Product Short Description
- Technical Specifications
- Electrical Parameters: It adopts an AC 230V power supply and is compatible with 50/60Hz frequency. The maximum switching capacity reaches 2A at 230V AC with a power factor of 0.65. The flame failure response time is less than 1 second, enabling rapid reaction to abnormal flame conditions.
- Protection and Compatibility: It has an IP40 protection rating, which effectively prevents the intrusion of dust and small debris. It is compatible with specific flame detection accessories, and can be matched with C7027A or C7035A small-sight-tube ultraviolet flame probes to meet different flame detection needs in industrial environments.
- Physical and Installation Traits: It adopts a plug-in mounting method on a dedicated base, and the base can be installed on any vertically placed panel. No excessive space is required around the device, and tightening two screws on the controller ensures a firm connection with the base.
- Environmental Adaptability: It operates stably within an ambient temperature range of -10°C to 60°C. It can work normally in an environment with a maximum relative humidity of 90% when the temperature is 40°C, adapting to the humidity fluctuations of most industrial workshops and equipment rooms.
Description
- Functional Features
- Full-Cycle Combustion Process Control: It automates the entire operational process of burners. It executes pre-purge procedures as required before ignition, controls the ignition trial sequence, monitors the stability of the main flame during operation, and initiates a controlled shutdown procedure immediately when abnormal conditions occur, standardizing the safe operation of combustion equipment.
- Anti-Ignition Interference and Accurate Flame Detection: It is equipped with an anti-ignition interference function that avoids false alarms or misoperations caused by electrical interference during the ignition phase. A test socket on the panel allows direct reading of flame signals, enabling maintenance personnel to quickly verify the validity of flame detection data.
- Reliable Safety Interlock and Alarm Functions: It incorporates safety interlock logic that blocks ignition and fuel supply if pre-set safety conditions are not met. It provides alarm and shut-off switch functions, and triggers timely alarms or cuts off the fuel supply circuit when flame failure is detected, eliminating potential safety hazards in combustion systems.
- Easy Installation and Maintenance: The plug-in installation design simplifies the assembly process on the control box. The simple connection method with the base and the intuitive flame signal testing function reduce the difficulty of on-site installation, commissioning and daily maintenance, and shorten the time required for troubleshooting.
- Application Scenarios
- Industrial Boiler Systems: It is installed in industrial boilers used for steam production in power generation, chemical and textile industries. It monitors the flame status of boiler burners, ensuring continuous and safe combustion. This avoids boiler operational failures caused by flame outages and maintains stable steam output for production and heating.
- Industrial Furnaces and Kilns: It is applied to burners in industrial furnaces and kilns for metal smelting, glass manufacturing and ceramic firing. It controls the combustion process and monitors flames to maintain precise temperature control in furnaces and kilns, which guarantees product quality and prevents production accidents caused by unstable combustion.
- District Heating Hot Water Systems: It is deployed in large hot water boilers for district heating projects. It monitors the flame of the heating system’s burners to ensure continuous and efficient operation of the hot water supply. It prevents safety incidents such as gas leakage due to flame failure and ensures stable heating supply for residential and commercial areas.
- Refractory Lining Drying Equipment: It is used in burners for drying and curing refractory linings in industrial vessels such as reaction kettles and industrial furnaces. It controls the combustion stability during the drying process, ensuring uniform heating of the refractory lining. This enhances the service life of industrial vessels and avoids equipment damage caused by uneven heating due to unstable flames.
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