I56-1000-01C_A XSS-1000吸气式探测器设计使用手 册最新 110331
吸气式空气采样品牌型号大全
吸气式空气采样品牌型号大全类别品牌型号一、吸气式空气采样烟雾探测器盛赛尔XSS-1000海湾（1）GST-MICRA空气采样式感烟火灾探测报警器（2）GST-HSSD空气采样式感烟火灾探测报警器凯德Kidde (1)53836-K183HART XL探测单元(标准灵敏度)(2)53836-K186HART XL探测单元(高灵敏度)(3) 53836-K182 HART XL显示模块(4) 53836-K191 HART XL智能界面模块含调制解调器(5)53836-K-190 HART XL智能界面模块不含调制解调器(6) 53836-K205K-00 HART Mini底部接入型探测器(7) 53836-K205KN-00 HART Mini 底部接入型探测器(网络版)(8) 53836-K205KN-01 HART Mini 顶部接入型探测器(网络版)科达士GO-DEX (1) ForeSEE 2000空气采样式双波光烟雾探测器(2) ForeSEE 500空气采样式双波光烟雾探测器(3) ForeSEE 501风管采样式双波光烟雾探测器(4) Fore SEE 500空气采样探测主机(5) Fore SEE 501空气采样探测主机(6)Fore SEE 2000空气采样探测主机福莫斯特FMST (1) FMST-IF4吸气式空气采样烟雾探测器(2)FMST-SM111 吸气式感烟火灾探测报警器（分区型）(3)FMST-BM101 吸气式感烟火灾探测报警器(标准型)(4)FMST-BM111 吸气式感烟火灾探测报警器(标准型)(5) FMST-SM101 吸气式感烟火灾探测报警器(分区型)(6) FMST-MIN 吸气式感烟火灾探测报警器(7) FMST-MIN 吸气式感烟火灾探测报警器(8) FMST-Q280 吸气式感烟火灾探测报警器(9) FMST-MIC 吸气式感烟火灾探测报警器(简约型)(10)FMST-VM 吸气式感烟火灾探测报警器(激光点式)(11)FMST-VM 吸气式感烟火灾探测报警器(激光点式)阿波罗APO 53546-022APO XP95风道探测器威士达Vesda (1) VLF-250空气采样烟雾探测器(2) VLP-400空气采样烟雾探测器(3) VLC-505空气采样烟雾探测器(4) VLP-002四管四区空气采样烟雾探测器(5)VLS-600四管四区空气采样烟雾探测器爱森司(1) Stratos-HSSD空气采样式感烟火灾探测报警器(2) Stratos-micra 25空气采样烟雾探测器(3)Stratos-Micra 100 空气采样式感烟火灾探测报警器利达华信K183空气采样探测器探测单元(标准灵敏度) Securiton (1) ASD516空气采样烟感器(2) ASD535-1空气采样烟感器(3) ASD535-2空气采样烟感器(4) ASD535-3空气采样烟感器(5)ASD535-4空气采样烟感器瓦格纳WAGNER (1)PRO-SENS空气采样烟雾探测器(2) TOP-SENS空气采样烟雾探测器(3) MICRO-SENS空气采样烟雾探测器(4) MICRO-SENS-RB空气采样烟雾探测器(5)WAGNER 极早期空气采样烟雾探测火灾预警系统博康(1) BK711 空气采样式烟雾探测器单管数字显示联网型(2) BK721 空气采样式烟雾探测器单管LCD显示联网型(3) BK714 空气采样式烟雾探测器四管数字显示不分路联网型(4) BK724 空气采样式烟雾探测器四管数字显示分路联网型(5)BK734 空气采样式烟雾探测器四路可编程LCD显示不分管联网型(6)BK754 空气采样式烟雾探测器四管可编程LCD显示分路联网型(7)Xtralis ICAM IFT-1 极早期空气采样探测器ICAM (1)Xtralis ICAM IFT-4&IFT-6 极早期空气采样探测器(2) Xtralis ICAM IFT-15 极早期空气采样探测器(3)Xtralis ICAM ILS 极早期空气采样探测系统IFD (1) Cirrus Pro100 空气采样烟雾探测器(2) Cirrus Pro100 空气采样烟雾探测器(3) Cirrus Pro200D 空气采样烟雾探测器(4) Cirrus Pro200DSC 空气采样烟雾探测器(5) Cirrus Pro200 + 空气采样烟雾探测器(6) Cirrus Pro200D + 空气采样烟雾探测器(7) Cirrus Pro200DSC + 空气采样烟雾探测器(8)Cirrus ProRDP 空气采样烟雾探测器二、空气采样探测器附件凯德Kidde 53836-K183探测单元（标准灵敏度）科达士GO-DEX (1) ForeSEE M402远端显示面板(2) M-401远程显示单元(3)分区控制器(4) M-403远端显示面板(5) M-404远程显示面板(6)ForeSEE M401 远端显示单元威士达Vesda (1) VHH-1000手持编码器(2) VHX-0200 VESDAnet PC Link(3)VRT-300 VESDAnet Socket利达华信(1) k182空气采样采集模块(2) K190 空气采样探测器联网模块(不含MODE)(3)K191 空气采样探测器联网模块(含MODE)伯创尼克(1) AADUCTKIT光电风管感烟探测器组(2) DNR光电风管感烟探测器(3)DNRW防水光电风管感烟探测器三、空气采样管阿波罗APO (1) 53541-170APO采样管(2) 53541-171APO采样管(3)53541-172APO采样管四、空气采样探测器联网系统凯德Kidde 36215-K228 HART XL 资料光碟及监控编程软件利达华信(1) k182 空气采样采集模块(2) K190 空气采样探测器联网模块(不含MODE)(3)K191 空气采样探测器联网模块(含MODE)。
吸气式感烟探测器缺陷分析及处理方案的研究[精品资料]
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吸气式感烟探测器缺陷分析及处理方案的研究[精品资料] 吸气式感烟探测器缺陷分析及处理方案的研究-精品资料本文档格式为WORD,感谢你的阅读。
摘要:吸气式感烟探测器误报率高是方家山核电工程项目JDT系统调试过程中较为突出的问题。
本文对这两个问题进行了分析并研究了相应处理方案，提出通过取样孔变径、取样管路变更、控制设备安装及运行环境、防止减少沉积物脱落等方法来降低吸气式感烟探测器误报率。
关键词:ASD ;灵敏度;取样管路;取样孔;沉积物。
K826.16 A)肩负着对方方家山全厂火灾报警控制系统(JDT系统家山核电工程各厂房及设备的火灾监测任务，并在火警时发出火警信号及联动控制信号。
JDT系统是方家山各厂房、设备投运的先决条件，是方家山机组调试、运行期间一道重要的安全屏障。
在JDT系统调试过程中发现的问题包括系统设计、设备质量、安装质量等，例如:JDT系统逻辑关系表设计不合理、消防联动设备需JDT系统控制机柜提供DC24V电源、控制机柜多处报联动设备反馈、感温电缆安装时间的选择、控制机柜运行不稳定等。
本文将结合JDT系统调试现场的实际情况，针对吸气式感烟探测器误报率高以及JDT系统与消防联动设备设计上存在缺陷这两个问题进行系统、全面的分析，并提出合理且行之有效的解决方案。
吸气式火灾报警探测器误报率高的分析及解决方案2.1 吸气式火灾报警探测器(以下称ASD)概况ASD是一种具有报警功能及继电器信号输出的空气管路取样式感烟火灾探测器，利用高灵敏度的烟雾探测器对重要厂房、设备作出火灾早期预警，也可对需要高灵敏度烟雾探测的场所及高洁净、高大空间、高温、高湿或具有强电磁辐射等环境进行火警监测。
JDT系统监视模块对ASD火警继电器和故障继电器触点的状态进行监视，并将信息通过双总线传输至JDT控制机柜，从而实现ASD与JDT系统控制机柜通讯。
一般情况下JDT系统控制机柜向ASD提供DC24V电源，特殊情况(JDT系统控制机柜DC24V电源负载过重)下会专门为ASD设置DC24V电源装置。
BW Clip 单气体探测器操作员手册说明书
零件编号 50115903-067 | OM-ZH-PALO-A 8 | BW Clip 操作员手册BW Clip 是一款由 BW Technologies by Honeywell (BW) 制造的便携式单气体探测器。
BW Clip 可以连续测量周边环境中某种特定气体的浓度，并在浓度超过报警设置点时激活警报。
您的责任是对警报作出正确回应。
BW Clip 是 GasAlert 产品系列中的一员。
它与 IntelliDoX 及 MicroDock II 自动测试和校准站兼容，也与 Fleet Manager II 软件 4.0 版或更高版本兼容。
有关更多信息，请访问产品网站，其网址为安全信息：请先阅读1.替代零部件可能会削弱仪器的本质安全性。
2.定期将探测器暴露于浓度超过低限报警设置点的目标气体中，以测试传感器的响应性能。
手动确认声音和视觉报警已启动。
3.处于休眠模式的探测器无法正常工作。
1.请在包装所示激活日期之前激活探测器。
2.本产品为气体探测器，非测量设备。
3.确保传感器护栅无灰尘、碎屑，且未堵塞。
4.使用柔软的湿布清洁仪器表面。
5.在不含危险 气体的正常空气中对探测器进行冲击测试。
6.为了达到最佳性能，请定期在不含危险气体的正常空气中 (20.9% v/v O 2)归零传感器。
BW Clip 工厂校准证书工厂已根据我们所注册的质量系统、操作标准及销售协议的条件和要求对该仪器进行过检查、测试和校准。
开始使用按键LED 可视警报和气体类型的气泡标签LCD和符号按键提示。
当显示此符号时，请按住按键不放直到此符号消失。
仅限于 O 2 型 BW Clip 。
氧气浓度将以体积百分比为单位进行测量。
仅限于 H 2S 、CO 和 SO 2 型 BW Clip 。
有毒气体浓度将以百万分率为单位进行测量。
低点警报和高点警报。
在探测到超过报警设置点的气体浓度时会显示 这些符号。
不合规警告。
此符号会在诊断或合规测试失败后显示；会在使用寿命倒计时到 24 小时或不足 24 小时后显示；并且在使用寿命到期后最多显示 30 天。
XRF使用手册
1.2主要组成部分的概述X射线荧光光谱的核心扫描仪由五个主要部分组成：1）核心扫描器与直流电动机致动的X-轴和Z轴为Z-轴，不锈钢轴承，不锈钢透视安全外壳透视安全窗口进行目视检查，电机驱动门和机械的核心配件。
2）智能扫描电子与精确定位功能，集成安全联锁、触摸屏故障的发现和手动控制机制，可编程逻辑控制功能。
3）强制空气冷却牛津100瓦特透视源与阳极铑的电压范围是4......50 kV和电流范围0...2毫安。
4）堪培拉X - 点子1500-1.5检测器：8毫米²准直到5 mm²，晶体厚度1.5毫米窗口：0.5密耳（焊接，涂）堪培拉DSA1000（MCA）5）个人电脑运行在Windows XP下完全自动化的数据采集和处理软件。
注：在X-射线源和X射线检测器中含有铍作为窗户透视透明剥离之间的真空和大气条件。
铍是有毒的材料！2 安装2.1要求电力：XRF核心的扫描仪需要一个电连接到230 V / 50 - 60Hz的电源净值。
“连接应融合与16安培。
请参阅附录4.1的电气规格。
氦气：在X射线荧光光谱测量氦气是必要的。
其X-射线吸收率很低。
氦气的压力应该调整在0.5 (1)巴的压力调节器。
在X射线荧光测量的所需的氦气流是约10 ...30毫升/分钟，大约200天可以使用一瓶（200bar/50L）3 运行3.1警告产生的X射线源是危险的，如果遇到了，可能是致命的。
要特别注意工作时，该设备必须行使。
任何人都必须佩戴辐射剂量计工作或观察该设备操作。
买家计划安装的辐射机应确保他们遵守当地法规。
见附录4.4辐射安全数据表。
3.2功能描述在切换之前对核心扫描器的压缩的空气从外部空气源，例如压缩机应连接。
氦气瓶必须打开。
主开关切换到位置“ON”（请务必将‘EMERGENCY STOP’按钮复位）主开关启动大约30秒后Avaatech的标志将出现在触摸屏幕上。
通过触摸屏幕主菜单页会显示出来。
用个人电脑来操作扫描仪，扫描仪应设置在“REMOTE”模式。
SIMPLEX 4100ESi综合型火灾探测系统说明书
4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.Australia Level3,95CoventryStreetSouthbankVIC3006Tel:1300725688Tel:+61393139700Email:*******************************SIMPLEX is a leading global brand in the fire detection industry. The SIMPLEX product line includes a wide range of AS-listed, UL-listed and FM-approved life safety products for fire detection, emergencycommunications, voice evacuation, security, and related solutions. Many other product approvals and listings are also available including Chinese, Korean, and Russian certifications. The product line is availablethrough a variety of Johnson Controls companies and SIMPLEX authorised dealers around the world.© 2017 Johnson Controls. All rights reserved. All specifications and other information shown were current as of document revision date and are subject to change without notice.Building Safety4100ESibroSFP1706 August 2017 4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.The fire detection system of choice for medium to large facilitiesWe’ve been working on the evolution of the Simplex 4100 for over 20 years, and we truly believe we have now achieved a unique and robust approach to fire detection in medium to large facilities – including tunnels, hospitals, universities, prisons, airports, shopping centres and the list goes on.Our latest development allows this model to control up to 500 zones within its core software, whileretaining the flexibility to navigate your individual and unique programming requirements. The model’s high level of technical capability equips you to perform non-standard setups by simply allocating commands to your chosen zones.At Simplex, we’re always striving to beat our personal bestOur aim to increase fire detection and safety in your facilities is why we are always improving and developing our tried and trusted products. We strive for the best and safest – and that’s a benchmark we aim to redefine.Simplex panels have always had a strong reputation for being reliable, dependable, and withstanding the test of time.With Simplex 4100ESi, we’ve raised the bar and made them even better, yet simple.Cutting edge technology torevolutionise your fire detectionThe latest addition to the Simplex family allows you to use your PC to program a basic system in two simple steps:1. Enter devices and descriptions.2. Allocate and group devices to zones. That’s it!Once programmed, enjoy fast, effective controls at the tips of your fingers. Use the intuitive colourtouchscreen to easily operate the AS 7240.2 panel and the zone disable/enable controls.The Simplex 4100ESi greatly reduces the time required for programming.We’re redefining theclassics, taking the hassle out of large fire detection requirements.Welcome to the future of fire safety technology.30000 7240 3500 2000 1000 500 99 2010Fully compliant to latest standardsUser-friendly AS7240.2-certified panel conforms to the latest Australian Standards to offer you peace of mindBetter capacity, greater connectivity2,000-point addressable device capacity – ideal for facilities of any sizeConnect up to 99 panels on a singlenetwork ring – up to 3,500 metres apart in copper, or a stunning 30,000 metres apart in single mode fibreGenerous 10A power supply – Reduces the need for extra power supplies or battery boxesIntuitive and intelligentEasy to read and navigate interactive touch-screen displayRegularly updated e-manuals, accessible on any internet-connected deviceEasier installation and upgradesThe backward compatible Simplex 4100ESi uses intuitive Windows-style programming softwareProgramming templates for common functions (including 1668 controls, day-night sensing, alarm acknowledgement, delay and investigation)Enjoy total flexibilityNon-proprietary – Y our freedom of choice to select any trained Service Company to service Simplex fire detection products Available off the shelf with expansion box options and a further three sizes on demandINTEGRATED Simplicity and ease – that’s what we’ve achieved with the Simplex 4100ESi.Backwards-forwards compatibility allows you to integrate the new system with your existing Simplex 4100 without having to commit a significant amount of time and labour to complete the transition. We aim to facilitate a fusion between your Simplex 4100 system and the improved Simplex 4100ESi, in a way that supports and enhances your processes rather than disrupts them, and increases the lifespan of your existing 4100 safety system.IDEAL The Simplex 4100ESi is the ideal flexible system for your challenging fire detectionrequirements. Our scalable programming options suit all sizes of network application. Y our panels can operate 3,500 metres apart using copper, and as far as 30,000 metres apart using single mode fibre – and you can have as many as 99 panels on a single network with up to 7 rings connectable to one TrueSite Workstation (TSW). Y our Simplex 4100ESi system comes complete with on-going advice and support for many years – and for a system that is built to last and to seamlessly evolve through backward-forward compatibility, that’s the kind of service you can rely on.INTUITIVE The extra-large touchscreen display provides an elite user interface with impeccablecontrol and monitoring capabilities at your fingertips. The easy-to-use screen allows you to view and control faults, enable and disable points and zones, isolate specific issues and run detector status and service reports. In the unlikely event of any issues with your detection system, the diagnostics features and onboard help screen allow you to pinpoint exactly what needs to be altered in order to resume full working order of your fire safety operations – without needing to close your facility.INFORMATIVE Use a network display unit (NDU) to see all zones in your network – withouthaving to add separate panels. When configured as an NDU, the Simplex 4100ESi can control up to 1000 zones. Supervise – and control – all zones from a single, cost-effective screen. Reliability and connectivity is increased thanks to the availability of several High Level Interface options such as MODBUS, BACnet and SafeLINC.INSPIRING We’ve tried it, we’ve tested it, and we’ve been guiding the evolution of the Simplex4100ESi since 1992. Y ou’ve seen what a Simplex panel can do – and now it can do even more.We’ve eliminated manual programming, shortened internal processes and created a rounded solution that can keep up with your fast-paced work environment – no matter how large your facility. In fact, the Simplex 4100ESi has a faster network response time enabling it to react quickly even in a complex orlarge network environment.4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.metres between nodes using single mode fibremetres between nodes using copper networkaddressable deviceszones can be controlled by a 4100ESi NDUzones controlled by the standard configpanels can be connected up on a single ringyears of evolution of the 4100Amp power supply as standard fitmentpart 2 standards complianceAt a Glance:“I need a time-efficient solution.”The Simplex 4100ESi is a quick and simple choice for your facility – there’s no need to account for lead-time when ordering your system, because the standard panel is ready off the shelf. And intuitive, automated programming cuts down hours of set up.“I need a powerful fire alarm panel that is easy to design.”Fully compliant to the latest AS 7240.2 standard, the Simplex 4100ESi panel is not only easy to program but also the preferred choice for many fire system designers. The ability to control up to 500 zones and connect up to 99 panels on a single network ring offers designers a less complex or contradictory experience, while achieving greater integrity in the overall design. Fire system design is now a breeze.“I need a fire detection system that works efficiently in a large facility.”The Simplex 4100ESi is great for facilities of any size – with its fast network response time, ability to connect up to 99 panels on a single network ring and ability to cover a massive distance of up to 30kmbetween panels using single mode fibre.“I need a system that is built to last.”The reliable Simplex 4100ESi is not only designed to be long-lasting and hard-working, it’s also created with lifespan in mind. Not only will the base model work hard for many years, it’s also backwards-forwards compatible – so as technology advances, so can you.“I need a versatile product that I can customise to my facility’s particular requirements now and in the future.”The Simplex 4100ESi is the most flexible Simplex panel to date. Not only is it backwards-forwards compatible, you can also configure the panel as an NDU, and control double the amount of zones – without having to add extra panels or cumbersome zone switch controls.4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.Control at your fingertipsOur high specification, technologically advancedand unique touchscreen makes managing firesafety simpler than it’s ever been.From a single screen, and at the touch of yourfingers, you can:• View and monitor all fault points, supervisorypoints and Pri2 alarms• Disable and enable points and zones• Conduct alarm tests on points and zones• Access level changes• View and upload previous alarm and faultsupervisory logs• Print and upload reports• Inspect – and respond to – servicediagnosticsOnce you’ve easily programmed the panel on aPC, everything is accessible from the panel itself– where and when you need it.Here when you need usSupporting you to make the most of your Simplexproducts is our priority. Contact our team oftechnicians during business hours to answer any andall questions you have about your Simplex 4100ESi– we’ll work step-by-step with you to resolve anyissues.Simplex Technical Support Hotline1300 552 559 (toll free)Learn with usSimplex’s dedicated training department providescomplete product training – in all major cities ofAustralia. Undertake training support to ensure youare utilising the most up-to-date information whenit comes to using our products and ensuring fireprotection.4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.4100ESiIntegrated. Ideal. Intuitive. Informative. Inspiring.Freedom of choice, power to youRemain in control: it’s not only how you upgrade your systems, but also who upgrades them. The versatile compatibility of the Simplex 4100ESi enables a simple and low-cost add-on to an existing system – and can be periodically upgraded with ease, as and when your individual requirements command such a need.Not only that, our promise to you with provision of all Simplex Fire Detection products, is to save you valuable time and money. With this in mind, we make all our fire detection systems non-proprietary, so you’re free to choose who you like for technical installation andsupport throughout the lifetime of your system. You’re not bound tous in any way. We allow you to access the best services to suit yourrequirements – and that means the best costs to suit your budget.SolutionsFor All MarketsWhy choose Simplex?• Peace of mind and exceptional product quality from industry leaders you can trust.• Our constantly evolving range of project solutions means you’re ahead of the game.• Our products are developed by the world’s most well regarded fire technology experts.•With Simplex products, costs are low, problems are solved, and lives are saved.。
吸气式感烟探测器
工作原理图
吸气式感烟探测系统跟常规的（点型）烟雾探测器有所不同。很独特地，吸气式感烟探测系统由在天花板上 方或下方每隔几米平行安装的管道组成。在每根管子的上面，每隔几米就钻有一个小孔，这些小孔很均匀的在天 花板上分布，这样就形成了一组矩阵型的空气采样孔。利用探测主机内部抽气泵所产生的吸力，空气样品或烟雾 通过这些小孔被吸入管道中并传送到达探测主机内部的高灵敏度烟雾探测腔检测空气样品中的烟雾颗粒浓度。
复杂顶棚结构：许多建筑都有不规则的顶棚结构能够被空气采样式感烟火灾探测系统有效保护。包括釉彩的 圆顶古建筑，或现代的框架建筑。采样管络应为轻质半钢性的材料，以便保证普通的点型探测器或光束探测器不 能保护的不规则形状或弯曲的平面受到保护。
灰尘多的系统性能，应采取措施 保证过滤清洁。
工作原理工作原理图
产品特点
这款名为吸气式感烟探测器 特点： 迷你机身高效能火灾侦测显示面板及参数设定，标准配备 具四段警报及六组继电器输出 通讯络链接最大250组件 络联机，计算机集中管理 保护面积500m 面板显示器功能说明： 二十级黄色指示灯，显示烟雾浓度变化 六位七段显示器 内建蜂鸣器在火警警报及故障时声响警示
工作场合
天井/高处：天井分层会随季节性温度变化而变化，很难预测最佳探测层。这种类型的区域通常可以用3D方 法垂直采样补充正常覆盖范围。考虑使用3D保护时，不论是天井、直塔或高的仓库，垂直采样应至少在3m或2oC 的间隔。在每个垂直采样点，还应注意水平面的覆盖。
限制区域/保护区域：有些区域可能很难正常进入，或者由于安全级别高，或者由于保护区域对健康有威胁。 可以将探测器放在保护区域以外使用空气采样式感烟火灾探测系统进行保护。这样就减少了进入保护区域进行维 护的机会。有必要将探测器排空回保护区域以防止污染。
GP-1000 便携式气体检测仪 使用说明书
PT0C-1203可燃气体用便携式气体检测仪GP-1000使用说明书(PT0-120)邮编174-8744 东京都板桥区小豆泽2-7-6官方网站：http://www.rikenkeiki.co.jp/为构建防爆系统，请遵守以下事项。
仪器概要可燃气体检测仪型号：GP-1000是设计用于在危险场所对可燃气体泄漏进行连续监测的检测仪。
GP-1000的检测范围为0-100%LEL。
利用内置小型泵吸入气体样本。
电源只由五号碱性干电池(LR6株式会社东芝制造4节)供应。
危险场所不可更换干电池。
技术数据防爆规格防爆等级Ex ia ⅡC T4 GaⅡ1G Ex ia ⅡC T4 Ga环境温度范围-20～+50℃电气规格由4节五号碱性干电池（LR6株式会社东芝制造）驱动。
认证号IECEX IECEx DEK 13.0090ATEX DEKRA 13ATEX0227适用标准IEC60079-0：2011EN60079-0:2012+A11:2013IEC60079-11:2011EN60079-11:2012 注意事项・请勿在危险场所更换干电池。
・请勿拆解或改装仪器。
・电源请只使用五号碱性干电池（LR6株式会社东芝制造）。
・备用电源请只使用CR1220(日立麦克赛尔株式会社制造)。
仪器编号的表示方法INST.No.0 0 000 0000 00A B C D EA:制造年份(0-9)B:制造月份(1-9月,X<10月>,Y<11月>Z<12月>) C:制造批次D:序列号E:工厂代码制造商理研计器株式会社邮编174-8744 东京都板桥区小豆泽2-7-6官方网站：http://www.rikenkeiki.co.jp/1. 产品概况 (2)1-1.前言 (2)1-2.使用目的 (2)1-3. 危险、警告、注意、注记的定义 (2)2. 安全上的重要通知 (3)2-1.危险事项 (3)2-2.警告事项 (4)2-3.注意事项 (5)3. 产品的构成 (7)3-1.本体及标准附件 (7)3-2.各部分的名称与功能 (8)4. 使用方法 (11)4-1.使用注意事项 (11)4-2.启动准备 (11)4-3.启动方法 (14)4-4.检测 (18)4-5.各种模式概要 (21)4-6.显示器模式 (23)4-7.用户模式 (29)4-8.断开电源 (32)5. 各种动作及功能 (33)5-1.气体警报动作 (33)5-2.故障警报动作 (35)6. 维修保养 (36)6-1.检查的频次和检查项目 (36)6-2.清扫方法 (37)6-3.更换消耗零件 (38)6-4.气体检测感度校正 (39)7. 关于保管及废弃 (40)7-1.保管或长期不使用时的处置 (40)7-2.重新使用时的处置 (40)7-3.废弃产品 (40)8. 故障诊断表 (42)9. 产品规格 (43)1 产品概况1-1.前言1产品概况感谢您购买可燃气体用便携式气体检测仪GP-1000（以下称为本仪器）。
LAS1000
7
1. DESCRIPTION AND OPERATION 1.1 Designation
Hale Waihona Puke 1.1.1. The portable hand-held day and night ANTISNIPER device is designed for optical surveillance of terrain, detection of optical, electro-optical and light-reflecting objects (objective lenses of cameras, binoculars and riflescopes, night vision and thermal devices, geodesic poles with reflectors, etc.) and measuring the distance to them. ANTISNIPER can be used in law enforcement and anti-terrorist operations, VIP security and protection, geodesy and construction. 1.1.2. The Device contains a highly sensitive TV sensor, which performs the terrain observation. The internal display shows the observed objects, information about the Device’s operational modes, detection marks, if an optical object gets caught in the field of view, and the results of the distance measurement to the detected object. Device provides following additional capabilities - recording of video on internal SD memory card (removable) - output of video signal to external devices equipped with standard RCA connector. - operation from car power adapter (cable adapter is supplied).
硬件说明书ICS-1000
ICS-1000离子色谱系统操作手册戴安中国有限公司技术服务中心2003.4目录1. 简介﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒ 22.仪器介绍﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒ 63. 操作﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒224. 故障指南﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒275. 维修﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒34 附录A 技术指标﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒48 附录B 安装﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒51 附录C 常见问题﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒﹒611. 简介1.1离子色谱ICS-1000离子色谱系统可以进行抑制型或非抑制型电导检测，它由淋洗液、高压泵、进样阀、保护柱/分离柱、抑制器、电导池和数据处理系统组成。
首先分析已知组成和浓度的标准样品溶液，由数据处理系统生成校正曲线，再分析经过必要前处理的样品溶液，数据处理系统将其结果与先前生成的校正曲线进行比较，完成定性/定量的计算，得到样品结果。
图1. 离子分析流程图①淋洗液ICS-1000可以进行等浓度淋洗。
②进样阀液体样品由自动进样器或人工注入定量管后切换位置，由淋洗液推入分析柱。
③分离ICS-1000采用离子交换的分离方式，根据离子半径和价态的不同通过分离柱分离。
④抑制淋洗液和样品离子从分离柱进入抑制器，淋洗液的电导被抑制，背景噪音降低。
⑤检测电导池检测样品离子的电导率。
⑥数据分析电导池将检测信号传输至数据收集系统，根据离子的保留时间、峰高/峰面积等参数进行定性/定量计算，得出最终结果。
1.2 仪器概述ICS-1000包括泵、进样阀、柱加热器和电导检测器等，根据检测需要采用不同类型的保护柱、分离柱和抑制器，还可以选择柱加热器。
Chromeleon（6.50 SP2）是基于Windows 2000/XP操作平台的色谱数据处理系统，具备强大的数据采集和处理功能。
1.3 说明第一章《简介》介绍了操作书册的使用和安全注意事项。
第二章《特性》介绍了ICS-1000的操作特性、系统组成和Chromeleon的用户界面。
ASD535吸气式感烟火灾探测器设计手册
目录
公司介绍 ················································································································· 2 产品概述及管道布置分类 ···························································································· 3 一级采样方式 ··········································································································· 3 二级采样方式 ··········································································································· 4 灵敏度 ···················································································································· 4 设计采样管网
(安舍)FlexES设计手册
B、安舍 FlexES 全智能火灾报警系统总线设备——智能探测器 一、 安舍 FlexES 全智能火灾报警系统总线智能探测器
在安舍 FlexES 全智能火灾报警系统中，智能探测器与火灾报警控制器配套使用，智能 探测器在安舍 FlexES 总线上仅占一个设备地址点。
· 高可靠性，高稳定性。 · 探测器内置微电脑，实现了火灾报警系统的分散化，智能探测器本身可识别火情， 并
·回路长度支持 3.5 km （ ） esserbus
FlexES controlFX 18
·不同输入/输出网关操作
请分开下订单：
·历史记录储存支持 10,000 条
显示操作面板或空白面板
·VdS 认证通过的无线探测设备操作简便
·通过 USB 进行编程、上传和下载
·模拟回路的电隔离连接显示和操作面板
8
· 探测器具有完善的自我诊断功能， 可对其自身的功能和运行状态进行检测， 并将结果 储存在探测器内存中，若探测器传感器失灵或受到严重污染时，探测器会主动向火灾报 警控制器发出故障信号。
· 对所有类型的火灾都能保持探测能力的稳定性和准确性。 · 系统采用环路两总线双向供电和通讯，极大地提高系统的可靠性。 · 抗环路断路。即使在回路中出现一处环路断线，探测器仍可正常工作。 · 抗环路短路。探测器自带短路隔离器，环路若出现短路，短路隔离器会自动地将短路段
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、1 4 输入/2 输出的安舍总线模块（808613）
设计应用参数
模块
4 输入/2 输出的安舍总线模块
继电器触点容量 30 V DC / 1A
继电器监视
10 kOhm / ±40%
典型电压（回路）
，最大 19 V DC
DPtech FW1000系列应用防火墙安装手册v2.01
DPtech FW1000 系列应用防火墙安装手册
2.2.4 抗干扰要求............................................................................................................................... 3 2.2.5 防雷击要求............................................................................................................................... 3 2.2.6 接地要求................................................................................................................................... 3 2.2.7 布线要求................................................................................................................................... 3 2.3 安装工具......................................................................................................................................4
杭州迪普科技有限公司为客户提供全方位的技术支持。 通过杭州迪普科技有限公司代理商购买产品的用户，请直接与销售 代理商联系；直接向杭州迪普科技有限公司购买产品的用户，可直 接与公司联系。
ASD 吸气式感烟火灾探测器设计手册
一切为了您的安全目 录1公司介绍 ················································································································· 2 2产品概述及管道布置分类 ···························································································· 3 2.1一级采样方式 ··········································································································· 3 2.2二级采样方式 ··········································································································· 4 2.3灵敏度 ···················································································································· 4 3.设计采样管网 ··········································································································· 4 4.收集场所信息 ··········································································································· 5 4.1.保护区布局及现场尺寸 ······························································································· 5 4.2.管理要求 ················································································································· 5 4.3.气流 ······················································································································· 5 4.4.环境条件 ················································································································· 5 4.5.保护区情况 ·············································································································· 6 5.采样方法 ················································································································· 6 5.1.标准采样方法 ··········································································································· 6 5.2.毛细管采样 ·············································································································· 6 5.3.开放式区域的保护 ····································································································· 7 5.3.1.常规采样 ················································································································· 7 5.3.2.毛细管采样 ·············································································································· 7 5.3.3.横梁间采样 ·············································································································· 8 5.3.4.天花板上或地板下采样 ······························································································· 8 5.4.回风区域的保护 ········································································································ 9 5.4.1.回风采样 ················································································································· 9 5.4.2.采样孔方位 ·············································································································· 9 5.5.特定目标的保护 ······································································································ 10 5.5.1.机柜上方采样 ········································································································· 10 5.5.2.机柜内采样 ············································································································ 10 5.6.回风采样指导原则 ··································································································· 11 5.6.1.回风格栅采样 ········································································································· 11 5.6.2.回风格栅使采样空气被稀释 ······················································································· 12 5.7.通风管道内采样 ······································································································ 12 5.7.1.主要设计思路 ········································································································· 12 5.7.2.小型通风管道 ········································································································· 12 5.8.洁净室采样 ············································································································ 15 5.9.大空间采样 ············································································································ 16 6.ASD535采样管的设计及安装 ······················································································ 17 6.1.采样管安装 ············································································································ 18 7.采样管管长及采样孔设计(不使用ASD PipeFlow 软件设计) ··············································· 19 7.1.ASD535-3采样管网 ·································································································· 19 7.2.ASD535-4采样管网 ·································································································· 21 8.ASD 网络管理和监控软件（ASD Netsoft-ZJU）······························································ 25 9.ASD 调试软件ASD Config ·························································································· 26 10.ASD535 Pipeflow 设计软件 ······················································································· 26 11.较常用的各种采样方法 ............................................................................................. 27 12. 附录:ASD 535订货型号 .. (28)一切为了您的安全1公司介绍Securiton AG（赛库瑞登） 是瑞士Securitas 集团的子公司。
真空设计手册
真空设计手册各位读友大家好，此文档由网络收集而来，欢迎您下载，谢谢真空设计手册真空基础真空指定空间内压力低于环境大气压的状态。
标准状态下0℃，1013245Pa，气体的密度为个/m3，当真空度为1X10-4Pa时，气体密度为个/m3。
完全没有气体称为绝对真空，绝对真空是不存在的。
使用真空度来表达真空状态，真空度使用气体压力值表示，压力值越低，真空度越高。
压力单位：帕斯卡Pa，1Pa=1N的力作用在1m2的面积上。
1Pa=1N/m2微巴μbar，1μbar=1dyn的力作用在1cm2的面积上。
1μbar=1dyn/cm2 标准大气压atm，1atm=760mmHg= dyn/cm2 1atm=1013250 dyn/cm2=101325Pa工程大气压at，1at=1Kg/cm2毫米汞柱mmHg，1mmHg=/cm2托Torr，1Torr=1/760atm，1mmHg≈1Torr真空泵保养维护手册第四部分预防维修以下维护保养安排，应根据用户自身的操作条件进行调整4-2 每隔六个月的保养内容：A. 如果联轴器需要润滑，请按照联轴器生产厂家的要求加注润滑油B. 检查轴承的润滑状况,如需要,请参考4-4C. 根据电机生产厂家的要求润滑电机轴承D. 如安装有检查支管,请检查真空管路是否堵塞4-3 每隔十二个月的保养内容: A. 检查真空泵的轴承和润滑状况. 4-4 轴承润滑本手册所指的真空泵为油脂润滑.轴承在发运前已加注了润滑脂，在大约六个月内一般不需填加。
要检查轴承,可打开轴承盖,检查轴承室内油脂的质量和数量,如油脂的状况令人满意，请重新上紧轴承端盖。
每六个月请加注油脂一次，但如真空泵在有腐蚀性气体或密封液不是清水，应缩短润滑周期表4-1 油脂润滑要求128E设计手册目录一、火灾报警控制器系列............................................................... ..................................................................... . (1)1．1 JB-QG-LD128E 火灾报警控制器(联动型) .............................................................. ..................................................................... .. 1 1．2 JB-QG-LD128EⅡ火灾报警控制器(联动型) .............................................................. .....................................................................3 1．3 JB-QB/LD128E(Q) 火灾报警控制器............................................................... (5)1．4 JB-QG-LD128E(Q)II 火灾报警控制.......................................................... 7 1．5 JB-QB/LD128E(M)区域火灾报警控制器............................................................... ..................................................................... .... 9 1．6 JB-QB/LD128E(MG)火灾自动报警气体灭火控制器............................................................... ..................................................... 10 1．7 LD128E(T)火灾显示盘............................................................... ..................................................................... ............................... 12 1．8 LD9100E多线联动控制盘............................................................... ..................................................................... ......................... 13 1．9 LD9300E总线联动控制盘............................................................... ..................................................................... ......................... 16 1．10 LD5500E-2二路气体灭火控制 (17)1．11 LD5500E-4四路气体灭火控制盘............................................................... .. (19)1．12 LD5500E-4B四路气体灭火控制盘............................................................... .. (21)1．13 LD5500E-8八路气体灭火控制盘............................................................... ..................................................................... ............ 23 1．14 CRT计算机彩色显示系统............................................................... ..................................................................... ........................ 25 二、探测器系列............................................................... ..................................................................... (27)2．1 JTY-GD/LD3000E点型光电感烟火灾探测器............................................................... . (27)2．2 JTYB-GF/LD3000E点型光电感烟火灾探测器............................................................... ..................................................... 28 2．3 JTYB-GM-LD3000E(Ex)防爆型感烟火灾探测器............................................................... . (29)2．4 JTYB-GF/LD3000E(F)-Ex防爆型感烟火灾探测器............................................................... ....................................................... 31 2．5 JTW-ZD/LD3300E点型定温火灾探测器............................................................... ..................................................................... .. 32 2．6 JTW-ZOM-LD3300EC点型差定温火灾探测器............................................................... . (33)2．7 JTWB-ZDF/LD3300E点型定温火灾探测器........................................................................................................................ 35 2．8 JTWB-ZOM-LD3300EC(Ex)防爆型差定温火灾探测器............................................................... ................................................ 36 2．9 JTWB-ZDF/LD3300E(F)-Ex防爆型感温火灾探测器............................................................... .................................................... 37 2．10 JTF-GDF/LD3200E点型复合感烟感温火灾探测器............................................................... .................................................... 38 三、手动火灾报警按钮系列............................................................... ..................................................................... . (40)3．1 J-SA P-M-LD2000手动火灾报警按钮............................................................... ..................................................................... ....... 40 3．2 J-SA P-M-LD2000E手动火灾报警按钮................................................................. ..................................................................... ... 41 3．3 J-SA P-M-LD2000E-A手动火灾报警按钮............................................................... .....................................................................42 3．4 J-SA B-M-LD2000Ex防爆型手动火灾报警按钮............................................................... .. (43)3．5 J-SA B-M-LD2000E(Ex)防爆型手动火灾报警按钮............................................................... ....................................................... 45 四、接口、中继器、保护器系列............................................................... ..................................................................... .. (46)4．1 LD4400E-1编码型信号单输入接口......................................................................... 46 4．2 LD4400E-2编码型信号双输入接口............................................................... ..................................................................... .......... 48 4．3 LD4401E编码型红外光束探测器接口............................................................... ..................................................................... ...... 49 4．4 LD4410E模拟量信号输入模块............................................................... ..................................................................... .................. 50 4．5 LD4800E防爆编码接口............................................................... ..................................................................... ............................. 50 4．6 LD4800E-A防爆驱动接口............................................................... ..................................................................... ......................... 52 4．7 LD4900E组连中继器................................................................................................ 53 4．8 LD3600E总线短路保护器............................................................... ..................................................................... ......................... 55 4．9 LD6806E总线中继器............................................................... ..................................................................... ................................. 56 五、联动控制模块系列............................................................... ..................................................................... (57)5．1 LD6800E-1单输入单输出控制模块............................................................... ..................................................................... .......... 57 5．2 LD6800E-2双输入双输出控制模块............................................................... ............................................................................... 58 5．3 LD6808总线交流隔离器............................................................... ..................................................................... . (59)————————————————————————————————————————————————北京利达华信电子有限公司15．4 LD6807E声光报警驱动模块................................................................. ..................................................................... .................... 60 六、联动电源系列、机柜系列............................................................... ..................................................................... (62)6．1 LD5801壁挂式联动电源系列............................................................... ..................................................................... .......... 62 6．2 LD5800系列、LD5800E系列入柜联动电源及LD5400系列备用电池............................................................... ...................... 62 6．3 LD5900系列联动机柜简介............................................................... ..................................................................... ........................ 64 6．4接线端子箱............................................................... ..................................................................... .................................................. 65 6．5模块箱............................................................... ..................................................................... . (65)七、声光警报器系列............................................................... ..................................................................... . (66)7． 1 LD1000声光警报器............................................................... ......................................................................................................... 66 7．2 LD1000E 声光警报器............................................................... ..................................................................... ................................. 66 7．3 LD1100放气指示灯............................................................... ..................................................................... .................................... 67 7．4 LD1200现场紧急启停按钮............................................................... ..................................................................... ........................ 68 7．5报警闪灯、警笛、警铃、防爆警铃............................................................... ..................................................................... .......... 69 八、火灾自动报警控制器通讯联网设计............................................................... ..................................................................... (70)8．1控制器之间的区域联网............................................................... ..................................................................... .............................. 70 8．2 LD6907E通讯转换模块............................................................... ..................................................................... ............................. 72 8．3 LD6908E通讯转换模块............................................................... ..................................................................... ............................. 72 8．4 LD6909E通讯转换模块............................................................... ..................................................................... ............................. 72 8．5远程监控............................................................... ..................................................................... ...................................................... 73 8．6 LD6911通讯转换模块............................................................... ..................................................................... ................................ 74 8．7 LD6912远程通讯转换器............................................................... ..................................................................... ............................ 75 8．8 LD6913远程通讯转换器............................................................... ..................................................................... ............................ 76 8．9消防网络产品列表............................................................... ..................................................................... ...................................... 78 九、消防广播系统............................................................... ..................................................................... .. (78)9．1 LD6804E总线消防广播模块................................................................. ..................................................................... .................... 78 9．2 LD7000E消防广播分配盘............................................................... .............................................................................................. 79 9．3 LD7100消防广播录放盘............................................................... ..................................................................... ............................ 80 9．4 LD7200消防广播功放盘............................................................... ..................................................................... ............................ 82 9．5 LD7300消防音箱系列............................................................... ..................................................................... ................................ 83 9．6麦克............................................................... ..................................................................... .. (83)十、消防电话系统............................................................... ..................................................................... .. (84)10．1总线消防电话系统简介........................................................................................... 84 10．2 LD8600总线消防电话主机............................................................... ..................................................................... ...................... 84 10．3 LD8100总线消防电话分机............................................................... ..................................................................... ...... 85 10．4 LD8300总线消防电话插孔............................................................... ..................................................................... ...................... 86 10．5多线消防电话系统简介............................................................... ..................................................................... ............................ 87 10．6 LD8000多线消防电话总机............................................................... ..................................................................... ...................... 88 10．7 LD8100多线消防电话分..................................................................... ...................... 89 10．8 LD8200多线消防电话手柄............................................................... ..................................................................... ...................... 89 10．9 LD8300A多线消防电话插孔............................................................... ..................................................................... ................... 89 十一、其它产品............................................................... ..................................................................... (89)11．1可燃气体探测器............................................................... ..................................................................... ........................................ 89 11．2防爆可燃气体探测器............................................................... ..................................................................... ................................ 91 11．3红外光束型感烟探测器............................................................... ..................................................................... ............................ 92 11．4 LD2100室外手动报警按钮立柱............................................................... ..................................................................... .............. 93 11．5 LD2200室外手动报警按钮防雨罩............................................................... ..................................................................... .......... 94 11．6感温电缆............................................................... ..................................................................... . (94)————————————————————————————————————————————————2北京利达华信电子有限公司一、火灾报警控制器系列1．1 JB-QG-LD128E 火灾报警控制器(联动型)介绍JB-QG-LD128E 火灾报警控制器(联动型) 是我公司研制的最新一代的二总线智能化控制器。
海湾 吸气式感烟火灾探测系统 产品手册说明书
海湾®吸气式感烟火灾探测系统产品手册重要说明：本出版物为通用版本，其中展示的产品信息仅供参考，不构成具体的承诺或者保证。
我们持之以恒地追求改进产品技术、提高产品性能，为此我们保留不经通知而对相关产品配置功能以及技术信息进行更新调整的权利。
另外，本出版物中对系统性能的描述仅适用于通常情形。
由于现实中，实地环境可能存在各种无法预知的特别情况，因此相关产品性能的实现，将有赖于专业的调查分析以及设计规划。
敬请垂询海湾公司工作人员，我们将非常乐意为您提供专业建议。
© ���� 海湾安全技术有限公司Version ������海湾安全技术有限公司服务热线：��� ��� ����地址：河北省秦皇岛开发区长江东道��号网址： 关注海湾官方微信最新资讯实时掌握便捷高效 触手可及海湾商城 码上了解“海湾服务”小程序 数字化一站式服务引领创新科技 捍卫安全真谛海湾秦皇岛工厂凭借其先进的电子产品生产线、卓越的生产管理体系、严谨的质量控制流程、科学的质量诊所管理模式，成为消防行业技术先进、精益高效的建筑智能电子产品生产基地之一，产品线覆盖从火灾前期预警到后期灭火，再到智能逃生等多个环节，其不同产品根据不同需求分别通过了CCC、UL、LPCB、CE、SAI、EAC等一项或多项国内和国际认证。
产品与服务覆盖全球多个国家和地区，向商业、工业、住宅等各行各业提供一站式消防整体解决方案。
海湾不仅为客户提供高质量的产品解决方案，同时致力于为客户提供建筑消防设施全生命周期的服务解决方案，通过海湾数字化服务平台和遍布全国100多个城市的销售服务联络网点及600多名资深技术工程师的专业团队，为客户提供专业、智能、高效的服务。
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海湾安全技术有限公司（以下简称“海湾”）是国内主要的火灾探测报警及消防整体解决方案提供商之一，拥有强大的技术研发与持续创新能力，丰富的消防产品组合，卓越的品牌及质量优势。
XSS-1000吸气式探测器设计使用手册
Sensitivity Test/
灵敏度测试
Normal/正常 Normal/正常 Normal/正常 Enhanced/增强 Enhanced/增强
High/高
System Sensitivity/
系统灵敏度
Normal/正常 Enhanced/增强
High/高 Enhanced/增强
4
I56-1000-01C
图一 通风管路安装方式 3.1.2 常规环境管路设置
此时系统通常将采样点按传统点式探测器布置的位置来布置。如果需要达到增强型灵敏度或者高灵敏度，每个探测点的常 规保护面积需进一步减少：
因为烟雾需要热量才能上升到一定高度，如果火势非常小，那么只有最小范围的烟雾能到达高空。考虑到这些，必须以高 于普通区域的标准来测试系统，下表详细说明了吸气式烟雾探测系统的推荐测试方法及高度限制：
该探测器还具有故障自诊断能力，当空气采样管发生堵塞、破损；风机发生故障；系统出现问题等，探测器会给出相 应的故障信息。
2 系统组成
该系统由如下设备组成，根据现场需要还可以进行增加或减少。 • 吸气式探测器； • 专用电源箱； • 吸气管路； • 配接的火灾报警控制器（可选配）； • 可配接的显示、控制设备（如声光显示等，可选配）。
如果少于 10％的被保护区域超出了上表天花板高度限制，可以参考<10%一栏的数据。如果是“人”字坡顶，那么可以参 考快速反应栏的数据。
Ceiling Areas ﹤10% of main area/ 少于 10％的被保护区域内的天花板
高度
General/ Rapid Attendance/
一般情况 12.50m 14.00m 18.00m 9.00m 12.50m 5.00m
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西安盛赛尔电子有限公司XI'AN SYSTEM SENSOR ELECTRONICS, LTD.吸气式感烟火灾探测器设计使用手册前 言本手册重点介绍了盛赛尔公司吸气式感烟火灾探测器的设计与使用方法，我们力求使产品的信息做到最新、最准确，希望本手册能满足您对盛赛尔产品的了解。
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公司简介西安盛赛尔电子有限公司是世界500强之一的霍尼韦尔集团（HONEYWELL）的子公司美国盛赛尔公司（SYSTEM SENSOR）在西安投资兴办的专业火灾探测器生产企业，是目前国内最大的火灾探测器专业生产商，公司全套引进美国盛赛尔公司（SYSTEM SENSOR）的先进技术、工艺、管理系统、质量保证体系和现代化的生产加工设备，生产各类火灾探测器及配套件产品，产品的质量、性能、技术指标均与美国本部完全一致。
公司产品已通过美国UL测试及中国国家消防电子产品质量监督检验中心的检验，主要产品设计都获得了国家专利。
公司已通过ISO9000国际认证（美国UL公司审核）及公安部消防产品合格评定中心的GBT19000质量体系认证，获准使用3C认证标志。
公司是2000年度中国消防电子产品质量体系认证复查检验的首家唯一免检企业，2002年再次获得唯一免检称号，并连续入选中国消防产业30强论坛单位。
美国盛赛尔公司(SYSTEM SENSOR)是一个全球性的研制开发、生产、销售火灾报警探测器及其配套件、声光显示产品、水流指示器的跨国公司，年产各类探测器800多万只，与遍布全世界的40多家著名报警控制器厂家的产品相配套，公司总部在美国芝加哥。
西安盛赛尔电子有限公司是其设在亚洲的生产基地，主要负责中国、东南亚、澳州、南美洲等市场的供货和服务。
现在业务还扩展到北美洲、欧洲、及美国等国家。
全新的西安盛赛尔电子有限公司新厂房位于西安高新技术产业开发区，占地面积30余亩，投资额1000万美元，新厂房完全按照现代化生产企业的布局而建，厂房内的布局更趋合理，完全满足了公司的生产需求。
公司将以“提供高质量的产品、合理的价格、及时交货及优质服务使用户满意”为服务宗旨，愿与国内外火灾自动报警设备生产厂家和从事消防报警行业的单位以多种方式进行合作，共同开发国内外市场。
盛赛尔美国总部3825 Ohio Avenue St.Charles.IL 60174 电话: （001）630-377-6580传真: （001）630-377-6495网址: 西安盛赛尔电子有限公司中国.西安高新技术开发区团结南路28号电话: (86 29) 85387800传真: (86 29) 88332959邮编: 710075网址: 电邮: sales@目 录1 概述 (4)2 系统组成 (4)3 系统设计 (4)3.1 设计基本原则 (4)3.2 采样管网安装 (7)3.3 采样孔孔径控制 (12)3.4 电源 (12)3.5 连接至其他系统 (12)4 产品介绍及操作 (13)4.1概述 (13)4.2主要特性及技术指标 (13)4.3 基本功能 (13)4.4 操作指南 (14)4.5 接线指导 (18)4.6 安装与调试 (20)4.7 维修 (22)5 灵敏度 (22)5.1 响应时间 (22)5.2常规环境管路方式 (23)5.3 通风口管路方式 (23)6 特种功能可选附件说明 (24)7烟草行业专用吸气式探测器 (47)8 感烟探测器的局限性 (47)9 产品标签日期码构成说明 (47)10 质量保证 (47)1 概述该吸气式感烟火灾探测器是一种具有报警功能及继电器输出的空气管路采样式感烟火灾探测器，主要用于需要高灵敏度烟雾探测的场所及高洁净、高大空间、高温、高湿或具有强电磁辐射等环境。
它通过内部的一个抽气设备产生低气压，带有若干个小孔的空气采样管从被监控区吸入空气，这些空气被吸入采用独特设计的激光采样检测室内进行分析，相应的微处理器对数据进行综合处理，判断是否有火警发生，如有则给出相应的声光及文字显示信息。
该探测器还具有故障自诊断能力，当空气采样管发生堵塞、破损；风机发生故障；系统出现问题等，探测器会给出相应的故障信息。
2 系统组成该系统由如下设备组成，根据现场需要还可以进行增加或减少。
∙吸气式探测器；∙专用电源箱；∙吸气管路；∙配接的火灾报警控制器（可选配）；∙可配接的显示、控制设备（如声光显示等，可选配）。
3 系统设计3.1 设计基本原则吸气式探测器通常安装在需要提供高于普通探测器的灵敏度，希望能提供早期报警的区域，或安装在传统探测器无法提供探测的区域，比如：∙接触或者维护困难区域；∙高顶层空间；∙需天花板内安装；∙机柜；∙电缆桥架。
在设计吸气式烟雾探测系统时，首先要定义对系统的性能需求以及相关标准、规范的要求。
系统的探测灵敏度设置可根据现场需要进行适当调整，同时根据现场环境状况设置探测器的管路检测的控制阈值。
需要注意同一种设置方式在不同的应用环境及管路布置情况下其响应灵敏度及管路中气流速度会不同。
一般而言在高大的空间里，由于高大空间对空气样本的稀释，设备的响应灵敏度及响应时间会低于较小的空间。
一般的设计要求如下：∙最大单管长度不超过 100 米（一定要保证最末端采样孔到探测器的气流传输时间不超过120秒）∙最多使用 2根采样管（双管路探测器）∙需采用国家标准认可的坚固耐用的采样管（采样管应涂成红色或沿管路涂有不小于2毫米宽的红色标记，并在两端1米内标有探测器吸气管路字样）；内径为20－22mm 左右（西安盛赛尔公司可提供标准管路）。
∙尽量使管路保持平直，减少弯曲的次数；如必需弯曲，也要使用小曲率弯头以保证气流尽可能畅通。
∙可以使用最长 6 米的远端毛细采样点。
∙在使用T型分支时要充分考虑其对抽气流量的影响，应适当减少抽气管长度。
∙不同设备允许开取的采样点的数量各不相同，探测器的灵敏度与采样点数和采样点的孔径都有很大关系。
∙采样点的孔径最小直径 2 毫米，采样孔的位置需要根据现场状况专门设计。
3.1.1通风口管路设置（空气流速大于1米每秒）这个系统假设保护区内的任何烟雾都最终将经过空气处理系统，所以采样点布置在空气处理系统的进风口格栅附近。
高回风气流区域经常需要高灵敏度的探测，考虑到烟雾的稀释，其保护面积要小于常规情况。
对一些极端例子，比如洁净室等环境，保护面积还需进一步降低。
最好每个空气处理单元单独使用一根采样管，以避免气压不一致，保持气流平衡。
如果探测器安装在保护区外，那么必须把样本空气重新排放到保护区内，这样可以避免采样空气和可能的烟雾，污染其他区域，并可以平衡保护区和设备安装区的气压。
图一 通风管路安装方式3.1.2 常规环境管路设置此时系统通常将采样点按传统点式探测器布置的位置来布置。
如果需要达到增强型灵敏度或者高灵敏度，每个探测点的常规保护面积需进一步减少：因为烟雾需要热量才能上升到一定高度，如果火势非常小，那么只有最小范围的烟雾能到达高空。
考虑到这些，必须以高于普通区域的标准来测试系统，下表详细说明了吸气式烟雾探测系统的推荐测试方法及高度限制：表一 灵敏度及对应使用高度如果少于 10％的被保护区域超出了上表天花板高度限制，可以参考<10%一栏的数据。
如果是“人”字坡顶，那么可以参考快速反应栏的数据。
SensitivityTest/ 灵敏度测试SystemSensitivity / 系统灵敏度Ceiling Height Limit/天花板高度限制Ceiling Areas ﹤10% of main area/ 少于 10％的被保护区域内的天花板高度 General/Rapid Attendance/General/ Rapid Attendance/ 一般情况快速响应 一般情况 快速响应 Normal/正常 Normal/正常 10.50m 15.00m 12.50m 18.00m Normal/正常 Enhanced/增强 12.00m 17.00m 14.00m 21.00m Normal/正常 High/高 15.00m 21.00m 18.00m 26.00m Enhanced/增强 Enhanced/增强 8.00m 10.00m 9.00m 11.00m Enhanced/增强 High/高 10.50m 15.00m 12.50m 18.00m High/高High/高4.00m6.00m5.00m7.00m在对高层货架提供保护时，考虑到闷烧型火灾仅能提供相对少量的热量，可能需要安装多层采样管以取得最好的性能。
图二 高层建筑物3.1.3 非常规应用及不利环境影响吸气式烟雾探测器经常被安装在不利于探测的环境里进行保护，如高温、低温、多灰尘等场合。
在这些场合中，需要将探测器安装在保护区外环境相对友好的区域，并且采样管需使用合适的、可靠的材质。
如果需探测防爆场合，探测器必须获防爆认可。
哪怕探测器主机安装在一个安全的区域也须如此。
另一个需要考虑的因素是烟雾路径，必须根据可能的烟雾路径来此确定最佳的采样位置。
如顶棚有热源如灯泡，必须考虑该灯发热所产生的热效应对气流运动的影响，热气流会向上走，必须在上方加以探测，同时考虑在热源底部设置探测点以保护下方空间。
3.1.4门廊/高空采样门廊等大空间内的空气分层随季节温度不断变化，使之很难确定其最佳的采样面。
这种类型的区域通常除了在保护区上空平面布置采样管外，还应当使用垂直的采样管，形成三维保护。
不论是在门廊，竖井还是高大仓库，垂直采样点应该以 3 米为间距，或者以2℃的温度差为间距来布置。
每个采样点还要尽可能提供水平方向的探测保护。
3.1.5密闭大空间吸气式烟雾探测系统对密闭的大空间能提供有效的保护，但是必须考虑布置远程的测试采样点，这将方便在进行例行维护，测试系统性能时，不需要完全靠近探测点。
采样点必须布置在保护区上空10％的空间范围内。
受限区域：有些区域可能不容易靠近，可能是因为保安因素或者可能导致健康损害。
这些区域经常需要吸气式探测系统的保护，且通常将探测器主机安装在保护区外。
这样可以尽可能降低由于无法靠近保护区而引起的维护困难。
非常重要的是，空气样本必须重新输送回采样区以避免污染。
3.1.6 复杂屋顶结构许多建筑物有不同寻常的尖顶结构。
不论是古遗址的珐琅圆厅，还是现代建筑的帐篷形外壳，吸气式烟雾探测系统都可以提供完善的保护。
采样管使用轻便的半硬质材质，因此可以紧贴建筑表面曲线布置，以提供常规探测器无法提供的保护。
3.1.7 冷库除了温度对探测器的损害外，主要的问题还发生在冷库的冷凝作用可能使采样点被冰堵塞。