



95DSS2-1 Fireye火焰檢測(cè)器是一款高性能的火焰檢測(cè)設(shè)備,以下是對(duì)其的詳細(xì)介紹:
95DSS2-1 Fireye火焰檢測(cè)器是基于微處理器的火焰掃描儀,它利用固態(tài)紅外(IR)和紫外線(UV)雙傳感器來檢測(cè)火焰。這款設(shè)備是FIREYE InSight系列火焰檢測(cè)器的一種,具有高精度、高可靠性和易于操作的特點(diǎn)。
95DSS2-1 Fireye火焰檢測(cè)器廣泛應(yīng)用于各種工業(yè)燃燒系統(tǒng),如鍋爐、熔爐、管道燃燒器等。它可以檢測(cè)單個(gè)或多個(gè)燃燒器應(yīng)用中目標(biāo)火焰的存在或缺失,確保燃燒系統(tǒng)的安全和穩(wěn)定運(yùn)行。
設(shè)備的安裝與調(diào)試應(yīng)遵循FIREYE公司提供的安裝手冊(cè)和調(diào)試指南。在安裝過程中,應(yīng)確保設(shè)備與燃燒系統(tǒng)的連接正確無誤,并檢查設(shè)備的電源和電氣連接是否符合要求。在調(diào)試過程中,應(yīng)根據(jù)實(shí)際火焰情況調(diào)整設(shè)備的開/關(guān)閾值和傳感器增益,以獲得最佳的火焰檢測(cè)效果。


The 95DSS2-1 Fireye flame detector is a high-performance flame detection device. The following is a detailed introduction to it:
1、 Product Overview
The 95DSS2-1 Fireye flame detector is a microprocessor based flame scanner that utilizes solid-state infrared (IR) and ultraviolet (UV) dual sensors to detect flames. This device is a type of FIREYE InSight series flame detector, characterized by high precision, high reliability, and ease of operation.
2、 Main features
Dual sensor design: The 95DSS2-1 flame detector is equipped with both infrared and ultraviolet sensors, which can simultaneously detect infrared and ultraviolet radiation in the flame, thereby improving the accuracy and reliability of flame detection.
Adjustable on/off threshold: The device is equipped with an adjustable flame relay, allowing users to set the flame on/off threshold according to their actual needs without the need for a remote flame amplifier.
High precision measurement: The InSight scanner measures the modulation amplitude (flame "flicker") occurring inside the target flame, which can accurately determine the presence or absence of the flame.
Multiple model options: The 95DSS2-1 flame detector offers two options: standard model S1 and extended model S2, to meet different application needs. The S2 model has added AutoTune functionality and remote communication capabilities, making the device more intelligent and convenient.
Easy to operate and maintain: The device is equipped with an 8-digit/letter LED display screen and 4 buttons, allowing users to operate through a small keyboard, view operating parameters, and select set values. At the same time, the device also has an electronic self-test function, which eliminates the need for a mechanical shutter and reduces maintenance costs.
3、 Technical specifications
Shell material: cast aluminum die, silver polyester powder coating
Weight: Approximately 1.73kg (3.8lbs)
Installation: 1 "NPT internal threaded pipe connection with locking ring for secure fixation (both IR and UV models can be connected to optical fibers)
Cooling air: clean, dry, low temperature; The air volume is usually 10SCFM (17Nm 3/hr); The wind pressure is usually 6 "W.C. (4.95mba), which is higher than the furnace pressure
Temperature: -40 ℉+150 ℉ (-40 ℃+65 ℃)
Humidity: 0%~95% relative humidity (non condensing)
Input power supply: 24Vdc (+10%, -15%), 0.3
Electrical connection: 12 pin, 1/4 turn quick open connector
Relay output: flame relay SPST, normally open contact; Fault signal relay SPST, normally closed contact capacity
Analog output: 4-20mA DC current output (24VDC, large connected load 750 ohms)
Status display: Eight character LED display (scrolling display)
Operation interface: operated through four button type small keyboards
UV sensor/wavelength: Ultra blue silicon 295~320nm
IR Sensor/Wavelength: Gallium Indium Arsenide (InGaAs)/700~1700nm
4、 Application Fields
The 95DSS2-1 Fireye flame detector is widely used in various industrial combustion systems, such as boilers, furnaces, pipeline burners, etc. It can detect the presence or absence of target flames in single or multiple burner applications, ensuring the safe and stable operation of the combustion system.
5、 Installation and Debugging
The installation and debugging of the equipment should follow the installation manual and debugging guide provided by FIREYE company. During the installation process, it is necessary to ensure that the connection between the equipment and the combustion system is correct and error free, and to check whether the power and electrical connections of the equipment meet the requirements. During the debugging process, the on/off threshold and sensor gain of the equipment should be adjusted according to the actual flame situation to achieve the best flame detection effect.
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