项链式智能无声报警传感器 女士智能安防神器
AUR°EL HCS-Keeloq 无线磁电子门窗传感器说明书
User ManualLe caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.WIRELESS MAGNETIC CONTACTThe magnetic contact wireless MAG HCS is a sensor able to detect opening or closing doors or windowsand transmits via radio a alarm signal. It is composed of two distinct elements: a case containing the magnetic contact and electronic card normally placed on the frame of the fixture and a small permanent magnet to fit on the mobile element of the fixture. The working is based on the closing and opening of a sensor capable to operate within a 10-15mm radius from the permanent magnet.MAG HCS is battery power by (CR2032) supplied and designed to ensure autonomy of 2-3 years, it is always internallycontrolled by a meter charge that forwards via radio the battery life time and warns by a beeper and LED, the alarm of discharged battery.It’s available a double auxiliary block terminal independent from internal magnetic contact, where it’spossible to connect a second sensor, eg further magnetic contact, sensor for rolling shutters or other type of sensor that uses a free NC contact. Internal electrical card manages this independent contact and the event of case opening and consequent sends a unique radio code.Other functionalities are: the tamper, which is activated in the event of tampering of the enclosure, the tear can be activated by removing of the sensor installed, a software periodic supervision that communicates via radio the battery status, tamper, magnetic contact independent alarm condition. The radio protocol is a rolling code type, and unique code programmed in AUREL for each sensor. A LED shows radio transmissions, alarms and test.Fig.1 – Sensor and magnetFig. 2 – PCB sensor side1) Sensor2) Permanent Magnet3) Dip switch: not assembled in HCS version4) Jumper 1-4: Setting mode (see "Sensor Configuration). 5) Reed:select magnetic contact with open JP36) Reed: select magnetic contact with closed JP37) Tamper: tamper switch8) Aux In:AUX INPUT9) Battery:batteria mod. CR2032 tipo Litio10) Buzzer:Low battery indicator11) LED:light signals (see signaling) 12) Antenna:please do not modify it* HCS and Keeloq are brand Microchip3JP1 JP2JP3 JP4 6 5127 8124User ManualLe caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.Fig. 3 – battery PCB sideSensor configurationJumpers allows to setup different operation mode and tests. Do not activate at the same time jumper JP1 and JP2, if you activate jumper JP1, be sure JP2 is not active! After 10 minutes from last jumper status change, sensor configuration mode is off, in order to reset this configuration, take off the battery and insert back after tamper button will press.JP1 Radio Mode JP2 SupervisionJP3 Magnetic contac selection JP4 Magnet settingTab.1 – sensor config.RADIO MODE: allows to verifythe radio link between sensor and receiver. It’s activate once JP1 is closed. Radio transmission works for 30 seconds, then switch on normal works.SUPERVISION FUNCTION : It sends to the receiver side a signal to give a feedback of the status battery and the status of the magnetic, tamper , tear contacts.It’s activated from the closing of JP2 contact, it’s foreseen a transmission each 60 seconds independent from the alarm signal.CALIBRATION OF MAGNETIC SENSOR: It’s a function used during learning procedure of the sensor that helps the installer to place the permanent magnet near the magnetic contact.It is triggered by the closure of JP4 the LED switches on when the magnet closes the magnetic contact and switches off when the contact opens. No radio transmission is activated.After 5 minutes from the starting of the procedure, the sensor will come back to the normal function. To start again the function, disconnect and fit again JP4.MAGNETICCONTACTSELECTION: allows to select, if both are present, one magnetic contact REED depending from the assembly. Selection is made by JP3 if closed, active contact is the one fitted on the large PCB side, if open is the one fitted on the short PCB side.JP3 closed Reed active on large PCB side JP3 open Reed active on short PCB side1012911User Manual MAIN WORKING:Normally is activated after the fitting of the battery or when “RADIO MODE” AND “CALIBRATION OF MAGNETIC SENSOR” functions are finished. The sensor sends the status code when there is a variation of the operation, eg opening or closing of any contact (see "SPECIFICATIONS OF THE RADIO CODE). The led switches on for 100 ms to show the transmission. The time transmission is about 1 sec.Acoustic and luminous signal.are present 1 buzzer and 1 red LED with the following functions:BUZZER: Used to signal low battery and it’s activated when the battery voltage drops below 2.35 volts with a duration time of 2-3 seconds.LED is activated for each radio transmissions (alarm, supervisory radio test). If the case of low battery (below 2.35 V), it blinks quickly for 2 seconds every 5 minutes. The calibration function of the magnetic sensor remains on when the magnetic contact is closed.Technical featuresMin Tipico Max UnitàPower supply (1) 2.1 3 3.3 VCurrent consumption Tx 12 15 mACurrent consumption stand-by 4.0 5.0 6.5 uALow battery 2.1 2.25 2.35 VoltBattery life 2 (1) 3 yearsRadio transmissionStandard frequency OOK modulation433.82 433.92 434.02 MHzModulation OOK On-Off KeyingEffected Radiated Power (E.R.P) 0.5 1.0 mWERP second harmonic < 1GHz -36 dBmERP third harmonic > 1GHz -30 dBmElectromagnetic immunity10 V/mCodifica KeeloqSerial code 28 bitHopping code 32 bitHopping combos 2³² -Working temperature-10 +55 °CCase Dimension 70,4 x 33,6 x 17,4 mm(1) Tipo Litio 3V CR2032Radio code featuresMAG 4MHCS implements the Microchip's Keeloq rolling code with Aurel manufacturer code, customizable on request. The parameters of the protocol Microchip Keeloq are not disclosed and are available on request. The radio transmitted codes related to different functions of MAG HCS are described below. Consider that the S0-S1-S2-S3 codes refer to the 4-bit encoding used by Keeloq (see the documentation about the Microchip Keeloq):Le caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.User ManualLe caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.MAGNETIC CONTACT: represented by S3 bit and it has high logic level when the contact is opened or low logic level when the contact is closed.TEAR AND TAMPER CONTACT: they use the same bit S2 and it goes high when one of the two contacts is open. S2 goes low when both are closed.AUXILIARY INPUT: represented by S0 bit and it goes high when the contact is open and low when it’s closed.RADIO MODE: all bits (S0-S1-S2-S3)are at “zero” logic level and this function is used for test radio transmission or learning the radio code in the central unit.SUPERVISION: represented by S1 bit it has high logic level once radio code Supervision is emittedFig.4 –Back frameFig.5 – Back sensorInstallation:1)Place the back frame (fig. 4)on the fixture making sure to turn the magnetic sensor tothe moving part of the frame where the permanent magnet is placed. Then mark the holes printed on thebottom box (see fig. 3), 5-6 mm drill with drill and secure the bottom2)Place the permanent magnet on the mobile part of the fixture trying to match the reference marksin thecase of the sensor and permanent magnet. If the magnet is sufficiently close to the magnetic contact, LEDwill switch on indicating the closure of the magnetic contact. However, the sensor will not be installed at a distance greater than 30mm from the permanent magnet.Fixingholes hookshooksUser Manual Learning procedure and radio test:Prepare the receiver side in the learning mode.Activate the "radio mode" of the MAG 4MHCS by closing JP1 and JP2. The radio will operate for about 30 seconds.Note: The installation of MAG HCS on metal frames can cause radio performance losses. In this case it is advisable to install the magnetic sensor away from screening components and connect an external magnetic contact to the auxiliary inputInstallation with connection to the auxiliary input.Il MAG HCS implement intermally a NO contact, usable from a another sensor The figure above shows a typical application of sensors connected in series to help protect a single device with multiple windows. The various contacts must be connected in series, the opening of one of them will cause the alarm. This scheme will not allow the state opening of each frame.This contact can also be used with any other type of sensor that has a dry contact output NO / NC.Fig.7 – Principio di utilizzo e collegamento del contatto ausiliario del sensore magneticoBattery substitutionThe substitution of the battery must be carried out when the sensor transmits the low battery alarm by radio signal or led or buzzer. However the battery is not completely discharged and will ensure a couple of weeks of working.To substitute, procede as follow:remove the top side of the case, replace the 3V mod. CR2032 litium battery being careful to the polarity, see picture number 8. To obtain a higher time life, five years life time batteries are advised. The accidental reversal of polarity of the batteries does not cause the breaking of the circuit and discharging them. In the case of loosing of substances , remove it taking care to not get in contact with them. Throw used batteries in respect of the normative. See the section 'Information for users'.Le caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.User ManualLe caratteristiche tecniche possono subire variazioni senza preavviso. La AUR°EL S.p.A non si assume la responsabilità di danni causati dall’uso improprio del dispositivo.Fig. 8 – battery substitutionINFORMATION FOR THE CUSTOMERThe product you purchased, must be separately throw and it can not be thrown as municipal waste, as required by Directive 2002/96/EC. Therefore, this system and all its components, subsystems andconsumables materials that are part of the product, when you take the decision to discard them, must be thrown to collection centers for proper treatment of waste, according as provided by law. To know where these centers are located, you should ask at the municipal offices.CE DECLARATION OF CONFORMITYThe magnetic contact MAG 4MHCS is under the follow normative: ETSI EN 301 489-3 V1.4.1 – Electromagnetic compatibility ETSI EN 300 220-1 V2.3.1 – Radio features EN 60950 – Other featuresCE ReferenceIn the back of the plastic case that encloses the transmitter is present a label with the identification of the module as those reported here at the left side [product name, manufacturer, voltage supply and currentsupply].+ on the top- on the backPull the battery。
声敏传感器的应用实例
声敏传感器的应用实例
声敏传感器是一种能够感知声音并将其转化为电信号的装置，广泛应用于智能家居、安防监控、环境监测等领域。
以下是几个声敏传感器的应用实例：
1. 智能家居：声敏传感器可以监测房间内的声音，如果有人进入或有异常声响，可以通过无线通信或手机App发送警报通知业主。
2. 安防监控：声敏传感器可以安装在公共场所如银行、商场、学校等地，监测环境中的声音，如有可疑声响，可以自动触发报警系统，保障人员和财产安全。
3. 环境监测：声敏传感器可以监测城市中的噪音污染，辅助政府部门制定环保政策。
同时，声敏传感器还可以用于监测工业厂房内的噪音，确保工人身体健康。
4. 医疗设备：声敏传感器可以用于监控睡眠中的呼吸声音，提醒患者及时寻求医疗帮助，防止窒息等意外。
5. 装置控制：声敏传感器可以与其他传感器搭配使用，实现自动控制功能。
例如可以监测环境中的声音和温度，自动调节空调、灯光等装置，提升生活体验。
总之，声敏传感器的应用范围非常广泛，随着科技的不断进步，其应用场景还将不断拓展。
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AI硬件在智能防盗报警设备中的应用
AI硬件在智能防盗报警设备中的应用在当今社会，安全防范意识日益增强，智能防盗报警设备成为了保障人们生命财产安全的重要手段。
随着人工智能（AI）技术的快速发展，AI 硬件在智能防盗报警设备中的应用也越来越广泛，为提升防盗报警的准确性、及时性和可靠性带来了新的突破。
一、AI 硬件在智能防盗报警设备中的工作原理AI 硬件在智能防盗报警设备中的工作原理主要基于对环境数据的采集、分析和处理。
首先，通过各种传感器，如摄像头、红外传感器、声音传感器等，收集周围环境的信息。
这些传感器就像是设备的“眼睛”和“耳朵”，能够感知到物体的移动、温度的变化、声音的异常等。
接下来，采集到的数据会被传输到 AI 芯片中进行处理。
AI 芯片具备强大的计算能力和数据处理能力，能够快速对海量的数据进行分析和识别。
它运用深度学习算法和模式识别技术，将输入的数据与事先训练好的模型进行对比和匹配，从而判断是否存在潜在的安全威胁。
如果 AI 芯片判断存在异常情况，它会立即触发报警机制，向用户发送警报信息，如短信、手机推送通知或者直接拨打报警电话。
同时，还可以联动其他安全设备，如自动锁门、启动监控录像等，以最大程度地减少损失。
二、常见的 AI 硬件在智能防盗报警设备中的类型1、智能摄像头智能摄像头是智能防盗报警设备中最常见的一种 AI 硬件。
它不仅能够实时拍摄视频画面，还可以通过内置的 AI 算法对画面中的人物、物体进行识别和分析。
例如，能够区分人类和动物的活动，识别出陌生面孔并及时发出警报。
2、红外传感器红外传感器利用物体发射的红外线来检测其存在和移动。
在智能防盗报警系统中，红外传感器可以安装在门窗、走廊等关键位置。
当有人或物体打破了红外线的感应区域，传感器会立即将信号传递给控制中心，触发报警。
3、声音传感器声音传感器能够捕捉环境中的声音变化。
在安静的环境中，突然出现的异常声响，如玻璃破碎声、激烈的争吵声等，都可能被声音传感器检测到，并作为潜在的危险信号进行处理。
近电报警器标准
近电报警器标准嘿，朋友们！今天咱来聊聊近电报警器这玩意儿。
你说这近电报警器啊，就像是咱身边的一个小卫士，时刻守护着咱的安全呢！想象一下，你在一些可能有电力危险的地方干活儿，要是没有这个小卫士，那得多吓人啊！它就像是你走夜路时手里的那盏灯，给你指明方向，让你心里踏实。
这近电报警器啊，可机灵着呢！一旦它察觉到周围有危险的电信号，就会立刻发出警报。
那声音，就好像在大声喊：“嘿，注意啦，危险来啦！”你可别小瞧这警报声，关键时刻能救你一命呢！咱平时用的那些电器啥的，不也都有各种保护装置嘛，近电报警器就和它们一样重要。
它能让你提前知道危险，赶紧采取措施，避免出事儿。
这就好比你要过一条马路，要是没有红绿灯告诉你啥时候能走啥时候不能走，那多危险啊！你说要是没有近电报警器，万一你不小心靠近了带电的地方还不知道，那后果可不堪设想啊！说不定就被电一下，那可不好受啊！所以啊，有了它，咱就多了一份安心，多了一份保障。
你再想想那些在高空作业的人，或者在电力设施附近工作的人，他们多需要这个小卫士啊！它能在危险来临之前就给他们提个醒，让他们能及时避开危险。
这多重要啊，是不是？而且啊，这近电报警器用起来也很方便呢！小小的一个，携带也方便，就跟你带个手机似的。
你到了可能有危险的地方，就把它打开，让它为你站岗放哨。
咱可不能小瞧了这小小的近电报警器啊，它虽然不大，但是作用可大着呢！它就像是我们生活中的一个隐形的保护神，默默地守护着我们的安全。
所以啊，朋友们，一定要重视这个近电报警器啊！别觉得它不起眼就不把它当回事儿。
在关键时刻，它真的能救你的命呢！咱可得好好利用它，让它为我们的安全保驾护航。
这不就是我们一直追求的嘛，平平安安的，比啥都重要，对吧？原创不易，请尊重原创，谢谢!。
叮咚叮咚 智能家居 无线门铃报警器 用户使用说明书
本产品是一款具有高音质、高音量的无线门铃，集成了58首8和弦曲目，一个门铃可以配对多个按钮，一个按钮也可以配对多个门铃。
不同的门铃可以设置不同的音乐。
本产品也是一款高性能的通过2.4GHz Wi-Fi802.11b/g/n网络传输报警信息的智能报警器，先进的全无线方式连接传感器。
主机实时在线，用户通过手机APP随时随地可以操控和监控主机。
用户通过遥控器或APP控制主机布撤防，当发生非法侵入时，主机启动现场报警和闪灯提示，并通过推送报警信息到用户手机通知用户。
当有客人来访按下门铃、用户开门关门或者外出门窗未关好时，均会推送信息到用户手机。
内置高性能锂电池，在停电时，后备电源可以连续工作5小时以上。
装箱清单无线门铃（报警器）x1门铃按钮（发射器）x1门铃按钮安装不干胶贴x1用户使用说明书x1门窗感应器x1人体移动感应器（选配件）遥控器（选配件）产品描述无线门铃门铃按钮音量/关机按钮Wi-Fi 配置/上一曲按钮配对/初始化/下一曲按钮AC 电源插头指示灯圈指示灯圈按钮防拆开关电池后盖遥控器门窗感应器撤防键布防键紧急求救键在家布防键防拆开关电池后盖指示灯传感器磁条安装对齐标志人体移动感应器安装无线门铃选择一个一直供电并且周围Wi-Fi 信号良好的电源插座，插上门铃。
按任意按钮开机，灯圈依次显示绿蓝红色后，进入工作状态。
提示：建议选择高于地面50cm 的电源插座，门铃离地面太近会影响信号强度。
门铃按钮用双面胶将按钮安装在干净平整的墙面上。
提示：安装点尽量远离金属物件（如铁门，金属门框等），否则会影响无线通讯距离。
门窗感应器使用贴纸将门窗感应器安装在门框上，将磁条安装在门上。
安装时，要求将感应器和磁条按照侧边的对齐线相靠近并对中，注意感应器和磁条之间的最大缝隙不能超过1.5厘米。
红外人体移动探测器使用前将感应器背面电池开关拨向ON 打开电源。
安装高度离地面2~2.2米左右，应尽量安装在室内的角落以获得最大的探测范围。
智能警报器操作方法
智能警报器操作方法
智能警报器操作方法是根据具体的设备型号而定，但一般包括以下几个步骤：
1. 安装：根据说明书的指引，选择一个合适的位置安装智能警报器。
通常需要将它固定在墙壁或天花板上，并连接电源。
2. 连接网络：使用手机或电脑等设备连接到智能警报器所在的局域网。
一般通过无线网络连接，需要输入正确的Wi-Fi密码。
3. 下载和安装相应的App：前往应用商店（如App Store或Google Play）下载并安装智能警报器相应的App。
然后在手机上打开App，并进行注册和登录。
4. 添加设备：打开App后，按照App的指引，添加智能警报器设备。
通常需要扫描设备上的二维码或输入设备的序列号。
一旦设备成功添加，它就会显示在App的设备列表中。
5. 设置警报模式：通过App可以设置智能警报器的不同警报模式，比如声音报警、手机推送通知等。
可以根据个人需要选择合适的模式，并设置相应的参数。
6. 进行测试：设置完成后，可以进行一次测试以确保设备的正常工作。
可以尝试触发警报器，检查是否能够及时收到相应的警报或通知。
7. 定期维护：智能警报器通常需要定期维护，比如更换电池、定期检查设备连接等。
根据具体的设备说明进行相应的维护工作。
请注意，以上方法仅为一般操作方法。
具体操作步骤可能有所不同，请根据所购买的智能警报器的说明书进行操作。
智能安防的典型案例
智能安防的典型案例智能安防技术在当今社会发挥着越来越重要的作用，帮助人们更好地保护家庭和财产安全。
下面将介绍十个关于智能安防的典型案例，以展示其在不同领域的应用和价值。
1. 智能门锁智能门锁是智能安防领域的重要应用之一，通过识别用户的指纹、密码、手机APP等多种方式来开启门锁，从而提高了门锁的安全性和便利性。
用户可以随时通过手机远程控制门锁的状态，确保家中安全。
2. 智能监控摄像头智能监控摄像头可以实现远程实时监控，通过手机或电脑随时查看家里的情况，及时发现异常情况并采取措施。
一些智能摄像头还具有人体检测、声音检测等功能，可以智能识别异常情况并发送警报。
3. 智能门窗传感器智能门窗传感器可以监测门窗的开关状态，一旦有人非法破坏或者闯入，系统会自动发送警报信息给用户，提醒用户注意。
此外，智能门窗传感器还可以与智能家居系统联动，实现自动化控制。
4. 智能烟感报警器智能烟感报警器可以实时监测室内的烟雾浓度，一旦检测到烟雾浓度超标，会立即发出警报声，并通过手机通知用户。
这可以帮助用户及时发现火灾隐患，减少火灾造成的损失。
5. 智能门禁系统智能门禁系统可以通过刷卡、指纹识别等方式控制人员出入，有效管理人员进出的权限。
对于一些重要场所，如企业、学校等，智能门禁系统可以提高出入管理的效率和安全性。
6. 智能车辆监控系统智能车辆监控系统可以实时监测车辆的位置、行驶轨迹等信息，帮助车主随时掌握车辆的位置和状态。
一些智能车辆监控系统还具有远程启动、油耗监测等功能，提升了车辆的安全性和便利性。
7. 智能家居安防系统智能家居安防系统集成了多种智能设备，如智能门锁、监控摄像头、烟感报警器等，通过智能家居控制中心实现统一管理和控制。
用户可以通过手机App远程监控家里的情况，提高家庭安全性。
8. 智能警报器智能警报器可以实时监测周围环境的声音、振动等信息，一旦发现异常情况，如入侵、盗窃等，会自动发出警报声，并发送通知给用户。
Eaton Wheelock Eluxa低频报警器与报警灯系列产品说明说明书
DescriptionEaton has developed the Wheelock Eluxa low frequency sounders (ELFHN) and sounder strobes (ELFHS) to meet the National Fire Protection Association (NFPA 72) low frequency sounder requirements for sleeping rooms for both fire alarm and carbonmonoxide (CO) signaling. In a single device, the Eluxa low frequency sounders features both low and high candela settings and alarm signals for dual applications - T3 (fire) and T4 (CO) tones.High efficiency, LED technology Eaton’s high energy efficient technology leads the industry in lowest current draw across the full candela range, which reduces overall power consumption and costs in fire alarm systems. As the first notification appliances in the industry to utilize LED as the light source, this breakthrough and patented optical design, resulting in best-in-class efficiency, enables material and system cost savings, allowing for a greater number of appliances on the notificationappliance circuit and fewer power supplies. All strobe models feature 110 and 177 candela settings for both wall- and ceiling- mount models.Low profile design and rich feature set With the industry’s smallest footprint, the Eluxa low frequencysounders and sounder strobes are aesthetically pleasing as the low profile design does not detract from the interior decor. Eluxa is feature rich with low and high candela settings and 3 horn patterns (Continuous, T3, T3/T4) in 1 device, pre-wire/pre-test via mounting plate with hinged feature for ease-of-installation, and no toolsneeded for setting changes. These products are suitable for indoor wall and ceiling mount applications (model dependent). The ELFHS and ELFHN models are for 24V operation. Special lettering, ALERT , CO, and no lettering, is available.Approvals and synchronization Eaton’s Eluxa strobes meet the 20 millisecond light pulse duration requirements of the 2016 edition of NFPA 72. By meeting this latest requirement, xenon and LED devices can now be in the same field of view.The Eluxa notification appliances are listed under UL Standards1971, 1638, and 464 and under CAN/ULC-S525 and CAN/ULC-S526. The appliances are Restriction of Hazardous Substances (RoHS) compliant and contain no mercury or other hazardous substances. In addition, the Eluxa product line has been UL/ULC listed ascompatible with all Fire Alarm Control Panels (FACP) and accessories that have been determined to be compatible with Exceder LED3 and Wheelock RSS strobe-based products including the RSS, CH, E, EH, ET , ST , HS, MT , S8, SA, STH and Z Series. The listing also includes the ability to install the Eluxa strobes in the same notification zone and field of view with any Wheelock RSS strobe and Exceder LED3 models.Eluxa low frequency sounders andsounder strobesFeatures•sleeping rooms in a single device• 3 horn patterns• Continuous, T3, and• Energy efficient• LED technology provides industry’s lowest current draw • Low-profile design• Smallest footprint with sleek, modern aesthetics• Special lettering available: ALERT, CO, no lettering• Field selectable candela settings: 110, 177 cd• Easy-to-install•the single-mount screw in place.•• Built-in level adjustment feature and snap-on grille cover • IN/OUT screw terminals using #12 to #18 AWG wires • Mounting Options: ELSPKBB backboxes, single-gangbackboxes and 4” square backboxes for wall models and for ceiling models.• Strobe synchronization components•Modules or Power Supplies• Compliance• NFPA 72 2016 - 20 ms flash duration requirements• UL 1971, UL 1638, UL 464, ULC S525, ULC S526• California State Fire Marshal (CSFM)• Factory Mutual (FM)• ADA/NFPA/ANSI/OSHA• RoHSote:N Please read these specifications and associated installation com/Lifesafetynotification for current installation instructions.G eneral Notes• Strobes are designed to flash at 1 flash per second minimum over their “Regulated Voltage Range.” Note that NFPA-72 specifies a flash rate of 1 to 2 flashes per second and ADA Guidelines specify a flash rate of 1 to 3 flashes per second.• All candela ratings represent minimum effective Strobe intensity based on UL 1971.SettingsThe 520 tone is generated within the appliance itself. When the selector switch is set for T3, the sound pattern is also generated within the appliance. When the selection switch is set to continuous, the product is listed for coded operations. The T3/T4 pattern or other pattern must be generated by the FACP according to the alarm condition sensed by the panel (fire or CO alarm).When the device is set to T3/T4, the appliance can switch from T3 to T4 based upon the condition sensed by the FACP and passed to the Wheelock DSM module. Eluxa Sounders24VDCModel Horn Settings16.0-33.0ELFHN/ELFHNC ContinuousCode 3Code 3/Code 40.0980.0980.098T able 2. Horn Strobe Current DrawEluxa Sounder StrobesModelRegulated VoltageRange VDC110177ELFHSELFHSC16.0-33.016.0-33.00.1640.1640.2560.256a RMS current ratings are per UL maximum RMS method. UL max currentrating is the maximum RMS current within the listed voltage range (16-33v). For strobes the UL max current is usually at the minimum listed voltage. For audibles the max current is usually at the maximum listed voltage. For unfiltered FWR ratings, see installation instructions.UL/ULC Max Current a2EATON 3EATON T able 5. Specification & Ordering InformationModelStrobe CandelaMountingRedWhiteLetteringSync w/ DSM orWheelock Power SuppliesSounder Strobes ELFHSR ELFHSW ELFHSR-AL ELFHSW-AL ELFHSR-CO ELFHSW-CO ELFHSR-N ELFHSW-N ELFHSRC ELFHSWC ELFHSRC-AL ELFHSWC-AL ELFHSRC-CO ELFHSWC-CO ELFHSRC-N ELFHSWC-N 110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177110, 177Wall Wall Wall Wall Wall Wall Wall Wall Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling CeilingX X X X X X X XX X X X X X X XFIRE FIRE ALERT ALERT CO CONo Lettering No Lettering FIRE FIRE ALERT ALERT CO CONo Lettering No Lettering X X X X X X X X X X X X X X X XSounders ELFHNR ELFHNW ELFHNR-AL ELFHNW-AL ELFHNR-CO ELFHNW-CO ELFHNR-N ELFHNW-N ELFHNRC ELFHNWC ELFHNRC-AL ELFHNWC-AL ELFHNRC-CO ELFHNWC-CO ELFHNRC-N ELFHNWC-N Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/Ceiling Wall/CeilingX X X X X X X XX X X X X X X XFIRE FIRE ALERT ALERT CO CONo Lettering No Lettering FIRE FIRE ALERT ALERT CO CONo Lettering No Lettering X X X X X X X X X X X X X X X XAccessories DescriptionRed WhiteELSPKBB-R ELSPKBB-W LSPKBB-CR LSPKBB-CWEluxa Backbox Eluxa BackboxExceder LED Backbox Exceder LED Backbox Wall Wall Ceiling CeilingX X X Xa RMS current ratings are per UL maximum RMS method. UL max current rating is the maximum RMS current within the listed voltage range (16-33v). For strobesthe UL max current is usually at the minimum listed voltage. For audibles the max current is usually at the maximum listed voltage. For unfiltered FWR ratings, see installation instructions.ELFHS/ELFHN 24VReverberant dBA per UL 464 a Description16.0V24.0V33.0VContinuous Code 3Code 3/Code 4 b 808080808080808080T able 3. Sound Output (SPL) - ULELFHS/ELFHNdBA per ULC S525-16 aDescription16.0V24.0V33.0VContinuous Code 3Code 3/Code 4808080808080808080T able 4. Sound Output (SPL) - ULCote: N Due to continuous development of our products, specifications and offerings are subject to change without notice in accordance with Cooper Wheelock Inc., dba Eaton standard terms and conditions.© 2022 EatonAll Rights Reserved Printed in USAPublication No. TD450159EN August 2022Eaton is a registered trademark.All other trademarks are property of their respective owners.Eaton1000 Eaton Boulevard Cleveland, OH 44122United States EatonLife safety & mass notification solutions 273 Branchport Ave.Long Branch, NJ 07740/LifesafetynotificationArchitects and Engineers SpecificationsThe low frequency sounders and sounder strobes appliances shall be Eluxa series ELFHN and ELFHNC sounders for wall and ceiling-mount applications, and ELFHS sounder strobes for wall-mount applications and ELFHSC sounder strobes for ceiling-mount applications or approved equals. The sounders shall be UL Listed under UL 464 for Fire Protective Service and ULC S525. Sounders equipped with strobes shall be listed under UL 1971 for Emergency Devices for the Hearing-Impaired, UL 1638, and ULC S526.The series shall be Restriction of Hazardous Substances (RoHS) compliant and contain no mercury or other hazardous substances. In addition, the sounder strobes shall meet the requirements of FCC Part 15 and ICES-003. All inputs shall be compatible with standard reverse polarity supervision of circuit wiring by a Fire Alarm Control Panel (FACP) with the ability to operate from 16 to 33 VDC. The ELFHS sounder strobe shall produce a flash rate of one (1) flash per second over the Regulated Voltage Range and shall incorporate a Light Emitting Diode (LED) as the light source with a rugged Lexan® lens. The strobe shall be of low current design. The LED strobe flash duration shall be 20 ms or less. The strobe intensity of ELFHS models shall have field selectable of 110 and 177 candela. The audible shall have a minimum of 3 modes of operation: T3 (fire), Continuous, and T3/T4 Sync Control.The ELFHS and ELFHN shall be designed with a low profile design for indoor surface or flush mounting. Mounting options shall includeELSPKBB backboxes, single-gang backboxes, and 4” squarebackboxes for wall models and LSPKBB-C backboxes and 4” square, 2 1/8” deep backboxes for ceiling models. The sounder and sounder strobe shall incorporate a mounting plate with a snap-on grille cover and shall mount to standard electrical hardware requiring no additional trimplate or adapter. Removal of an appliance shall result in a supervision fault condition by the Fire Alarm Control Panel (FACP). All notification appliances shall be backwards compatible.The ELFHN and ELFHS wall models shall have a low profile mea-suring 6.35”H x 4.56” W x 1.54” D. ELFHNC and ELFHSC ceiling models shall have a low profile with a diameter measuring 6.27” and depth of 2.29”. Finish shall be red or white. Special lettering, ALERT , CO and No lettering, shall be available.When synchronization is required, the appliance shall be compatible with Wheelock’s DSM Sync Modules, PS Power Supplies, or other manufacturer’s panels with built-in Wheelock Patented Sync Protocol. The strobes shall not drift out of synchro-nization at any time during operation. If the sync protocol fails to operate, the strobe shall revert to a non-synchronized flash-rate and still maintain (1) flash per second over its Regulated Voltage Range. The appliance shall also be designed so that the audible signal may be silenced while maintaining strobe activation when used with Wheelock patented sync protocol.UL 1971, UL 1638, UL 464, ULC S525, ULC S526, CSFM, FM, FCC, RoHS, ICESWE ENCOURAGE AND SUPPORT NICET CERTIFICATION3 YEAR WARRANTYT able 6. Specifications Physical Material Red or white textured UV stabilized, colored impregnated engineered plastic. Exceeds 94V-0 UL flammability rating Weight 1.10 lbs.LensLight Emitting Diode (LED) in a rugged Lexan lensDimensionsWall: ELFHN - 6.35”H x 4.56” W x 1.54” D; ELFHS: 6.35”H x 4.56” W x 1.54” D; ELFHNC: 6.27” Diameter x 1.9” D; ELFHSC: 6.27” Diameter x 2.29” DepthOperating TemperatureIndoor: 32°F to 122°F (0°C to 50°C) and maximum humidity of 93%Mounting & Wire Connections Mounting (indoor only)Wall and ceiling-mount applications (model dependent). Mounting Options: ELSPKBB backboxes, single-gang back-boxes and 4” square backboxes for wall models and LSPKBB-C backboxes and 4” square, 2 1/8” deep backboxes for ceiling models.Wire Connections #12 through #18 AWGPower & General Operating voltage 24 VDC/VFWR: 16 - 33 VDC/VFWRStrobe Output Rating UL 1971: Field selectable candela 110, 177 cd Strobe Flash RateStrobes are designed to flash at 1 flash per secondSynchronization Models Strobes can be synchronized with Wheelock’s DSM Sync Modules, PS Power Supplies, using Wheelock patented sync protocolTemporal Audible PatternContinuous, Code 3, or Code 3/Code 4 Sync Control. The Code 3 temporal pattern (1/2 second on, 1/2 second off, 1/2 second on, 1/2 second off, 1/2 second on, 1-1/2 off and repeat) is specified by ANSI and NFPA 72 for standard emer-gency evacuation signaling. The Code 4 temporal pattern (four cycles of 100 milliseconds ± 10 percent “on” and 100 milliseconds ± 10 percent “off,” followed by 5 seconds ± 10 percent “off)is specified by NFPA 720.。
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项链式智能无声报警传感器女士智能安防神器
传感器类产品现在已经成为了可穿戴设备中比较热门的种类，而目前
正在Indiegogo上进行众筹的AllBe1，就是外形酷似一个胶囊药片、并且集众多功能于一身的全能个人安全卫士。
包括红外线报警器、追踪器、无声报警警报、移动监测、健身追踪、智能按钮、探测器、手机智能锁等功能，都可以在
AllBe1上实现。
AllBe1自身携带各种传感器，可感知和监控几乎一切事物，它像智能手
机一样是一个开放的平台，开发者可以在AllBe1上为用户创造无限的应用程序。
使用AllBe1需要通过一个配套的应用程序链接到智能手机上，并设置你所需要的各种功能。
另外AllBe1的程序是开源的，所以开发商都有机会拿出任何程序和方式来使用AllBe1。
AllBe1可以说是一个完美的守护者，凭借其满身的传感器以及先进的红
外技术，你、你的家人、财务等，它都能做到很好的保护。
例如，想知道自己
的孩子是不是还在前院玩耍?AllBe1可以作为距离追踪器。
是不是总是不知道自己把笔记本放哪里了?AllBe1可以准确指出它的所在之处。
当有人打开门、窗户或者是抽屉时，它都会提醒你。
它还能计算你的步数、记录距离，甚至还能检
测区域里的紫外线指数，如果你需要摄入维生素D它都会提醒你。
检测身体健康数据方面，像普通的智能手环那样可以计算步数、行走距
离以及卡路里等，然后通过手机应用程序分析数据，得出个人的物理参数。
另
外还有GPS定位功能，甚至身体是否需要阳光或阳光过于强烈时，它都能监测到。
AllBe1更是众多孩子的安全卫士，把它放在孩子的口袋或别在衣服上，。