GE RS-FS-9001 362A1052P404 is a high-performance flame detector under the GE Reuter-Stokes product series, with 362A1052P404 being its specific model number. This model serves as an upgraded replacement for the 362A1052P001. It is designed for reliable flame monitoring in industrial environments, featuring advanced detection technology and robust structural design to meet strict safety requirements of various industries.

2. Specifications

Power Supply Voltage: 24V DC (±10%)

Detection Type: Ultraviolet (UV) flame detection

Output Signals: Normally open/normally closed contacts, 4-20mA current signal, etc.

Connection Method: Cable connection

Structure: Modular design

Interface: 3/4-inch NPT stainless steel threaded interface

Material: High-temperature and corrosion-resistant materials

Response Time: Millisecond level

3. Application Scenarios

Energy and Petrochemical Industry: Used for flame monitoring of gas turbines, oil refining equipment, chemical plants, etc., to ensure the safety of production processes.

Metallurgical Industry: Applied in steel mills, aluminum industry, etc., for flame detection in industrial boilers, heating furnaces and other equipment, preventing safety accidents such as fires.

Power Industry: Suitable for power plants, substations, etc., to monitor the flame status of relevant equipment.

Other Industries: Also used in papermaking and food industries to monitor flames during production processes.

4. Operating Principle

The RS-FS-9001 adopts a silicon carbide (SiC) ultraviolet (UV) sensor, which determines the presence of a flame by detecting the ultraviolet radiation emitted by the flame.

When the ultraviolet radiation generated by the flame passes through the sapphire window of the detector, it is focused by the lens onto a hermetically packaged silicon carbide photodiode. The photodiode then converts the ultraviolet signal into an electrical signal.

The internal circuit of the detector processes and analyzes the electrical signal. If the intensity of the electrical signal reaches a preset threshold, it is determined that a flame exists, and corresponding signals (such as 4-20mA current signal or contact signal) are output to trigger an alarm or control related equipment.