SGA-700-CS2智能型二硫化碳气体传感器模组5V气体检测模块 0.4-2V 4-20MA TTL串口信号可选

应急监测设备技术指标(3-1-1)名称：便携式傅立叶变换红外光谱分析仪（可采进口）数量：1台套用途:用于突发环境污染事故现场，用便携、简易、快速检测仪器，在尽可能短的时间内测量出污染物质的种类及浓度,包括气态污染物和液态污染物的测定。

配置:气体分析仪主机，分析软件及数据处理系统(配便携计算机及打印机)，手持PDA(中文操作系统)，NIST5000定性搜索库、工业有毒气体出厂标定(可准确定性、定量)，便携箱，充电电池组1个，过滤芯5个，顶空吹扫模块,随机备品备件，中、英文使用说明书。

技术指标：1、基本要求1) 原理：傅立叶变换红外分析原理。

2）野外适应性：完全便携式，抗震性能强，适合野外工作。

3）工作环境：温度－5℃～40℃，湿度0～80%。

4）电脑配置：满足软件分析需要，不低于Wind7系统，支持鼠标、USB端口、键盘和网络传输以及数据存储功能。

5）能进行定性、定量分析。

6）中文分析软件，可一次显示不少于50种气体组分。

7）即可使用内置可充电电池，电池每次充电可维持2小时以上工作时间。

仪器也可使用220V 交流电源。

8）具有正式的计量器具型式批准证书。

2、技术性能指标1）气体分析仪主机1.1）分辨率：≤8cm-11.2）扫描速度：≥10次/秒1.3）*检测器：Peltier制冷MCT1.4）光谱范围：包含1000 - 4000cm-11.5）采样：内置抽气泵直接采样，无需预浓缩等前处理，实时分析，能进行定性、定量监测2）样气室2.1）工作温度：常温2.2）多次反射光程：≥9.0m，且内置式。

2.3）样品室涂有抗腐蚀的100%黄金和铹涂层2.4）反射镜：黄金和铹涂层2.5）体积：不少于0.4L3、数据分析处理系统3.1）不少于50组分定性及定量出厂标定光谱库，详见表13.2）测量时间可选3.3）误差范围：标定量程的±5%（投标文件需附CPA认证评价报告）3.4）能够进行未知气体的自动查找和判定3.5）多种分析量程进行选择，适用于不同的应用3.6）能将测试数据输出为文本格式利用EXCEL进行报表分析3.7）ppm与mg/m3任意转换3.8）中文软件界面3.9）能不断升级参考光谱库3.10）可进行连续现场记录存储，自动存储测量光谱图3.11）定量分析：同时定量分析不少于50组分，提供>5000组分的定性光谱库，可对未知气体组分进行快速定性、半定量分析表1不少于50种定性、定量出厂标定气体组分表4、顶空吹扫模块要求1）用于连接便携式傅立叶红外气体分析仪，对液体样品进行测试2）适应气体流量1.0～1.5升3）便携式4）内置充电电池，充满电后可连续工作3个小时以上5）用户可设定吹扫样品室的温度，样品室自动恒温到设定温度6）带有保护装置，防止液体进入分析仪内7）有手动和自动两种操作模式8）有自检和错误报警功能9）除纯净水外，一般测试无需其他消耗材料10）适用工作环境温度-4℃～+40℃11）联用分析主机可测量不少于20种水中常见VOCs售后服务与技术支持1.质保期不少于1年；2.为了保证售后服务本项目需有国内技术服务中心的售后服务承诺；3.供应商提供的设备需提供已在国内环保用户成功应用的证明材料。

二氧化碳CO2气体检测模块SKA/CO2-101NE Sensor 二氧化碳CO2气体检测模块产品概述SKA/CO2-101二氧化碳气体检测模块是一款专门针对空气中存在的二氧化碳CO2气体，进行24小时实时在线监测浓度含量的模块产品。

是圣凯安科技采用原装进口最优质的气体传感器，通过32位微处理器和24位数据采集器后，再多次进行全量程的温湿度补偿。

然后再用99.999%纯度的标准气体进行标定校准之后的产品模块。

可直接输出模拟电流4-20mA，模拟电压0.4-2V、0-5V，数字信号TTL，R S485通讯协议等信号。

因此，您购买后，无需二次开发，即可直接选用标准信号，进行数据传输、在线监测等工作。

SKA系列有毒有害、PID气体检测模块全部采用原装进口最优质的气体传感器，具体响应速度快、无零点漂移、一致性好等特点。

选用品牌包括英国CITY、德国SOLID、英国ALPHASENSE、瑞士MEMBRAPOR、英国DYNANENT、日本NEMOTO、美国BASELINE等产品优势●本案电路设计已经防止电路反接、电压过高、电流过大，同时产品设计考虑防雷。

●大屏幕液晶显示可24小时在线监测，实时显示气体浓度变化值。

●国外原装进口气体传感器，反应速度快、无零点漂移、低误差率、一致性好、抗干扰能力强。

●智能型软件处理：32位微处理器+24位采集芯片，可在00.000－99999数值之间任意值测量检测。

●多种量程单位可选：%LEL、%VOL、PPM、PPB、ug/m3；●多次实验检测全量程温湿度补偿和数据校准，大大提高了产品的精确度和稳定性。

●可检测500多种有毒有害气体，国内最全。

●信号输出：模拟电流4-20mA，模拟电压0.4-2V、0-5V，数字信号TTL，R S485通讯协议等信号；并可以选配1-2组继电器（开关量信号）信号输出，方便与风机或电磁阀的控制设备联动使用。

技术参数产品名称二氧化碳CO2气体检测模块SKA/CO2-101检测气体二氧化碳CO2检测原理红外原理检测范围0-2000ppm、0-5000ppm、0-10000ppm、0-5%VOL、0-10%VOL、0-20VOL、0-50VOL等量程可选。

烟气排放二硫化碳CS2报警器烟气排放二硫化碳CS2报警器（SK-600-CS2）是一款采用模块化设计、具有智能化传感器检测技术、整体隔爆（d）结构、固定安装方式的有毒气体检测仪。

标准配置为带点阵LCD液晶显示、三线制4~20mA模拟和排放二硫化碳CS2气体浓度检测参数●工作电压DC5V±1%/DC24±1%波特率9600●测量气体排放二硫化碳CS2气体●检测原理电化学●采样精度±2%F.S ●响应时间<30S●重复性±1%F.S ●工作湿度10-95%RH，(无冷凝)●工作温度-30～50℃●长期漂移≤±1%（F.S/年）●存储温度-40～70℃●预热时间30S ●工作电流≤50mA ●工作气压86kpa-106kpa●安装方式固定安装●质保期1年●输出接口多种●外壳材质铝合金●使用寿命2年●外型尺寸●183×143×107mm(L×W×H）1.5Kg(仪器净重)●测量范围详见选型表●输出信号TTL(标配)RS485，(常规)/4-20mARS485数字信号输出，可选配置为可编程开关量输出等模块，根据用户需求提供定制化产品，还支持输出信号微调等功能，方便系统组网及维护。

可检测CS2、CS2、CS2、CS2、CS2、DMF、CS2、CS2、CS2、等多种有毒有害气体，详情可咨询东日瀛能。

同时我司烟气排放二硫化碳CS2报警器销往：河北省、山东省、辽宁省、黑龙江省、吉林省、甘肃省、青海省、河南省、江苏省、湖北省、湖南省、江西省、浙江省、广东省等全国各地。

（注意：烟气排放二硫化碳CS2报警器（SK-600-CS2）在不同的应用环境或行业有不同的别名，如烟气排放二硫化碳CS2报警器排放二硫化碳CS2变送器排放二硫化碳CS2探测器排放二硫化碳CS2探头便携式排放二硫化碳CS2探头排放二硫化碳CS2检测装置）特点■智能化EC传感器，采用本质安全技术，可支持多气体、多量程检测，并可根据用户需求提供定制化产品，无需工具可实现传感器互换、离线标定和零点自校准■智能的温度和零点补偿算法，使仪器具有更加优良的性能具有很好的选择性，避免了其他气体对被检测气体的干扰■多种信号输出，既可方便接入PLC/DCS等工控系统，也可以作为单机控制使用■超大点阵LCD液晶显示，支持中英文界面■免开盖，电化学遥控器操作，单人可维护■本地报警指示，一体化声光报警器（选配）■仪器具有超量程、反极性保护，能避免人为操作不当引起的危险■丰富的电气接口，可供用户选择■通过ATCS2、UL、CSA等认证，具有国际化高端品质（同时对于不同行业的针对性应用有：排放二硫化碳CS2报警装置高精度排放二硫化碳CS2分析仪排放二硫化碳CS2检测模块排放二硫化碳CS2传感器RS485信号输出排放二硫化碳CS2报警器4-20mA信号输出排放二硫化碳CS2报警器固定式带液晶显示型烟气排放二硫化碳CS2报警器带显示带声光报警器固定式烟气排放二硫化碳CS2报警器等产品模式）烟气排放二硫化碳CS2报警器产品特性：①进口电化学传感器具有良好的抗干扰性能，适用寿命8年。

SGA-500B-F2O2S硫酰氟（氟氧化硫）检测仪在线式｜固定式｜泵吸式｜扩散式｜管道式一、产品简介SGA-500B-F2O2S硫酰氟（氟氧化硫）气体检测仪又叫硫酰氟气体探测器、氟氧化硫气体变送器；是一款可24小时在线监测空气中硫酰氟（氟氧化硫）气体浓度的气体检测装置；4－20mA信号输出，可与所有厂家的报警控制主机、PLC及DCS系统配套使用；工作指示灯（绿）、报警指示灯（红）、故障指示灯（黄）、一目了然；大屏幕液晶显示屏，实时显示检测的气体名称、气体单位、现场浓度值等信息；国外原装进口硫酰氟（氟氧化硫）气体传感器，灵敏度高、稳定性强、误差率低、寿命长达5年以上（红外技术原理）；全量程温湿度补偿及智能运算，确保监测数据准确无误；监测气体达到预设报警点时，会自动发出85dB 以上本地声光报警、提醒人员安全撤离；还可选配开关量信号，与风机、切断阀等设备进行联动、自动处置险情；红外远程遥控，无需开盖，即可对现场气体报警器进行归零、报警点、目标点设置等工作、方便后续维护；深国安独有三防设计、安全系数可与国外气体检测仪相媲美：防高浓度过载（带自我保护功能）、防止人员误操作（内置按键+可还原出厂设置）、防雷击（三级标准）。

本质安全型电路设计，配备铝合金防爆外壳，再恶劣环境，也能安全使用。

（防爆证号：CNEx14.1674）SGA-500B- F2O2S硫酰氟（氟氧化硫）气体检测仪的采样方式默认气体扩散式，并可免费选配升级为泵吸式、管道式等专用气杯。

基本检测原理为当目标气体进入气体探头部分后，内部的传感器会第一时间发出感应。

传感器根据气体浓度的高低会产生一定电量信号。

该信号经过电路放大处理后，由CPU经过AD采样、温度补偿、智能计算后，输出精准的4－20mA 电流信号、RS485通讯信号、0－5V电压信号、ZIGBEE、NRF、WIFI、GPRS无线信号等。

客户可通过采集这些信号，与深国安公司的SGA-800A、SGA-800B、SGA-800C气体报警控制主机、PLC、DCS、上位机等系统配套使用,进行报警、数据再处理。

TVOC气体传感器AGS02MA 产品手册更多详情请登陆：文档修改记录AGS02MA 是一款含有已校准数字信号输出的MEMS TVOC气体传感器。

它使用专用的数字模块采集技术和气体感应传感技术，确保产品具有极高的可靠性与卓越的长期稳定性。

此款MEMS气体传感器，有低功耗高灵敏度、快速响应、高可靠性和稳定性、成本低、驱动电路简单等特点。

二、应用范围主要用于当传感器所处环境中存在污染气体，如甲醛、一氧化碳、可燃气体、酒精、氨气、硫化物、苯系蒸汽、烟雾、其它有害气体的监测，具体可应用在空气净化器、家用电器、新风机等。

传感器可检测多种有害气体。

三、产品亮点高性价比、长期稳定性好、品质卓越、超快响应、灵敏度高、响应与恢复时间快、寿命长、数字信号输出、精确校准。

四、外形尺寸（单位：mm）图1 产品尺寸图1.电气特性2.传感器特性注：符合典型精度的测量范围为0-9999ppb，拓展量程测量误差为50% F.S六、接口定义6.1 AGS02MA 引脚分配图2 AGS02MA 引脚表 1： AGS02MA 引脚分配6.2 电源引脚（VDD GND）AGS02MA 的供电电压范围为3.3V - 5.5V。

6.3 串行时钟输入（SCL）SCL引脚上电必须保持高电平直到进行I2C通信开始，否则会引起I2C通讯不良。

当I2C通信时SCL 用于微处理器与AGS02MA 之间的通讯同步。

6.4 串行数据（SDA）SDA引脚为三态结构，用于读、写传感器数据。

具体的通信时序，见通信方式的详细说明。

注：SDA引脚与SCL引脚必须接一个1KΩ~10KΩ的上拉电阻到VDD。

七、I2C总线通信协议AGS02MA传感器采用标准I2C通信协议，适应多种设备,协议使用两根数据线:串行数据总线(SDA)与串行时间总线(SCL)，两根数据线需要接上拉电阻到VDD。

多个传感器设备可以共享总线;但是只能有一个主机设备可以出现在总线上。

传感器I2C地址为0x1A，写指令为0x34,读指令为0x35。

气体检测专家使用说明书英思科宗旨保护地球各个角落人类的生命随时随地提供最高品质的产品和最优质的服务尊敬的用户：感谢您购买并使用英思科的产品——CZ型多种气体测定器。

您所购买的CZ型多种气体测定器每天都能为您提供可靠的气体检测服务。

该产品是我们最严格的规范下设计、制造、测量和认证的。

参照本说明书的介绍，您只需做最少量的维护工作，就能享受本仪器长年为您提供的最可信赖的气体检测服务。

我最为关心的是：在未来的几个月，甚至几年内，您是否对您所购买的CZ型多种气体测定器的性能感到满意。

衷心希望：如果您有任何疑问或意见，请来电与我们联系。

通常一通电话咨询就可帮助您用较少的时间解决问题。

请别犹豫，立即与我们联系：400-820-2515。

英思科的全体员工为能有机会向您提供服务而深表荣幸。

您最诚挚的，Kent D . McElhattan总裁兼首席执行官美国英思科公司目录1、警告及注意事项2、仪器拆箱3、认证4、仪器示图5、简介6、仪器操作气体读数模式操作模式调零/标定模式峰值显示模式　TWA读数观察模式STEL读数观察模式7、设置模式低浓度气体报警设定值高浓度气体报警设定值TWA报警设定值STEL报警设定值时钟设置日历设置安全密码设置调零/标定保护设置8、仪器调零/标定9、数据记录10、CH4超量程11、保养和维修清洗电池充电12、SP40采样泵13、技术指标14、可替换零件清单15、质量保证16、版权17、使用小贴士煤矿矿用产品安全标志证书3 4 4 5 6 6 6 7 8 8 8 9 9 9 10 10 11 12 12 13 13 14 15 15 15 15 15 16 16 17 18 19 20警告及注意事项不正确的操作或不适宜的使用环境，可能会消弱仪器的性能。

为了最安全最有效的使用仪器，请仔细阅读下列正确操作程序和使用环境。

请在使用前认真阅读使用说明书。

在氧气不足的大气环境中可能造成可燃气体读数低于实际浓度。

1000ppmBENEFITS • Small Size with Low Profile (20x20x3.8mm)• Long Life (10 years expected life)• Fast Response (< 15 seconds)•Robust (passes 5000 ppm overload)• Low Power (0 mW @ 0 mV bias)• Individually Calibrated (NIST Traceable)• ROHS Compliant APPLICATIONS • Residential and Commercial CO Monitoring • Industrial CO Monitors • Ventilation Control • RV and Marine CO Monitoring • Indoor Air Quality • Outdoor Air Quality DESCRIPTIONSPEC Sensors’ Screen Printed ElectroChemical sensor technology (SPEC Sensor™)revolutionizes the current state of the art, enabling new applications in consumer and industrial safety monitoring.SPEC’s printed sensors offer the performance of the best quality electrochemical sensors at a fraction of the price.SPEC’s printed sensors are also ultra-thin,offering easy integration into wireless, portable, and networked solutions. These sensors are ideal for health, environmental, industrial and residential monitoring, because of their high performance, low cost and small size.Incorporates SPEC Sensors’ 100-102ETL recognized component and UL Listed Component Conforms to UL STDS 2034 & 2075File E471165Certified to CSASTD 6.19-01SPECIFICATIONSMeasurement Range0 to 1,000 ppm Detection Limit0.5 ppm Resolution<100 ppb (instrumentation dependent)Repeatability<±2% of reading Response Time –T(90)< 30 seconds (15 seconds typical)Sensitivity4.75±2.75nA/ppm OverloadPasses EN50291-1Sec. 5.3.65,000 ppm overload Expected Operating Life> 5 years (10 years @ 23±3°C ; 40±10% RH)Operating Temperature Range-30 to 55°C (-20 to 40 °C continuous recommended)Operating Humidity Range –non-condensing15 to 95%recommended continuous 0 to >95% RH -intermittent Operating Bias0 to 5 mV Power Consumption 10 to 50 uW (circuit & ambient CO dependent)TEMPERATURE EFFECT Temperature fluctuations have a predictable,easily compensated effect on the sensor signal .The figures below show the typical Temperature dependency of the output and baseline of 3SP_CO_1000sensors under constant humidity of 40-50 % RH. This is a very uniform and repeatable effect, easily compensated for in hardware or software.Temperature Coefficient of Span(Typical)-20°C to 10°C 0.9% / °C 10°C to 40°C 0.3% / °C Zero shift (ppm/deg)(Typical)-20 to 0 °C 0.06ppm/°C 0 °C to 25°C0.4ppm/°C 25 to 40°C 1.4ppm/°CLONG TERM STABILITYThe figure at right shows response of a set of 34sensors over12months under standard testconditions.Sensor output is plotted as % of theinitial response to 150ppm test gas.(Data from UL Component Recognition Test; Nov2014-Oct 2015.)CROSS SENSITIVITYMost chemical sensors exhibit some cross-sensitivity to other gases. The following table lists the relative response of common potential interfering gases, and the concentration at which the data was gathered.Gas/Vapor Concentration Typical Response PPM CO Carbon Dioxide5,000 ppm< 1Hydrogen100 ppm17Methane3,000ppm< 1Ammonia100 ppm< 1Nitrogen Dioxide10 ppm< 1Hydrogen Sulfide25 ppm< 1Carbon Monoxide400ppm400Ozone 5 ppm< 1Sulfur Dioxide20 ppm< 1Chlorine10ppm< 1n-Heptane500 ppm< 1Toluene200 ppm< 1Isopropyl Alcohol200 ppm 1.3Acetone200 ppm< 1IMPORTANT PRECAUTIONSAll sensor designs are made for air monitoring @ 1 atm +/-0.2 atm.Because applications of use and device implementation are outside our control, SPEC Sensors cannot guarantee performance in a given device or application,and disclaims any and all liability therefore.Customers should test under their own conditions to ensure the sensors are suitable for their requirements.Contact the factory to discuss specific concerns that might damage the sensor performance or life.∙Condensation and Water (1)∙Salt Water Contamination (1)∙High Temperature Operation (> 70C) for more than 1 month∙Low Humidity Operation (< 15% RH) for more than 3 months∙High Bias voltage∙Highly contaminated air over a prolonged period∙High levels of particles or soot (unless proper filtering is provided)(1)Use of porous PTFE membrane or filter cap may address this concern)LOW HUMIDITYSPEC CO sensors have been tested under low humidity conditions to ensure stable response during intermittent exposure to very dry conditions.As shown in figure at right, presenting data collectedover 3 months in <10%RH, the response of the sensor isvirtually unchanged after 30 days, and remains within20% of the initial signal over the 3 month test period..NOTE: the 3SP-CO-1000 sensor is not intended forcontinuous operation at <10% RH. Extended periods(>60-90days) of operation in <10% humidity maypermanently damage the sensor.MARKING INFORMATIONAll gas sensors are tested and marked at the SPEC Sensors factory. Sensors include a label with an alpha-numeric code and a two-dimensional bar code. The codes include the information indicated in the table below.DIMENSIONSPCB LAYOUT GUIDELINESSENSOR STORAGE, HANDLING AND SOLDERINGThis information embodies various general recommendations concerning the storage, handling, and manual soldering conditions for SPEC SENSORS CSPEC Modules. It is only applicable for modules guaranteed by SPEC SENSORS stated in SPEC SENSORS Sensor Specification Sheet. Moreover, SPEC SENSORS' modules are NOT warranted and should NOT be used in high temperature soldering (reflow) or pre-tinning baths.Sensor & Module HandlingHandle sensors with care. Take precautions, including but not limited to the following:A. DO NOT apply excessive pressure to the top or bottom of the sensor module.B. Whenever possible, handle or make contact with the sensor module from the sides of the PCB or substrate.C. Light vacuum pressure is possible during handling, DO NOT apply vacuum over gas sensor port.D.If the sealed sensor package is opened, DO NOT re-seal using vacuum or nitrogen gas. DO NOT reseal withdesiccant.E.DO NOT obstruct the gas sensor port by making direct contact with any tape, apparatus, weights, etc.F.DO NOT use silicone or other conformal coatings around the sensor or gas port-holes.G. Operators are requested to wear powder free antistatic gloves.Manufacturing Assembly Floor EnvironmentSPEC SENSORS recommends that the manufacturing assembly floor environment be maintained at controlled conditions:A. Temperature: 18-26°CB. Relative Humidity: 40 to 60%C. Pressure: 1.0 ± 0.2 atmSensor & Module Storage ConditionsThe shelf life for sealed, packaged components is 12 months from the pack seal date, when stored in the factory-sealed bag under the following conditions:A. Temperature: 5 to 25 °CB.Relative Humidity: 20 to 80%C.Pressure: 1.0 ± 0.2 atmD. Storage Time: 12 monthsWhen moving from Storage Conditions to the Manufacturing Assembly Floor Environment, the sensors should be allowed to equilibrate at the new conditions for at least 24 hours prior to manufacturing.Module Attach Soldering ProcessHand solder only. Keep the soldering iron or solder process tool away from the sensor. The sensor should not see pre-heat temperatures above 70 °C. There have been suggested cases where a heat sink cover over the sensor may be applicable to protect the sensor during processing. No Application notes to this approach available. Only to be used as reference only.A.DO NOT heat sensor above 70 °CB.Hand or peripheral process type approache solder wire alloy with the lowest possible eutectic temperaturee lowest possible soldering iron temperatureE.Contact the host board with the soldering iron at a45° angle on the solder padF.Keep the soldering iron away from the top and bottom of the sensor moduleG.DO NOT place in reflow, wave or IR reflow type processesH.DO NOT place mounted board In a wash。

可燃有毒气体报警系统工程方案本工程主要为xx危险场所提供可燃有毒气体监控报警系统，对现场可燃气体、有毒有害气体浓度进行实时监控。

一旦达到设定浓度值，监控主机发出声光报警。

同时，在探测器安装现场同步实现浓度报警。

这样保障了所在危化场所的生命财产安全。

控制器和气体探测器符合以下国家标准：GB16808-2008 可燃气体报警控制器GB15322-2003 可燃气体探测器（七部分）GB12358-2006 作业环境气体检测报警仪通用技术要求GB3836.2-2010 爆炸性气体环境用电气设备第2部分：隔爆型“d”GB3836.4-2010 爆炸性气体环境用电气设备第4部分：本质安全型“i”在设置气体报警监控系统及安装过程中遵循以下国家行业标准：GB12358-2006 作业环境气体检测报警仪通用技术要求GB50493-2009 《石油化工可燃气体和有毒气体检测报警设计规范》GB/T17614-2003 工业过程控制系统用变送器GB50116-2013 火灾自动报警系统设计规范GB50058-2014 爆炸和火灾危险环境电力装置设计GB3836.1-2000 爆炸性气体环境用电气设备第1部分：通用要求GB3836.2-2000 爆炸性气体环境用电气设备第2部分：隔爆型“d”GB3836.4-2000 爆炸性气体环境用电气设备第4部分：本质安全型“i”GB3836.13-2000 爆炸性气体环境用电气设备第13部分：爆炸性气体环境用电设备的检修产品检定标准：JJG 915-2008 一氧化碳检测报警器检定规程JJG 551-2003 二氧化硫气体检测仪检定规程JJG 695-2003 硫化氢气体检测仪检定规程……根据现场实地勘察及业主安全人员要求，需要在如下区域安装气体报警设备：1，飞灰鳌合车间飞灰坑。

设备清单如下：关于设备清单说明如下：输出模块1套；JB-TB-AT2020DH/4监视主机1台:AT0502AH丙烷探测器1只；便携式液化气探测器1只；XP3000氨气探测器2只；XP3000二硫化碳探测器6只；XP3000硫化氢探测器23只；JB—TB—AT2020DH报警控制器四台（分别装一二三期吊机控制室和厨房）、XG100监控主机两套（分别装一二期和三期中控室）。

SGA-700-NO智能型一氧化氮气体传感器模组一、产品简介SGA-700-NO 智能型一氧化氮气体传感器模组是深国安电子为解决客户对不同气体、不同量程、不同行业需求所研发的一款跨时代气体检测产品。

SGA-700-NO 智能型一氧化氮气体传感器模组不像普通的传感器那样:信号小(输出 nA 级信号、一致性差(每个传感器的输出值都不同、易受温湿度环境干扰。

也不像气体检测仪那样:体积大、价格昂贵。

深国安运用多年技术经验, 先将气体传感器进行信号放大、数据处理、智能计算后, 再进行温湿度全量程补偿、外加 99.999%纯度的标准气体校正。

因此, 体积更小、价格更低、性能更稳定。

客户购买后,无需任何操作,可直接采集处理后的标准信号,上传到控制主机、 PLC 等系统上。

方便快捷、节约成本。

SGA-700-NO 智能型一氧化氮气体传感器模组可直接输出 0.4-2V 、 0-1.6V 、0-4V 、 0-5V 等电压信号和 4-20MA 电流信号,还有 TTL 电平信号。

且产品直径只有 33.5mm ,是目前市场上体积最小、功能最强大的一款产品。

因其出色的性能和可靠性, 广泛应用于科研、气体监测等领域。

二、产品特点● 可对应上百种可燃及有毒气体;● 本质安全型电路设计,可带电热拔插操作;● 市面上最小的气体传感器模组,直径仅有 33.5mm ;● 专业精选、原装进口,兼容红外、电化学、催化、半导体等多种传感器; ● 自带温度补偿,出厂精准标定,使用时无需再标定; ● 电压和串口同时输出特点,方便客户调试及使用; ● 最简化的外围电路,生产简单、操作方便; 三、产品参数四、使用注意事项智能型气体传感器模组设计有 7只管脚,采用插拔方式安装在传感器插座上,为保证连接可靠, 应当选择使用专用插孔。

插孔应当按管脚对应方式布置, 插孔应当垂直安装, 焊接牢固。

根据用户的特殊要求,可以不使用管脚拔插方式,而采用外部引线方式,引线型号为 ZR-BVR0.75,线长一般不超过 150mm 。

DescriptionModel 700 Series Sensors are a non-intrusive “Smart” sensors designed to detect and monitor oxygen and Toxic Gases in air using electrochemical sensor technology.The intelligent plug-in, field replaceable cell provides automatic recognition of gas type and range, and features over-sized gold-plated connections that help prevent corrosion.The Model 700’s rugged framework includes an intrinsically safe electro-polished 316 stainless steel housing with fully encapsulated electronics and dual layer surge protection.This innovative design virtually eliminates sensor failure due to water in-gress, corrosion, vibration, and transient spikes.A primary feature of the Model 700 is embedded intuitive software that simplifies operator interface by guiding the user through routinecalibration, configuration, and fault diagnostic functions using a built-in alpha/numeric display.The Model 700 is equipped with standard analog 4-20mA, and Modbus™ RS-485 outputs. Among its unique features is a wireless option that can be used with Detcon’s SmartWireless® product line. Additional integration options include a Remote Alarm Module (RAM) and HART.Detcon’s toxic gas and oxygen sensors have a long shelf life and are sup-ported by an industry-leading warranty.Model DM 700Toxic gas sensorsFeaturesFailsafe User-Friendly Interface• LED Display (With Antiglare Cover)• Full Text Display Method • Non-intrusive Interface • Auto Zero/Auto Span• Pre-emptive Fault DiagnosticsEnvironmentally Bulletproof• Electropolished 316SS Construction • 100% Epoxy Encapsulated Circuitry • Bulletproof I/O Protection• Water-proof, Corrosion-Proof, Vibration-ProofModular and Serviceable • Modular Design• Plug and Play Components• Quick Thread Release Sensor Endcap (Allen Wrench only required)• Integral Calibration PortApplications• Oil & Gas• Chemical Plants • Food & Beverage • Steel Mills • Pulp and Paper • Refineries• Wastewater Treatment Plants •Utilities(shown as PN 967-505094-100 in SS junction box)Gas Part Number Warranty Measuring Accuracy Response Time Operating Temp Storage Temp Operating Humidity Acetylene (*See Note)967-12EG91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Ammonia967-505091-100 2 years0-100 ppm±2% FS T90≤90 seconds-40 to 122ºF/-40 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Arsine967-191991-001 1.5 years0-1 ppm±2% FS T90≤60 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC20-95% RH non-condensing Bromine967-747591-005 2 years0-5 ppm±2% FS T90≤60 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-95% RH non-condensing Butadiene967-12EB91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensingCarbon Monoxide967-444491-100 3 years0-100 ppm±2% FS T50≤10 sec./T90≤30 sec.-40 to 122ºF/-40 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensingChlorine967-747491-010 2 years0-10 ppm±2% FS T90≤60 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Chlorine Dioxide 700967-747691-050 2 years0-50 ppm±2% FS T90≤120 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC10-95% RH non-condensing Chlorine Dioxide 701967-777791-001 2 years0-1 ppm±2% FS T90≤60 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Diborane967-192191-005 1.5 years0-5 ppm±2% FS T90≤60 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC20-95% RH non-condensing Ethanol967-12EO91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Ethylene (*See Note 2)967-12ED91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Ethylene Oxide967-12EJ91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Fluorine967-272791-001 1.5 years0-1 ppm±2% FS T90≤80 seconds14 to 104ºF/-10 to 40ºC-31 to 131ºF/-35 to 55ºC10-95% RH non-condensing Formaldehyde967-12EP91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Germane967-232591-002 1.5 years0-2 ppm±2% FS T90≤60 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC20-95% RH non-condensing Hydrogen (1%)967-070791-01P 2 years0-1%volume±2% FS T90≤60 seconds-40 to 104ºF/-40 to 40ºC-31 to 131ºF/-35 to 55ºC5-90% RH non-condensing Hydrogen (4%)967-050591-04P 2 years0-4%±2% FS T90≤60 seconds-40 to 104ºF/-40 to 40ºC-31 to 131ºF/-35 to 55ºC5-95% RH non-condensing Hydrogen PPM967-848491-100 2 years0-100 ppm±2% FS T90≤30 seconds-4 to 122ºF/-20 to 50ºC-31 to 131ºF/-35 to 55ºC15-90% RH non-condensing Hydrogen Bromide967-090891-030 1.5 years0-30 ppm±2% FS T90≤70 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC10-95% RH non-condensing Hydrogen Chloride967-090991-030 1.5 years0-30 ppm±2% FS T90≤70 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/-35 to 55ºC10-95% RH non-condensing Hydrogen Cyanide967-131391-030 2 years0-30 ppm±2% FS T90≤40 seconds-40 to 104ºF/-40 to 40ºC-31 to 131ºF/-35 to 55ºC5-95% RH non-condensing Hydrogen Fluoride967-333391-010 1.5 years0-10 ppm±2% FS T90≤90 seconds-4 to 95ºF/-20 to 35ºC-31 to 131ºF/-35 to 55ºC10-80% RH non-condensingHydrogen Sulfide967-242491-100 2 years0-100 ppm±2% FS T50≤10 sec./T80≤30 sec.-40 to 122ºF/-40 to 50ºC-31 to 131ºF/-35 to 55ºC5-90% RH non-condensingHydrogen Sulfide (DC)*967-303091-1002 years0-100 ppm±10%applied gasconcentrationor ±3 ppm,whichever isgreaterT20 ≤ 20sec-40 to +131°F/-40 to +55°C -31 to +131°F/-35 to +55°C5-90% RH non-condensing 967-303091-050T50 ≤ 45 sec967-303091-025 T90 ≤ 60 secMethanol967-12EE91-100 2 years0-100 ppm±2% FS T90≤140 seconds-4 to 122ºF/-20 to 50ºC-31 to +131ºF/-35 to 55ºC15-90% RH non-condensing Methyl Mercaptan967-12EK91-100 2 years0-100 ppm±2% FS T90≤45 seconds-40 to 122ºF/-40 to 50ºC-31 to +131ºF/-35 to 55ºC15-90% RH non-condensing Nitric Oxide967-949491-100 3 years0-100 ppm±2% FS T90≤10 seconds-4 to 122ºF/-20 to 50ºC-31 to +131ºF/-35 to 55ºC15-90% RH non-condensing Nitrogen Dioxide967-646491-010 2 years0-10 ppm±2% FS T90≤40 seconds-4 to 122ºF/-20 to 50ºC-31 to +131ºF/-35 to 55ºC15-90% RH non-condensingOxygen967-341520-025 2 years 0-25%volume±1% FS T90≤10 seconds-4 to 122ºF/-20 to 50ºC-40 to 122ºF/ -40 to 50ºC15-90% RH non-condensingOzone967-393991-001 2 years0-1 ppm±2% FS T90≤120 seconds14 to 104ºF/-10 to 40ºC-31 to +131ºF/ -35 to 55ºC10-95% RH non-condensing Phosphine967-192091-005 1.5 years0-5 ppm±2% FS T90≤30 seconds-4 to 104ºF/-20 to 40ºC-31 to +131ºF/ -35 to +55ºC20-95% RH non-condensing Silane967-232391-050 1.5 years0-50 ppm±2% FS T90≤60 seconds-4 to 104ºF/-20 to 40ºC-31 to 131ºF/ -35 to +55ºC20-95% RH non-condensing Sulfur Dioxide967-555591-020 2 years0-20 ppm±2% FS T90≤20 seconds-4 to 122ºF/-20 to 50ºC-31 to +131ºF/ -35 to +55ºC15-90% RH non-condensing *Note: Acetylene can only be used with a Group A enclosure.*Note2: This product is a safety device to detect hazardous conditions, and is not intended for process control application in fruit ripening operations.*Note3: DC=Desert Climate Sensors are 3rd-party test report to ISA 92.00.01 2010 standardSystem specifications Sensor TypeContinuous diffusion/adsorption3-electrode electrochemical cellPlug-in field replaceable Intelligent Type OutputsLinear 4-20 mA DCRS-485 MODBUS-RTUElectrical ClassificationExplosion proofC CSAUSClass I, Division 1, Groups B, C, D ()Class I, Zone 1, Group IICATEXII 2 G Ex d ib IIB + H2 T4 GBIngress ProtectionNEMA 4X, IP66Safety ApprovalscCSAusATEXCE MarkingSIL2 Certified to IEC 61508* Specifications subject to change without noticeOrder guidePN 967 - _ _ _ 090 - _ _ z DM - 700 Sensor Assembly (no junction box) PN 967 - _ _ _ 091 - _ _ z DM - 700 Sensor Assembly with Aluminum J-Box PN 967 - _ _ _ 094 - _ _ z DM - 700 Sensor Assembly with 316 SS J-Box _ = Any character as shown in table on prior pagez = Code for Regulatory Approval Required, C for CSA or A for ATEX, others available.C for CSA or A for ATEX Mechanical specificationsDimensions7”H x 2.2” Dia.; 178mmH x 65mm Dia. (sensor assembly only)11”H x 6.1”W x 3.75”D; 280mmH x 155mmW x 96mmD (with junction box) Mounting holes (J-box) 5.5”; 140mm center to centerWeight2 lbs; 0.907kg (sensor only)6 lbs; 2.72kg (w/aluminum j-box)9 lbs; 4.08kg (w/stainless steel j-box)Electrical specificationsPower Input11 - 30 VDCPower ConsumptionNormal operation = 30mA @ 24V (<0.75 watt)Maximum = 50mA @ 24V (1.2 watts)Inrush Current500mA @ 24V (typical)RFI/EMI ProtectionComplies with EN50270Analog OutputLinear 4-20mA DC (1,000 ohms max loop load @ 24VDC)0mA All Fault Diagnostics2mA In-Calibration4-20mA 0-100% full-scale22mA Over-range conditionSerial RS-485 OutputRS-485 Modbus™ RTUBaud Rate9600 BPS (9600, N, 8, 1 Half Duplex)Status Indicators4-digit LED display with gas concentrationFull-script menu prompts for AutoSpan,Set-up Options, and Fault ReportingFaults MonitoredLoop, Input Voltage,Missing Sensor, Zero,Processor, Memory, CalibrationCable RequirementsPower/Analog3-wire shielded cableMaximum distance is 13,300 feet with 14 AWGSerial Output2-wire twisted-pair with ground, shielded communicationcable specifically for use with RS-485 installationsMaximum distance is 4,000 feet to last sensorI/O ProtectionOver -voltage, Miswiring, EMI/RFI ImmunityIntegration optionsThe first three characters of the PN define the Integration options as follows:PN 9R7 - Remote Alarm Module (Remote Operation and 2 Alarm Relays plus Fault)PN 9H7- Hart Integration Module (Hart Communication Protocol version 7.0, HART Registered)PN 9K7- Combination HART / Remote Alarm Module (Combines the features of both into one module)Copyright © 2020 Teledyne Technologies. All rights reserved. **********************************************AMERICAS4055 Technology Forest Blvd.The Woodlands, TX 77381USATel.: +1 713-559-9200Fax: +1 713-893-6729EMEAZI Est, Rue Orfila,CS 2041762027 ARRAS CEDEX, France Tel.: +33-3-21-60-80-80Fax: +33-3-21-60-80-00ASIA PACIFIC290 Guiqiao RoadPudong, Shanghai 201206People's Republic of China Tel.: +86-21-3127-6373Fax: +86-21-3127-6365Teledyne Gas & Flame Detection quality assurance programmes demand the continuous assessment and improvement of all our products. Information in this leaflet could thus change without notification and does not constitute a product specification. For more informa-tion, please contact us or your company representative。

氨气浓度传感器氨气泄露检测探测器产品适用于各种环境和特殊环境中的氨气气体浓度和泄露，在线检测及现场声光报警，对危险现场的作业安全起到了预警作用，此仪器采用进口的电化学传感器和微控制器技术，具有信号稳定，精度高，重复性好等优点，防爆接线方式适用于各种危险场所，并兼容各种控制器，PLC,DCS 等控制系统，可以同时实现现场报警和远程监控，报警功能，4-20mA 标准信号输出，继电器开关量输出。

氨气浓度传感器产品特性：气体传感器参数工作电压DC5V±1%/DC24±1%波特率9600测量气体氨气气体检测原理电化学采样精度±2%F.S 响应时间<30S重复性±1%F.S 工作湿度10-95%RH，(无冷凝)工作温度-30～50℃长期漂移≤±1%（F.S/年）存储温度-40～70℃预热时间30S 工作电流≤50mA 工作气压86kpa-106kpa安装方式7脚拔插式质保期1年输出接口7pIN 外壳材质铝合金使用寿命2年外型尺寸(引脚除外)33.5X3121.5X31测量范围详见选型表输出信号TTL(标配)0.4-2.0VDC(常规)/4-20mA数字信号格式数据位:8;停止位:1;校验位:无;①进口电化学传感器具有良好的抗干扰性能，适用寿命8年。

②采用先进微处理技术，响应速度快，测量精度高，稳定性和重复性好。

③检测现场具有具有现场声光报警功能，气体浓度超标即时报警，是危险场所作业的安全保障。

4现场带背光大屏幕LCD显示，直观显示气体浓度，类型，单位，工作状态等。

5独立气室，更换传感器无须现场标定，传感器关键参数自动识别。

6全量程范围温度数字自动跟踪补偿，保证测量准确性。

氨气浓度传感器技术参数：检测气体：空气中的氨气气体检测范围：0~50ppm,0~500ppm,0~1000ppm可选。

分别率：0.01ppm(0~50ppm);0.1ppm(0~500ppm);1ppm(0~10000ppm以上)；工作方式：固定式连续工作，扩散式，管道式，流通时，泵吸式可选。

CS2二硫化碳CS2报警器探头CS2二硫化碳CS2报警器探头特点：★整机体积小,重量轻★高精度,高分辨率,响应迅速快.★上、下限报警值可任意设定，自带零点和目标点校准功能，内置温度补偿，维护方便.★数据恢复功能，免去误操作引起的后顾之忧.★外壳采用特殊材质及工艺，不易磨损，易清洁，长时间使用光亮如新.CS2二硫化碳CS2报警器探头技术参数：★进口电化学传感器具有良好的抗干扰性能，使用寿命长达3年;★采用先进微处理器技术，响应速度快,测量精度高，稳定性和重复性好;★全量程范围温度数字自动跟踪补偿，保证测量准确性;★半导体纳米工艺超低功耗32位微处量器;★全软件自动校准,传感器多达6级目标点校准功能,保证测量的准确性和线性,并且具有数据恢复功能;★防高浓度气体冲击的自动保护功能CS2二硫化碳CS2报警器探头结构图：CS2二硫化碳CS2报警器探头接线示意图:CS2二硫化碳CS2气体传感器参数工作电压DC5V±1%/DC24±1%波特率9600测量气体CS2二硫化碳CS2气体检测原理电化学采样精度±2%F.S响应时间<30S重复性±1%F.S工作湿度10-95%RH，(无冷凝)工作温度-30～50℃长期漂移≤±1%（F.S/年）存储温度-40～70℃预热时间30S工作电流≤50mA工作气压86kpa-106kpa安装方式7脚拔插式质保期1年输出接口7pIN外壳材质铝合金使用寿命2年外型尺寸(引脚除外)33.5X31 21.5X31测量范围详见选型表输出信号TTL(标配)0.4-2.0VDC(常规)/4-20mA 数字信号格式数据位:8;停止位:1;校验位:无;传感器PIN脚定义图:传感器应用场所：医药科研、学校科研、制药生产车间、烟草公司、环境检测、楼宇建设、消防报警、污水处理、石油石化、化工厂、冶炼厂、钢铁厂、煤炭厂、热电厂、锅炉房、加气站、垃圾处理厂、隧道施工、输油管道、工业气体过程控制、室内空气质量检测、地下燃气管道检修、危险场所安全防护、设备检测等。

二硫化碳CS2气体检测模块SKA/CS2-101NE Sensor 二硫化碳CS2气体检测模块产品概述SKA/CS2-101二硫化碳气体检测模块是一款专门针对空气中存在的二硫化碳CS2气体，进行24小时实时在线监测浓度含量的模块产品。

是圣凯安科技采用原装进口最优质的气体传感器，通过32位微处理器和24位数据采集器后，再多次进行全量程的温湿度补偿。

然后再用99.999%纯度的标准气体进行标定校准之后的产品模块。

可直接输出模拟电流4-20mA，模拟电压0.4-2V、0-5V，数字信号TTL，R S485通讯协议等信号。

因此，您购买后，无需二次开发，即可直接选用标准信号，进行数据传输、在线监测等工作。

SKA系列有毒有害、PID气体检测模块全部采用原装进口最优质的气体传感器，具体响应速度快、无零点漂移、一致性好等特点。

选用品牌包括英国CITY、德国SOLID、英国ALPHASENSE、瑞士MEMBRAPOR、英国DYNANENT、日本NEMOTO、美国BASELINE等产品优势●本案电路设计已经防止电路反接、电压过高、电流过大，同时产品设计考虑防雷。

●大屏幕液晶显示可24小时在线监测，实时显示气体浓度变化值。

●国外原装进口气体传感器，反应速度快、无零点漂移、低误差率、一致性好、抗干扰能力强。

●智能型软件处理：32位微处理器+24位采集芯片，可在00.000－99999数值之间任意值测量检测。

●多种量程单位可选：%LEL、%VOL、PPM、PPB、ug/m3；●多次实验检测全量程温湿度补偿和数据校准，大大提高了产品的精确度和稳定性。

●可检测500多种有毒有害气体，国内最全。

●信号输出：模拟电流4-20mA，模拟电压0.4-2V、0-5V，数字信号TTL，R S485通讯协议等信号；并可以选配1-2组继电器（开关量信号）信号输出，方便与风机或电磁阀的控制设备联动使用。

技术参数产品名称二硫化碳CS2气体检测模块SKA/CS2-101检测气体二硫化碳CS2检测原理电化学原理检测范围0-50ppm、0-100ppm、0-200ppm等量程可选。

大气环境监测专用SGA-700高精度智能气体传感器模组升级上市SGA-700智能气体传感器模组已上市两年多了。

为了满足客户的不同需求，我们一直在不断地努力着。

随着大气环境监测的需求，原来SGA-700并不能满足客户对低浓度检测值（1PPB）的需求。

为此，我们在硬件升级及软件优化的基础之上，推出的最新款的SGA-700高精度智能气体传感器模组。

相比之前的产品，在10PPB左右的检测值更加精确和稳定。

何为大气环境监测？所谓大气环境监测是对大气环境中污染物的浓度，观察、分析其变化和对环境影响的测定过程。

大气环境监测主要监测哪些气体？常见的监测气体有一氧化碳、一氧化氮、二氮化氮、硫化氢、二氧化硫、臭氧、可吸入颗粒物PM2.5等。

大气环境监测面临哪些问题？目前大部分从事气体检测仪生产的厂家，都是以测漏、或安全报警为主。

因此，测测范围都是比较大的量程。

比如0-100PPM、0-500PPM或0-1000PPM。

然而，大气监测中的气体都是极其微量的，小到10PPB甚至是1PPB，一般的气体检测仪很验识别到。

既使有反应，灵敏度也不高，且稳定性差、误差率高。

CEMS系统虽然测量精确，误差率小，但因价格昂贵、体积笨重，测量繁琐，很难实现大批量、网格化的满足市场和需求。

市场需求为冶理以北京为首的周边境内的治霾，国家公布了更中严厉的《新环保法》。

并且京津冀政府联合行动，计划5年内，总投入不低于1.6万亿资金，联合治霾。

最新解决方案针对技术现状和市场需求，深国安电子通过多年技术积累，并与多家科研院校合作的基础上，开发出了高精度、高灵敏、高稳定性的的SGA-700系列大气环境监测专用气体传感器模组。

SGA-700-CO智能型一氧化碳传感器模组测试数据SGA-700-SO2智能型二氧化硫传感器模组测试数据SGA-700-NO2智能型二氧化氮传感器模组测试数据SGA-700-O3智能型臭氧传感器模组测试数据客户案例之一中国普天*以上数据为北京普天提供，测试地点（内部实验室）客户案例之二太原罗克佳华适用对象大气环境监测、仪表开发、数据采集、无人机救援等。

SGT-P (Portable Single Gas Detector) SGT-P: ReplaceableUser’s ManualProduct OverviewSGT-P is a portable single gas detector designed to detect the presence of oxygen, toxic and combustible gases in the ambient environment. SGT-P is the replaceable type of a gas sensor and battery. When activated, SGT-P continuously monitors ambient air for the presence of a specific gas and alerts the user to potentially unsafe exposure with LED, vibrating, and audible alarms in the event that gas concentration exceeds alarm set points. And the alarm set point, calibration range, and display configuration can be changed via SENKO-IR Link (Optional). WARNINGAny unauthorized attempt to repair or modify the product,or any other cause of damage beyond the range of the intended use,including damage by fire,lightening,or other hazard,voids liability of the manufacturer.Activate this product only if sensor,visual,detection,and audible cover are clear from contaminants such as dirt and debris that could block the area where gas is to be detected.Do not clean and rub the LCD screen of the products with a dry cloth or hands in hazardous environment to prevent the static electricity.Perform cleaning and maintenance of the products in fresh air that is free of hazardous gasesTest the response of a sensor regularly by the gas concentration exceeding alarm set point.Test LED,audio and vibration manually.Gas concentration measurements by the sensor can vary based on the environment(temperature, pressure and humidity).Therefore,calibration of SGT-P should be performed in the same(or similar) environment of the device’s actual use.If the temperature changes sharply during use of the device(e.g.,indoors vs outdoors),the value of the measured gas concentration can suddenly change.Please use the SGT-P after the gas concentration value has stabilized.Severe vibration or shock to the device may cause a sudden reading change.Please use SGT-P after the value of gas concentration has stabilized.Excessive shock to SGT-P can cause the device and/or sensor to malfunction.All alarm value is set based on the alarm standard that is required by international standard.Therefore,alarm values should be changed only under the responsibility and approval of the administration of the work site where the instrument is used.Use IR communications in the safety zone which is free of hazardous gases.Replace the battery and sensor in clean environment,which is free of hazardous gas.CAUTIONBefore operating this device,please read the manual carefully.This device is not a measurement device,but a gas detector.If calibration and self-test fails continuously,please do not use the device.For the O2detector,perform calibration every30days in the fresh air environment.Before use,please check the activation date,and if the activation date is past,please do not use the device.Clean detectors with a soft cloth and do not use chemical substances for cleaning.To maintain24months life time,avoid the below activities except the necessary cases to check events(Max/Min),lifetime/concentration,and alarm set points.Otherwise,the frequent use of the button will deplete the battery lifetime less than24months.1.Push the button frequently without valid reasons.2.Frequent alarm operation or alarms are remained for a long time.*Normal Alarm Use:1timeand2minutes per day.3.Connect with the SGT-P IR Link frequently except the bump testing.View a serial number on the label at the back side of the device.(ex,20170101)1.The serial number indicates below.ex) SG 01 01 0012017(Year) 01(Months)01(Day)001(Manufacture Order)Table Contents1. Product Overview …………………………………………………..................…2. Activation & Deactivation …………………………………………..................…3. Mode 1) Measuring Mode 2) Display Mode 3) Alarm Activation & Setting Alarm Set Points4. Event Log5. Calibration 1) Fresh Air Calibration 2) Standard Gas Calibration 3) Return to Measuring mode6. Self Test &Bump Test7. Specification 9. Certification …………………………………………………..................………………………………………………...................………………………………………………...................…….………..….……....………………………………………………………..................……………………………………………………..................………………….……………………….............………………….……………………….............………………….……………………….............……………………………………………………..................………………………………………………...................……………………………………………………..................…456666688991011128. Sensor & Battery Replacement …………………………………...................…1110. Warranty (13)1. Product OverviewIR PortLCD displayAlarm LEDBuzzerButtonGas sensorGas TypeLCD Display SymbolsAlarm condition Remaining Month(Month)Low Alarm Display Remaining DayHigh Alarm Display Remaining Time(Hour)Stabilization Success Max Peak ValueStabilization Failure Min Peak ValueFresh Air Calibration Measurement UnitStandard Gas Calibration Remaining Battery Life2. Activation & Deactivation<CAUTION>Before use, check the manufacturing date on the box. Please do not open if it isover the shelf life below.Shelf LifeSGT-P-Oxygen: 6 months from the manufacturing dateSGT-P-Toxic: 6 months from the manufacturing dateIn a safe environment, when pressing and holding the button for 3 seconds, gas type and firmware version (ex. v2.2) will be displayed. For 10 seconds countdown, the device will be stabilized. After stabilization is completed, “V” icon will appear on the display screen and the device will move to Measuring mode.OFFIn the event that stabilization of the device fails, will appear on the display and Measuring mode will not be entered. In this case, contact authorized reseller or SENKO service center at 82-31-492-0445 for repair / return information.To deactivate the device, pleas press and hold the button for three seconds.<CAUTION>Always ensure that the device makes the proper detection response to the pertinent gas. Verify that debris that could interfere with the detection of gas are not blocking the area where gas is to be detected.3. Mode3.1. Measuring mode•When activated, in Measuring mode, gas concentration will appear onthe screen.•Oxygen concentration is displayed in percent by volume (%Vol) andtoxic concentration is displayed in parts per million. (PPM)3.2. Display modeIn Measuring Mode, by pressing button for one second, the following ICONs will appear in order.Min (only for oxygen) -> Max -> clr-> 1st alarm set point -> 2nd alarm set point -> Firmware version -> Remaining Calibration Day -> Calibration Concentration. At the last step, if you press button or do not push any button for a second, the device will return to Measuring Mode.3.3. Alarm Activation & Setting Alarm set pointsWhen the gas concentration exceeds alarm set points, or will be displayed and the device will vibrate, flash (LED), and beep. To remove alarms, move to a clean air location. and then a gas concentration will decrease, and alarm will stop.To set the alarm setpoints, please follow the steps below.-Press the button until the above alarm setpoint is displayed.-Press and hold the button for three seconds and the first digit of alarm setpoint starts to blink.-To increase the value, press the button for one second .-To save the alarm setpoints, press the button for 3 seconds.*Ensure that the second alarm set point must be greater than first alarm setpoint.*Ensure Standard Factory alarm set points vary depending on countries, states, and companies.Before changing alarm setpoints, please ensure the alarm set points are in compliance with yourlocal guidelines.4. Event LogLast 30 events are stored on a device. Once more than 30 events are stored, the log events are removed automatically in the order starting at Event 1. And, the stored log events data can betransferred to SENKO-IR LINK. Each alarm event records followings:-Types of alarms (1st or 2nd) / Alarm concentration in ppm or % / Peak concentration5. CalibrationWhen pressing and holding the button for 5 seconds in the calibration mode( ), icon and ‘CAL’ mark will appear on the LCD.And, press the button to initiate calibration for three seconds. When calibration begins, a countdown (starting at 10) will appear on the screen. <CAUTION > Initial calibration is performed on all devices prior to shipment. Once received, calibration should be performed monthly (or quarterly) depending on frequency of use.5.1. Fresh Air Calibration Fresh Air Calibration Standard Gas CalibrationOnce completed, icon will appear on the LCD.If calibration fails, icon will appear on the display. If this continues, please contact the sales representative or SENKO service center.<CAUTION > Calibration should be performed in a fresh-air environment that is free for any influence of other gases (since calibration is assumed to be performed in an environment with 20.9% of Oxygen). It is also recommended that calibration should be performed in a space that is not confined.5.2. Remaining Calibration DayIf you set the calibration interval via IR LINK, the remaining day will bedisplayed. To check the remaining day, press the button until the above imageis displayed.Initial SettingThe default day will be 180daysWhen pressing and holding the button for 5 seconds in the calibration mode , icon and ‘CAL’ mark will appear, and when pressing button once again, icon will appear. And then, press and hold the button for three second to initiate calibration. When calibration begins, a countdown (60 seconds or more depending on sensor types) will appear on the screen.5.2. Standard Gas CalibrationOnce completed, icon will appear several seconds on the display. Then, the device will return to Measuring mode.Once calibration fails, icon will appear on the display. If this continues, please contact the sales representatives or SENKO service center.In the standard calibration mode , by pressing the button for a second, the fresh air calibration, standard calibration, and ESC will appear on the display consecutively. In the ESC mode, press the button for 3 seconds, the device will be get out of the calibration mode. And press the button onetime, it will return Measuring mode.5.3. Return to Measuring Mode.Calibration concentration.Gas O2CO H2S H2SO2Cl2NH3NO2Concentration0.0%Vol(N2:99.9%Vol)100 ppm50 ppm500 ppm10ppm10ppm100ppm10pm6. Self Test & Bump Test6.1. Self TestThe default of Self-Test is N/A, and the interval is 8hr~20hr, or N/A. To initiate the self-test, please set the self-test interval via the IR link. After the setting interval is activated, STS message will flash.(The message will flash until users perform the Self-test.) Once you press the button, it will testbuzzer, LED, Vibration, LCD, 1ST alarm, and 2ND alarm. After the test is completed, END message with icon will be displayed. (Users are required to check the test processes manually.)6.2. Bump TestThe interval of Bump-test is 1~365days, and the default is N/A. To initiate the bump test, set the bump test interval. Once the bump test time reaches, bts message will flash. Once you press and hold the button for 3 seconds, the tst message will be displayed for 45 seconds (To cancel, press the button for one second). Within the 45 seconds, apply a test gas (If no gases are applied, the btsmessage will flash again). After the selected gas is applied, if the test is successful, SUC message with will be displayed after 30 seconds. And then, remove the calibration cap and gas tube. If the test fails, FA message with will be displayed and bts message will be flashing until the test is successful.7. Sensor & Battery Replacement<CAUTION>1.It is absolutely prohibited to replace battery at potential explosion or dangerous regions.Replace the battery in a clean environment, which has no hazardous gases.2.Replacement of components can invalidate the intrinsic safety function. Replacing thesensor and battery should be performed by authorized sellers, agents, distributors, ormanagers.3.The sensors published by SENKO should be used for replacement.Product: Tekcell(SB-AA02 3.6V) / Brand: Vitzrocell, Co.Ltd4.Disassembly should be necessary only for sensors & battery replacement. After the sensorreplacement, the span gas calibration should be done.5. Before disassembling, please turn off the power and remove screws.7.1. Sensor Replacement1.Deactivate the detector2.Remove the 6 screws on the back case.3.Remove the 2 screws on the PCB board.4.After removing the battery, replace with the new sensor matching with the gas type. For instance,If you have the SGT-P CO, the CO sensor should be used for the replacement.5. Assemble the detector.6. After assembling, perform the fresh air calibration and standard calibration with theconcentration in this manual.6.Have the sensor stabilized for 5 minutes before use.7.2. Battery Replacement1.Deactivate the detector2.Remove the 6 screws on the back case.3.Replace with the new battery.4.Assemble the detector.5.After assembling, perform the fresh and standard calibration.6.Before use, have the sensor stabilized for 5 minutes.Model SGT-PMeasure Gas O2CO H2S H2SO2Cl2NH3NO2 Range 0~30%Vol0~500ppm0~100ppm0~1000ppm0~50ppm0~20ppm0~100ppm0~20ppm Sensor Type ElectrochemicalMeasurement Diffusion typeDisplay LCD displayAudible 90dB at 10cmWarningLampRed Flashing LEDs (Light-Emitting Diode) Vibration Vibration AlarmBattery Manufacture: Vitzrocell/ P/N: SB-AA02(P) / System: Lithium Primary Battery Nominal voltage: 3.6V / Nominal capacity: 1.2AhTemperature & Humidity -40℃~ +50℃(for Toxic) / -35℃~ +50℃(for O2) 5% ~ 95% RH (non-condensing)Case Rubber EnclosureAccessories Calibration Cap, Manual, Test Report Option External Sampling Pump (SP-Pump101), SENKO-IR Link, Docking StationSize & WeightSize: 54mm(W) x 91mm(H) x 32mm(D)/ Weight: 93g(Toxic), 104g(O2) (Battery, clip included)OperatingLife24 months, based on 2 minutes of alarm per dayEvent Log Recent 30 alarmsApproval Ex ia IIC T4 Ga/ IP67 (Korea Ex, IECEx, ATEX, CSA & UL, INMETRO12Intrinsic Safety:The detector is in conformity of the following standardsIECEx: Ex ia IIC T4GaIECEx KTL 19.0019XExplosion Protected Protection Concept Gas GroupTemperature Classification Equipment Protection levelATEX: 2198II 1 G Ex ia IIC T4 Ga IP67KRH 19 ATEX 1022X Directive 2014/34/EUKCS: Ex ia IIC T4KTL 19-KA2BO-0491XCompliance: Electromagnetic Compatibility Directive 2014/30/EUStandards:The electrical apparatus and any acceptable variations to it specified in the schedule of this certificate and the identified documents, was found to comply with the following standards:•IEC 60079-0: 2011 Ed. 6•IEC 60079-11: 2011 Ed 6•UL 61010-1, Ed. 3•UL 913, Ed. 8•UL 60079-0, Ed. 6•UL 60079-11, Ed. 6•C22.2 No. 60079-0:2015•C22.2 No. 60079-11:2014•C22.2 No. 61010-1-12:2012•EN 60079-0: 2012+A11:2013 •EN 60079-11: 2012Manufacturing Approval:The detector manufacturer is certified compliant with ISO 9001:2000 provisions12①②③①②③④⑤④⑤Limited WarrantySENKO warrants this product to be free of defects in workmanship and materials-under normal use and service for two years from the date of purchase from the manufacturer or from the product’s authorized reseller.The manufacturer is not liable (under this warranty) if its testing and examination disclose that the alleged defect in the product does not exist or was caused by the purchaser’s (or any third party’s) misuse, neglect, or improper installation, testing, or calibrations. Any unauthorized attempt to repair or modify the product, or any other cause of damage beyond the range of the intended use, including damage by fire, lightening, water damage or other hazard, voids liability of the manufacturer.In the event that a product should fail to perform up to manufacturer specifications during the applicable warranty period, please contact the product’s authorized reseller or SENKO service center at 82-31-492-0445 to repair/return information.73, Oesammi-ro15 beon-gil, Osan-si, Gyeonggi-do, 18111, South KoreaTel : 82-31-492-0445 Fax : 82-31-492-0446Email:**************.krWeb:www.senko.co.kr13。

GasBadgeProHCN氰化氢气体检测仪(智能传感器)BWGAXT-Z-DL氰化氢检测仪HCN检测仪GasBadgeProHCN氰化氢气体检测仪(智能传感器)RL010845BWGAXT-Z-DL氰化氢检测仪HCN检测仪RL010850图片型号:RL010845搜索：『润联网』查价格型号:RL010850搜索：『润联网』查价格GasBadgeProHCN氰化氢气体检测仪(智能传感器)RL010845BWGAXT-Z-DL氰化氢检测仪HCN检测仪RL010850内容型号:RL010845GasBadge®Pro以英思科最高质量及可靠性标准设计，提供终身的危险气体保护，功能多于任何其他现有单气体检测设备。

可替换使用的“智能”传感器使GasBadge®Pro能够快速适应监测器识别为非安全级别的氧气或下列任何有毒气体：一氧化碳、硫化氢、二氧化氮、二氧化硫、氯、二氧化氯、磷化氢、氨、氰化氢及氢等。

GasBadge®Pro通过红外接口直接向选配附件通信，如DockingStation™、数据连接（Datalink）、及红外打印机，继续简化并自动化标定过程、功能（冲击）测试及数据下载。

标准短期暴露水平（STEL）、时间加权平均值（TWA）及长达一年的调查数据记录功能，另配有可记录最近15次告警事件的事件记录器。

该产品配以防震外壳，不受无线电频率干扰，并具有防水及经久耐用的特点。

防震保护层保护产品不受各类恶劣工作环境的损害。

其易用而灵敏的四键式导航可轻松实现安装设置、操作、及校准功能。

型号:RL010850GAXT-Z-DL氰化氢检测仪简要说明：GasAlertExtreme以舒适耐用为设计理念，它具有多种有效的有毒气体模式，能够可靠地监控任何单一有害气体。

通过简单的开/关操作，这种单一气体探测器利用可现场更换的2年型电池和传感器提供长久的使用寿命。

校准是一个简单的自动化程序，并与BW的MicroDockII自动测试和校准系统兼容。