Confined Space Entry Monitoring — Ensures safe oxygen levels before and during entry into confined spaces.
- Medical Gas Monitoring — Monitors oxygen concentration in medical gas systems for patient safety.
Keywords：oxygen gas alarm controller, ceramic kiln oxygen monitoring, oxygen enriched safety, multi-point gas alarm, O2 detector controller, industrial oxygen alarm, electrochemical oxygen sensor, oxygen alarm system
