UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation

US$20.00-500.00 1 Set (MOQ)
Product Details
Customization: Available
After-sales Service: Online Support
Warranty: 12 Months
Heze Zexuan Equipment Manufacturing Co., Ltd.
Manufacturer/Factory & Trading Company

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Shandong, China
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The supplier has relevant environmental protection qualifications, including:
-Environmental impact assessment report
-The company have EIA reply
-The supplier actual founding consistent with EIA acceptance comments
-Pollution discharge permit
-Fixed pollution source pollution discharge registration
 100% Finished Products Inspection
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Management Certification
The supplier has quality management system certification, including:
ISO9001:2015 certificate
ISO14001
ISO45001:2018 certificate
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UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation pictures & photos
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
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Product Description

Company Info.
Overview

Basic Info.

Model NO.
Customizable
Type
Industrial Parts
Insulating
High-Purity Quartz
Protective Structure
Metal Armoring
High Temperature Resistance
≥ 300ºC
Certification
ISO
Transport Package
International Logistics
Specification
Customized
Trademark
zexuan
Origin
Heze, Shandong, China
HS Code
8419899090
Production Capacity
50000 Sets/Year

Product Description

Scope of application

    • Flame detection detection optical fibers are widely used in industrial fields that require real - time monitoring of flame status. Typical scenarios include:
    • Power industry: Flame detection for power plant boilers (coal - fired, gas - fired, and oil - fired boilers).
    • Petrochemical industry: Combustion monitoring for industrial kilns, heating furnaces, and cracking furnaces.
    • Metallurgical industry: Flame status monitoring for steel - making converters and steel - rolling heating furnaces.
    • Energy industry: Flame safety monitoring for equipment such as gas turbines and biomass boilers.
       
 

How it works

UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
 
Flame detection optical fiber is a key component in flame detection systems, mainly used for monitoring the flame status of industrial combustion equipment (such as boilers, kilns, gas turbines, etc.). Its core function is to efficiently and stably transmit the flame light signals generated by combustion to the flame detector, providing the original light signal basis for the system to judge whether the flame is burning normally. The following is a detailed explanation from the aspects of structure, working principle, application scenarios and characteristics.

 
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
A flame detection optical fiber usually consists of the following components:
 
  • Optical fiber core: As the core transmission component, it is mostly made of high - purity quartz material. It utilizes the principle of total reflection of light to achieve long - distance transmission of flame light signals.
  • Cladding: It wraps around the outside of the optical fiber core, and its refractive index is lower than that of the fiber core. It ensures the stable reflective transmission of light signals within the fiber core and reduces signal loss.
 
 
 
 
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • Protective layer: It is a protective structure on the outer layer, usually metal armoring (such as stainless steel) or high - temperature - resistant plastic. It is used to withstand high temperatures, vibrations, mechanical impacts, and chemical corrosion in the industrial environment, and to protect the optical fiber core and cladding from damage.
  • Connector: It is an interface component at both ends and needs to be matched with devices such as flame detectors and probes (such as standard interfaces like SMA, ST). It ensures the tightness and stability of optical signal transmission.

 

Technical features

UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
 
  1. Optical signal collection: One end (probe end) of the flame detection optical fiber is installed at the observation hole of the combustion equipment, directly aligned with the flame area, to collect visible light, infrared light or ultraviolet light signals generated during flame combustion.
  2. Signal transmission: The collected optical signals are transmitted to the other end (connected to the flame detector) with low loss along the inside of the optical fiber through the total reflection effect of the optical fiber core.
  3. Signal processing: After receiving the optical signals transmitted by the optical fiber, the flame detector analyzes parameters such as light intensity, frequency, and flicker characteristics to determine whether the flame exists and whether the combustion is stable (such as flameout, flame deviation, etc.). It then feeds back the results to the control system to promptly trigger an alarm or adjust the combustion state (such as cutting off fuel supply, adjusting air dampers, etc.).
 
 
 
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • High temperature resistance: It can work in high-temperature environments of several hundred degrees Celsius (the specific temperature resistance value depends on the material of the protective layer; metal-armored models can usually withstand temperatures above 300°C), making it suitable for the high-temperature environment of combustion equipment.
  • Anti-interference: It is not affected by common interference factors in industrial environments such as electromagnetic interference and high-voltage electric fields, ensuring the accuracy of optical signal transmission.
  • Flexibility: The optical fiber itself is soft and can be routed flexibly according to the installation space of the equipment, which is especially suitable for scenarios with complex structures and limited observation point positions.
  • Long-distance transmission: The optical signal transmission loss is low, enabling long-distance transmission of several meters to tens of meters, which meets the monitoring needs of large industrial equipment.
  • Safety: The transmission of optical signals through optical fibers avoids potential safety hazards of electrical signals in high-temperature environments and improves the safety of the system.
 

 

UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
  • During installation, ensure that the optical fiber probe is aligned with the core area of the flame to avoid being blocked by soot or water vapor, which may affect optical signal collection. Clean the optical fiber end face and probe regularly to prevent signal attenuation caused by dust accumulation and oil stains. Avoid excessive bending of the optical fiber or severe mechanical impact to prevent damage to the fiber core and impairment of transmission function. Select a model with a matching protection level (such as high-temperature resistant type, anti-corrosion type) according to the temperature, corrosiveness and other conditions of the use environment.
     
     

 

Company Profile

 

 
 
 
 
 
 
 
 
 
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
Address: Huji Industrial Park, Deshang Expressway, Mudan District, Heze City, Shandong Province, China
Business type: Manufacturer/factory, trading company
Business scope: manufacturing and processing machinery
Management system certification: ISO9001:2015 ISO45001:2018 ISO14001:2015
Main products: Ground flare, Biogas flares, flare stack,
Thermal Oxidation Furnace, Flue gas purification equipment
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
Heze Zexuan Equipment Manufacturing Co., Ltd. is an enterprise engaged in the manufacture of special equipment for environmental protection; sales of special equipment for environmental protection; application of industrial automation technology; sales of power electronic components; research and development of mechanical equipment; sales of intelligent instruments and meters; manufacturing of intelligent instruments and meters; research and development and promotion of comprehensive utilization of waste gas and VOCs treatment technology.
The company's main products and service directions: manufacturing of ground torches, elevated torches, waste gas venting torches, biogas torches, three waste incinerators, and wastewater treatment equipment, industrial automation and DCS system applications, wastewater treatment projects, VOCs treatment equipment and engineering construction, petrochemical accessories and instrument sales, petrochemical equipment installation, maintenance and repair, etc.; support product customization services and OEM services in the same industry, from design to manufacturing, installation, commissioning, and after-sales one-stop service.
 

Certifications

UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
UV Flame Detection, Flame Temperature Monitoring, in-Furnace Detection, Environmental Protection Energy Conservation
 
 
 
 
 
 
 
 

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