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遥控锁使用说明范文遥控锁是一种通过遥控器或手机APP来控制开关锁的智能安全设备，它具有方便快捷、安全可靠的特点。
根据不同的产品品牌和型号，操作方式和使用说明可能有所不同，下面是一般情况下遥控锁的使用说明：1.开箱验货：购买遥控锁后，首先需要仔细检查商品包装和配件，确保配件齐全，没有损坏或者划痕。
2.安装：根据配件和说明书上的图示和文字说明，安装遥控锁。
通常情况下，遥控锁可以安装在门上的合页边缘或者门框上，安装时需要确保锁体和门框有适当的间隙，以保证正常使用。
3.电源：遥控锁通常使用电池或者电池组作为电源。
在安装时，需要打开遥控锁的电池盖，将电池正确安装，并且确保电池的极性正确。
4.配对：将遥控器或者手机APP与遥控锁进行配对。
具体操作方式可能因产品品牌和型号而有所不同，一般情况下，需要按下遥控器上的配对按钮，并且在一定时间内按下遥控锁上的配对按钮，两者成功配对后，遥控器或者手机APP就可以正常使用了。
5.开锁：使用遥控器或者手机APP来开锁。
一般情况下，遥控器上有一个开锁按钮，按下按钮后，遥控锁可以自动解锁。
手机APP则需要在登录账号后，选择相应的门锁，并点击开锁按钮即可。
6.修改密码：遥控锁通常具有密码开锁功能，用户可以自行设置密码。
操作方法可能因产品品牌和型号而有所不同，在遥控锁的说明书上会有详细的说明。
7.钥匙备用：为了应对特殊情况，使用遥控锁前最好备用几把钥匙。
需要注意的是，备用钥匙应妥善保管，避免丢失或者被他人盗取。
8.维护保养：一般情况下，遥控锁不需要太多的维护保养。
定期检查电池的电量，并根据需要更换电池。
遥控锁需要避免暴露在长时间的高温、潮湿或者寒冷环境中，以免影响其正常使用寿命。
9.注意事项：使用遥控锁时，需要注意以下事项：-遥控器或者手机APP不应与其他电器设备存放在一起，以免相互干扰。
-遥控锁的电池盒应经常保持清洁，以免影响导电性能。
-遥控锁不宜频繁开启和关闭，以免影响其使用寿命。
无线路由器与智能门锁的配对步骤创新科技的快速发展使得智能家居成为了现代生活中的一部分。
无线路由器和智能门锁作为智能家居的重要组成部分，它们的配对步骤变得非常关键。
本文将以详细的方式，介绍无线路由器与智能门锁的配对步骤。
1. 确保设备准备就绪在配对之前，首先要确保无线路由器和智能门锁都已经准备就绪。
检查无线路由器是否已经连接到电源，并且无线网络设置正确。
同时，确保智能门锁的电池电量足够，门锁已经安装在门上并且处于未配对状态。
2. 连接无线网络智能门锁是通过无线网络与手机或电脑进行连接和控制的。
首先，在手机或电脑上打开设置界面，进入无线网络设置。
选择无线网络，根据无线路由器的设置找到对应的网络名称（SSID），并输入密码进行连接。
确保手机或电脑与无线路由器处于同一局域网中。
3. 下载并安装智能门锁的配对应用程序大多数智能门锁厂家都会提供专门的配对应用程序，用于与智能门锁进行配对和管理。
打开应用商店，搜索并下载适用于您智能门锁品牌的配对应用程序。
4. 打开配对应用程序下载完毕后，打开配对应用程序。
根据应用程序的提示，进行注册账户和登录。
注册账户时，建议使用您常用的电子邮箱和密码，以方便后续登录和管理。
5. 连接智能门锁连接智能门锁的步骤可能会因厂家而异。
但一般情况下，打开应用程序后，在设置中找到“添加门锁”或类似的选项。
接下来，根据应用程序的指引，执行配对门锁的操作。
6. 开始配对应用程序会要求您按下智能门锁的特定按钮或完成一系列特定动作，以确保门锁与应用程序成功配对。
此步骤的目标是使门锁进入配对模式，并与应用程序建立通信。
7. 等待配对成功配对过程可能需要一些时间，请耐心等待。
一旦门锁成功被应用程序识别并与其配对成功，应用程序会显示配对成功的提示。
此时，您可以开始使用应用程序来控制智能门锁，例如远程开锁、设置密码、查看开锁记录等功能。
总结：无线路由器与智能门锁的配对步骤并不复杂，但是需要遵循一些基本原则。
遥控开锁原理
遥控开锁原理是通过使用无线信号和电子仪器来实现远程控制开启锁具的操作。
具体而言，它包括以下几个关键步骤：
1. 遥控设备发送信号：用户按下遥控设备上的按钮，该设备内部的电子电路会根据设定的编码方式生成一段特定的无线信号。
2. 信号传输：生成的无线信号通过无线传输技术，如无线电波或红外线，传送到锁具处。
通常，这些无线信号具有一定的传输距离，可以达到几米到几十米的范围。
3. 锁具接收信号：锁具上配备了接收器，用于接收遥控设备发送的信号。
接收器可以是一个微型电路芯片或模块，用于解码接收到的信号。
4. 信号解码：接收器将接收到的信号进行解码，还原出原始的指令信息。
解码方式通常根据遥控设备和锁具之间事先约定好的编码规则来进行。
5. 比对和识别：锁具内部的电子芯片将解码后的指令与锁具内部存储的授权信息进行比对，并进行身份验证。
如果解码的指令与授权信息匹配，则判断为合法指令。
6. 执行开锁操作：如果验证通过，锁具内部的电机或驱动器会被触发，实现开锁的操作。
这些驱动器可以是电磁继电器、电磁锁等，通过物理力量驱动锁芯或锁扣的移动来实现门锁的开启。
总结而言，遥控开锁原理通过利用无线信号和电子仪器的相互作用，实现了远程控制开启锁具的功能。
它广泛应用于汽车门锁、家庭门锁、安防门禁系统等领域，方便了人们的生活和工作。
无线门锁方案1. 引言无线门锁方案是指利用无线技术实现门锁的自动解锁和锁定的一种安全解决方案。
传统的门锁需要使用钥匙进行解锁和锁定，但这种方式存在钥匙丢失、被盗等问题。
而无线门锁方案通过使用密码、无线身份验证等方式，提高了门锁的安全性和便利性。
本文将介绍无线门锁方案的工作原理、优势和实施方式。
2. 工作原理无线门锁方案通过利用无线技术实现门锁的远程控制和监控。
其工作原理如下：1.钥匙管理系统：无线门锁方案通常配备一个钥匙管理系统，用于管理门锁的钥匙或密码。
用户可以通过手机应用或者电脑登录钥匙管理系统，添加、删除和修改钥匙信息。
2.通讯模块：无线门锁配备了无线通讯模块，可与钥匙管理系统进行通信。
通讯模块可以是蓝牙、Wi-Fi、Zigbee等无线通信技术。
3.身份验证：用户需要提供身份验证信息来解锁门锁。
身份验证方式可以是密码、指纹识别、面部识别等。
4.解锁和锁定：用户在经过身份验证后，可以通过手机应用或钥匙管理系统发送解锁或锁定命令到门锁。
门锁接收到命令后，会自动解锁或锁定。
3. 优势相比传统的门锁解锁方式，无线门锁方案具有以下几个优势：•安全性高：无线门锁方案采用密码、指纹识别、面部识别等身份验证方式，提高了门锁的安全性，防止钥匙丢失或被盗的风险。
•便利性：无线门锁方案可以远程控制和监控门锁，在不同场景下提供快速、便捷的解锁方式。
用户可以在手机应用上一键解锁，避免了携带钥匙的烦恼。
•可追踪性：无线门锁方案可以记录门锁的开锁和锁定历史，让用户能够随时查看。
这在需要追踪门锁使用情况或者管理多个门锁时非常有用。
•灵活性：用户可以通过手机应用或者电脑进行钥匙管理，随时添加、删除和修改钥匙信息，非常灵活方便。
4. 实施方式无线门锁方案可以采用多种不同的实施方式，具体取决于用户的需要和场景。
以下是几种常见的实施方式：1.蓝牙门锁：这种方式适用于小范围内的门锁控制，需要用户手机具备蓝牙功能。
用户可以通过蓝牙连接门锁并发送解锁或锁定命令。
门锁遥控的原理是什么门锁遥控的原理是通过无线通信技术实现门锁的开关控制。
具体来说，门锁遥控的原理可以分为以下几个方面：首先，门锁遥控的基本原理是利用无线遥控器发送信号给门锁控制器，门锁控制器接收到信号后解码，确定信号的有效性，并根据信号指令执行相应的操作。
其次，门锁遥控利用的无线通信技术主要有射频（Radio Frequency, RF）和红外（Infrared, IR）两种方式。
射频遥控器通过以无线电波的形式传输信号，在射频通信频段进行工作，使用较为广泛；而红外遥控器则是通过红外线传输信号，一般用于短距离通信，比如电视遥控器。
无线遥控器是门锁遥控系统的核心，它与门锁控制器之间的通信过程主要包括信号编码、传输和解码三个步骤。
首先是信号编码，遥控器将按键的信息转化为二进制码，并添加其他必要的控制信息，形成完整的指令码；接下来，编码后的指令码通过无线信号的形式传输给门锁控制器，无线信号可以是射频信号或者红外信号；最后，门锁控制器接收到信号后，进行解码操作，将二进制码转换为可理解的控制指令。
解码后的指令被执行，门锁控制器通过电磁锁或电动机等机械装置，实现门锁的开关控制。
除了基本的信号传输和控制操作，现代门锁遥控系统还会增加一些安全性方面的设计。
比如，采用信号加密技术，对指令码进行加密处理，保护传输过程中的数据安全性；另外，也可以采用滚动码技术，不断改变编码模式，增强系统的防护能力，防止被非法复制遥控信号。
门锁遥控系统在实际应用中，除了实现基本的开关控制，还可以配合其他智能设备，如智能家居中的中央控制系统，实现远程控制、定时控制、密码控制等高级功能。
通过互联网的连接，用户可以通过手机、电脑等终端设备，实现对门锁的远程控制，提高便捷性和安全性。
总结起来，门锁遥控的原理就是利用无线通信技术，通过遥控器发送信号指令给门锁控制器，控制门锁的开关。
这个过程包括信号编码、传输和解码等步骤，同时也包含一些安全性方面的设计。
lc2334中文规格书一、产品描述LC2334是一款高性能的数字型智能锁，采用先进的无线通讯技术和密钥管理系统，能够实现各种智能化的门锁管理功能。
二、产品特点1.高安全性：采用先进的密码算法和密钥管理系统，确保了门锁的高度安全性，防止密码被盗取或破解。
2.多种开锁方式：支持多种开锁方式，包括密码开锁、指纹识别、刷卡等，方便用户选择最适合自己的开锁方式。
3.远程控制：通过手机APP可以实现对门锁的远程控制，包括开锁、关闭锁、查看开锁记录等功能，让用户可以随时随地掌控门锁的状态。
4.时间限制：支持设置开锁时间限制，可以根据需要设定开锁的时间范围，避免无关人员非法进入。
5.门锁交互：门锁可以与智能家居系统或安防系统进行联动，实现更智能化的门锁管理功能。
6.紧急开锁：在紧急情况下，用户可以使用备用钥匙进行开锁，确保安全并保护用户的财产。
7.低能耗：采用先进的电池管理技术，能够有效地延长电池寿命，节约能源。
三、技术参数1.工作电压：DC 6V（4节5号电池）2.工作温度：-20℃～55℃3.存储温度：-30℃～70℃4.通信频率：2.4GHz5.通信距离：≥10m6.指纹容量：100枚7.刷卡容量：100张8.开锁记录：200条四、安装要求1.安装位置：门锁应安装在门框上，保证与门锁板平行，防止变形或损坏。
2.安装高度：门锁的安装高度应根据使用者的身高来决定，一般建议安装在1.2米至1.5米之间。
3.安装环境：门锁应远离火源、水源和腐蚀性化学品等有害物质，以免影响正常使用。
五、维护保养1.定期更换电池，避免电池电量不足导致门锁无法正常开启。
2.保持门锁清洁，避免杂物进入锁体，影响正常使用。
3.定期检查门锁的各项功能，如发现异常及时修理或更换零部件。
总结：LC2334是一款高性能的数字型智能锁，具有高安全性、多种开锁方式、远程控制、时间限制等多种特点。
它可以应用于各种场合，如家庭、办公室、酒店等，为用户带来便利和安全保障。
摘要随着电子产品向智能化和微型化的不断发展，人们生活水平的提高和安全意识的加强，各种各样的密码锁广泛进入了人们的生活和工作。
如何实现防盗这一问题也变的尤为重要，传统的机械锁由于其构造的简单，安全性能低，无法满足人们的需要，各种无线密码锁应运而生。
本系统采用CC1101做为无线收发电路的主控芯片设计了一款可以多次修改密码具有密码报警功能和无线开锁功能的无线遥控密码锁，本系统主要包括：矩阵键盘电路、液晶显示电路、报警模块、继电器驱动电路、单片机最小系统、无线收发模块。
所采用的编程语言是C语言。
设计将无线电遥控技术与密码技术相结合，在原有密码锁系统性能的基础上设计无线遥控密码锁系统，使用户在一定范围内的任何位置都能对保险箱进行开启，不仅可以提高密码的安全性，还克服了固定键盘式密码锁的不足。
关键词：无线遥控，密码锁，CC1101AbstractWith the intelligence and the development of miniaturized people's living standards improve safety awareness and enhance electronic products, all kinds of locks broad access to people's life and work. How to achieve security issue becomes particularly important, traditional mechanical lock because of its simple structure, low safety performance, unable to meet people's needs, a variety of wireless locks came into being.The system uses CC1101 wireless transceiver circuit as a master chip designed a number of modifications may be wrong password with the password lock function alarm function and a wireless radio remote control locks, the system includes: a keyboard matrix circuit, liquid crystal display circuit, alarm module, relay driver circuit used programming language is C language. The radio-controlled technology and design technology combined with a password, wireless remote password lock system design based on the original lock on system performance, allowing users anywhere within a certain range of safes can be opened, not only can improve the security of the password , but also to overcome the lack of a fixed keyboard password lock.Keywords: wireless remote control, lock, CC1101目录第1章绪论 (1)1.1 选题的背景与意义 (1)1.2 国内外现状 (2)1.3 主要设计内容和设计目标 (3)第2章无线收发电路的设计 (5)2.1 系统的总体设计 (5)2.2.1系统需求分析 (5)2.2.2总体方案设计 (5)2.2 CC1101的工作原理 (6)2.2.1 CC1101芯片介绍 (6)2.2.2 CC1101芯片数据包收发流程 (8)2.3无线收发电路的设计 (9)2.3.1 天线选择 (10)2.3.2 BALUN与阻抗匹配 (11)2.3.3 单端滤波器的设计 (16)2.3.4 无线收发电路设计 (18)第3章控制部分电路的设计 (20)3.1 单片机最小系统 (20)3.2 矩阵键盘电路 (21)3.3 液晶显示电路 (22)3.4 声光报警电路 (23)3.5 继电器驱动电路 (24)第4章系统的软件设计 (26)4.1 遥控发射器软件设计 (26)4.2 密码接收器软件设计 (31)第5章焊接与调试 (48)5.1 焊接 (48)5.2 软硬件调试 (48)5.2.1 单片机最小系统的调试 (49)5.2.2 液晶显示电路的调试 (49)5.2.3 矩阵键盘电路的调试 (49)5.2.4 报警模块调试 (50)5.2.5 无线收发电路调试 (50)结论 (52)参考文献 (53)致谢 (55)附录1 电路原理图 (56)第1章绪论1.1 选题的背景与意义随着科技的发展以及人们生活水平的大幅度提高，特别是近几年国内经济的发展以及科学技术的不断发展，人们对防盗的要求也是越来越高，同时对使用的便捷性也有了更高的需求，传统的锁防盗效果已经满足不了现代社会的防盗需求，传统的机械锁由于其构造简单，被撬的事件屡见不鲜，已远远不能满足人们的需要，各种系列的密码锁广泛进入人们的生活和工作，因而密码锁系统的安全性就变得至关重要。
易威联智能遥控锁说明书易威联智能遥控锁说明书尊敬的用户：非常感谢您选择使用易威联智能遥控锁。
为了使您更好地了解和使用我们的产品，特别编写了这份详细的说明书。
请您仔细阅读，以便正确使用和维护该智能遥控锁，为您的家庭和个人安全提供更多便利和保障。
一、产品概述易威联智能遥控锁是一款采用先进的无线通信技术和安全加密算法设计的智能家居产品。
它可以通过遥控器、手机APP等方式对门锁进行控制，实现远程开锁、密码管理、临时密码设置等功能。
该智能遥控锁具有安全可靠、便捷易用、多功能等特点，是现代家庭安防的理想选择。
二、产品特点1. 远程控制：通过手机APP或遥控器，您可以在任何时间、任何地点远程对门锁进行控制，无需亲自去开启或关闭门锁。
2. 密码管理：您可以根据需要设置不同的开锁密码，并能随时修改密码，确保门锁的安全性。
3. 临时密码：您可以为亲朋好友、家政人员等设置临时密码，方便他们进入您的家居，不用再为传递或遗忘钥匙而烦恼。
4. 低功耗设计：该智能遥控锁采用低功耗设计，节能环保，更换电池的频率较低。
5. 报警功能：当有异常情况时，如密码错误、非法开锁等，智能遥控锁会自动报警，提醒您及时采取措施。
6. 防撬设计：该智能遥控锁配备了高强度的机械防撬锁体，有效预防破坏和胁迫。
三、使用步骤1. 安装：请按照产品安装说明书要求正确安装智能遥控锁，并确保稳固可靠。
2. 电源：将合适的电池安装到智能遥控锁上，并确保电池极性正确。
3. 配对：使用手机APP或遥控器对智能遥控锁进行与设备的配对，确保成功连接。
4. 设置：根据需要，设置开锁密码、临时密码等参数，并确保密码的安全性。
5. 远程控制：打开手机APP或使用遥控器，通过远程控制实现对智能遥控锁的开锁、解锁等操作。
四、注意事项1. 请务必正确安装和使用本产品，确保门锁的正常运行和使用效果。
2. 请定期检查电池电量，及时更换电池，以免影响遥控开锁功能。
3. 遥控器或手机APP请妥善保管，防止丢失或落入他人手中，造成不必要的安全隐患。
CM-120TX WirelessDigital KeypadsInstallation InstructionsSection 1__________________ General DescriptionThe CM-120TX is an outdoor illuminated battery operated wireless all metal keypad. It is a versatile self-contained, single-gang, stand-alone keypad mounted on a heavy stainless steel, single gang faceplate. It features up to 999 users, and offer over 1,000,000 possible user codes (from one to eightdigits). It operates on 2 x 1.5V ‘AA’ batteries providing for up to 90,000 operations (based on an average 4 digit PIN followed by *). The CM-120TX is compatible with our 915 MHz Lazerpoint RF TM products. Itprovides 2 separate RF codes that can be transmitted individually. It has non-volatile memory to retain user settings when the batteries discharge or when they are being changed.Section 2__________________ InstallationMountingThe CM-120TX has been designed to fit into a standard single gang electrical box. The terminal strips are carefully positioned so all wiring exits out the back, so it won’t interfere with, or short out on, the sides of the box.WiringCamden CM-120TX is supplied with an AA battery holder. Connect the battery holder as shown with the Red wire connecting to terminal 1(+) and the Black wire connecting to terminal 2(-). Insert the batteries into the battery holder as shown in Figure 1.Figure 1 CM-120TX Power ConnectionsSection 3__________________ How to Program KeypadUsing This Manual∙Brackets and spaces are not part of programming or user codes. They are used here to clarify the operations and group like functions.∙Square brackets [ ] are used to indicate that the keys inside the brackets are to be pressed at the same time. (Requiring two keys to be pressed simultaneously reduces the chance that someone will accidentally get into programming mode.)∙When entering a code in brackets, first press the star key and, while holding down the star key, press the second key. Release them both together.Using the KeypadEach user on the system is assigned two different numbers. The first is the User Number, which he/she does not use directly. This number, from 1 to 999, is used to keep track of who is assigned to the system, using the schedule on Page 8. All leading zeroes are ignored. The second is the User Code, a 1 to 8 digit programmable code that the user will enter into the keypad to activate certain functions. This code can have leading zeroes as part of the code. This information should be recorded and stored in a safe place for futurereference. The keypad can support a total of 999 users, from 1 to 999 (See chart on page 10).User number one belongs to the Master User and has a default user code of 1234. Note that the master user code is used for administration ONLY, and will not (normally) operate the wireless outputs. When a global disable is engaged (all users locked out), the master code will still operate wireless output one.User number two will toggle the global enable/disable function when prefixed by two or more pound (‘#’) keys. This allows lockout of all other codes (user two will still be able to operate the keypad normally, even when the global lockout is engaged). Therefore, user number two should be reserved for use by a manager. When entered without the prefixed ‘#’s, the code of user number 2 operates the keypad in the same way as the other users do.When using the keypad with variable-length user codes, it is necessary for the user to press the star (*) key after the User Code has been entered. This indicates the end of the code, and causes the keypad to attempt to validate the entered code. If the number entered is valid, the keypad will perform the programmed function (e.g., activate the relay).For example, to operate the keypad using the user code 4321 (which must be entered as a user code in programming mode first), enter 4321*. While the door is unlocked, or whatever job your unit is to perform, the green LED will blink at a slow rate. Note that the star key can be substituted with another digit of your choice. (See 0# Set Enter Key)Understanding the LEDsThe three Light Emitting Diodes (LED’s) above the keypad provide information on the status of the unit. NOTE: A ‘slow’ flash is once every two seconds and a ‘fast’ flash is once every second.GREEN LED:‘ON’ Solid:No errors, output isactive.‘FAST FLASHING’: Keypad is inprogramming mode. RED LED:‘ON’ Solid: Error condition.See chart at end ofthis manual.YELLOW LED:To meet ADA requirements, both a visual and audible key-press confirmation is provided (blinks on each key-press). This can be enabled or disabledduring programming. See the [*6] 0 # programming option for more details.Checking the Battery LevelThe Cm-120TX has a built-in battery gauge. Press and hold the any button for 5 seconds. The Green LED will flash and the buzzer will beep up to 5 times indicating the battery level.5 Beeps = Fully charged batteries1 Beep = Replace the batteriesThe CM-120TX will beep if the Low Battery Alarm(page 4) is enabled.SET-UP INSTRUCTIONS:Note:1. Keep careful track of User Codes and to whomthey are assigned, assigned outputs, etc. asyou program them, and keep the list in a safeplace.2. Press the buttons firmly.3. Whenever the * and any other character areincluded in brackets [* x], press the * firstand, while holding the * down, press theother key. Release both keys together. [*1] Enter Program Mode (First Step)Press * and 1 at the same time. Enter the Master Code (1234 is the factory default), then *. The green LED should now be rapidly flashing.The keypad will remain in program mode until no key is pressed for approximately 30 seconds. To exit programming mode quickly, press the special sequence –“ * # * ”.For example, [* 1] 1 2 3 4 * will put the keypad in program mode.[*1] Administration FunctionsSet Code Length - Function 1#Default: 0 (variable code length)When set to zero, user codes can vary from 1 to 8 characters, but must be terminated by pressing the “enter key”, which by default is ‘*’. When set from 1 to 8, all user codes must use the programmed length, but will not require termination by the programmed “enter key”.(User codes shorter than the maximum are still allowed, but the user must terminate it with the current “enter” key).For example, [*1] 1 # 4 * will set all user codes toa fixed 4-digit length.Set Enter Key - Function 0#Default: ‘*’If the code length has been left at 0 (see above), then use this feature to select the “enter” key used to terminate user code entry. The default setting is ‘*’, but it can be changed to any key on the keypad (select carefully).For example, [*1] 0 # # * will change the usercode enter key to ‘#’.Incorrect Code Count Alarm - Function 2#Default: 0 (disabled)When set to zero, the keypad will not alarm on entry of invalid codes. When set to a value between 1 and 20, the keypad will generate an alarm after the specified number of invalid codes have been entered, within two minutes.For example, [*1] 2 # 6 * will set the keypad to generate an alarm when 6 invalid user codes have been entered. NOTE: This setting also requires the “Incorrect code alarm Lockout” feature enabled. See 5# on page 4. Force Unique User Codes - Function 3#Default: 1 (Enabled)When set to zero, the keypad will accept any user code for each user. When set to one, during programming of new user codes, the keypad will check the desired code against all currently programmed users, and only accept the user code if it is unique. Attempting to program a code that is not unique will cause an error alarm, and the programming procedure must be restarted and a different code selected.NOTE: When enabling this mode (when previously disabled), it is recommended the administrator erase all settings back to factory defaults first, to ensure all user codes are unique. Failure to perform this step may leave duplicate user codes among those already learned, and result in unexpected operation.0 = disabled1 = enabledFor example, [*1] 3 # 0 * will dis able “Force Unique User C odes”.Backlight Control Enable/ Disable -Function 5#Default: 0 (disabled)Enable or disable backlight control on keypress. When enabled, the backlight will be OFF until the first keypress. It will remain on for 5 seconds after the last keypress. When disabled, the backlight will remain OFF.0 = disabled1 = enabledTo enable/disable Backlight Control mode:First, enter program mode. Then enter [*1], then 5#, then 0 to disable, or 1 to enable, then *.For example, [*1] 5 # 1 * will make the backlighting turn ON after the first key press. The backlighting will remain ON for 5 seconds after the last key press. User Two “Global Lockout” - Function 6#Default: 1 (Enabled)When enabled, user #2 (a manager, for instance) can lockout all other users by prefixing his code by two (or more) “#” keys. When a global lockout is engaged, no user code will activate the outputs, except user #1 & #2. Programming functions, and request to exit (REX) are not disabled. This can be used (for instance) to immediately control all access while changing selected user codes in case of a security problem, or for lockout over a weekend.To disable user two “global lockout” feature:First, enter program mode. Then enter [*1], then 6#, then 0 to disable, or 1 to enable, then *.0 = disabled1 = enabledFor example [*1] 6 # 0 * will disable user #2’s ability to engage a global lockout.Note: When user number #2’s key code is prefixed with two or more ‘#’s, the “Global User Enable/ Disable” flag will be toggled.Channel Output Mode - Function 7#Default: 0 (Channel 1 Only)This control allows the installer to select the channel output mode. Chosing the default (0) means that a valid code activates Channel 1 only.Setting the Channel Output Mode to “1” will allocate the first 499 user numbers (memory addresses) to Channel 1, and the remaining 500 user numbers to Channel 2. To choose the Relay Output mode:First, enter program mode. Then enter [*1], then 7#, then 0 for Relay 1 only, 1 for split output, or 2 for both relays sequenced, then *.0 = Channel 11 = 1 - 499 = Channel 1, 500 – 999 = Channel 2For example [*1] 7 # 1 * will allocate any user number from 1 – 499 to Channel 1, and any user number from 500 – 999 to Channel 2.[*2] Add/Change/Delete UsersTo add or change a user:First, enter program mode (see First Step above), then enter [*2], then the user number you wish to add or change (from 1 to 999 inclusive) followed by #. Finally, enter the new User Code (up to 8 digits), followed by *, then the new User Code again (for verification), followed by *. User Codes may only contain digits 0 through 9 (* and # may not be used as part of the code, except when programmed as the “enter” key). Example: [*2] 44 # 2125 * 2125 * will assign a user number of 44 and a user code of 2125.To delete a user code:First, enter program mode. Then enter [*2], then the user number you wish to delete (from 2 to 999, inclusive), then press #, then *, then *.For example, [*2] 75 # * * will delete the user code and all assignments for user number 75.PLEASE NOTE: The Master Code cannot be deleted but it may be changed.Example: [*2] 1 # 38714 * 38714 * will change the Master Code to 38714. If you change it, don’t forget it. [*3] Time Delay/Duration FunctionsDoor Prop open Alarm Delay - Function 2#Default: DisabledSets the delay (1 to 255 seconds) before open door contacts are considered an alarm condition. (NOTE: Door contacts are required for this feature.) To program the door open alarm delay:First, enter program mode. Then enter [*3], then 2#, then the delay time in seconds (0=disabled), then *. For example, [*3] 2 # 30 * will set the door open alarm delay to 30 seconds.NOTE: To turn this feature on/off, see section [*4] 3# Door Prop Open Alarm on the next page.[*4] Alarm Control FunctionsIncorrect code alarm - Function 0# Default: 0 (Disabled)Use to control how the “Incorrect code alarm” is annunciated.0 = disabled1 = buzzerIf the “Incorrect code alarm” is enabled, and triggered, a valid code is required to reset.To program how the “incorrect code alarm” condition is annunciated:First, enter program mode. Then enter [*4], then 0#, then the annunciation code, then *.For example, [*4] 0 # 1 * will configure the keypad to indicate entry of the programmed count of invalid codes on the buzzer only.Low Battery Alarm - Function 1#Default: 1 (Enabled)Enable or disable the “Low battery alarm”.0 = disabled1 = buzzerTo disable the “low battery alarm”:First, enter program mode. (See “First Step” above) Enter [*4], then 1#, then the annunciation code, then *. For example, [*4] 1# 0* will configure the keypad not to annunciate the low battery condition.Stuck key alarm - Function 2#Default: 0 (Disabled)Enable or disable the “Stuck key alarm”.0 = disabled1 = enableThe “Stuck key” alarm will a ctivate the buzzer after 15 seconds (factory set delay) of the key being held continuously, and reset as soon as the key is released (or after 10 seconds, whichever occurs first)To en able the “stuck key alarm”:First, enter program mode. Then enter [*4], then 2#, then (0 or 1), then *.For example, [*4] 2 # 1 * will configure the keypad to activate the stuck key buzzer.Door Prop open Alarm - Function 3#Default: 0 (Disabled)Use to control how the “Door prop open alarm” is annunciated.0 = disabled1 = buzzerTo program how the “Door Prop open alarm” condition is annunciated:First, enter program mode. Then enter [*4], then 3#, then the annunciation code, then *.For example, [*4] 3 # 1 * will annunciate the buzzer during the alarm.NOTE 1:this feature requires the use of the door contact input.NOTE 2: The alarm will sound continuously until reset. To reset, enter valid code.NOTE 3: To set Delay Time, see [*3] 2# on Page 4. Incorrect code alarm lockout - Function 5# Default: 0 (Disabled)Use to configure the incorrect code alarm lockout.0 = disabled1 = enabledTo program:First, enter program mode. Then enter [*4], then 5#, then the enable/disable code, then *.For example, [*4] 5 # 1 * will configure the keypad to lockout for 2 minutes (factory set lockout duration), after the incorrect code count alarm limit is reached. During the lockout period, all keypad entry (including correct codes) is ignored.There is an automatic reset after 2 minutes.(See 2# on Page 3 of manual for setting code count) Door Forced open Alarm - Function 6# Default: 0 (Disabled)Use to control how the “Door forced open alarm” is annunciated.0 = disabled1 = buzzerTo program how the “Door forced open alarm” condition is annunciated:First, enter program mode. Then enter [*4], then 6#, then the annunciation code, then *.For example, [*4] 6 # 1 * will configure the keypad to sound an alarm if the door is forced open (without entering a valid code).NOTE 1:this feature requires the use of the door contact input.NOTE 2: The alarm will sound continuously until reset. [*6] Annunciation Control Functions Yellow LED Enable - Function 0#Default: 1 (Enabled) Enable or disable the yellow LED. When enabled, the yellow LED illuminates when any key is pressed.0 = disabled1 = enabledTo disable the yellow LED:First, enter program mode. Then enter [*6], then 0 #, then 0 to disable, or 1 to enable, then *.For example, [*6] 0 # 0 * will disable yellow LED illumination.Buzzer Enable / Disable - Function 1# Default: 1 (Enabled)Enable or disable the buzzer. When disabled, the buzzer will not sound for any condition0 = disabled1 = enabledTo disable the buzzer:First, enter program mode. Then enter [*6], then 1#, then 0 to disable, or 1 to enable, then *.For example, [*6] 1 # 0 * will disable the buzzer for all conditions.Correct Code Audio Tone - Function 2# Default: 0 (Disabled)Enable or disable the audio tone annunciating correct code entry. When enabled, a single 2 tone beep will sound when a correct code has been entered. In the case of toggled mode, the audio tone will last for 8 seconds (hard-coded) when a correct code toggles relay one ON; the audio tone will be a single two-tone beep, “do-ray”, when a correct code toggles relay one OFF.0 = disabled1 = enabledTo enable the audio tone on correct code entry: First, enter program mode. Then enter [*6], then 2#, then (0 to disable, or 1 to enable), then *.For example, [*6] 2 # 1 * will enable the audio tone on correct code entry.Incorrect Code Audio Tone - Function 3# Default: 1 (Enabled)Enable or disable the audio tone annunciating correct code entry. When enabled, an audio tone will sound when any incorrect code has been entered, for the duration that the red LED is illuminated.0 = disabled1 = enabledTo disable the audio tone on incorrect code entry:First, enter program mode. Then enter [*6], then 3#, then 0 to disable, or 1 to enable, then *.For example, [*6] 3 # 0 * will disable the audio tone on incorrect code entry.Request to Exit Audio Enable/Disable - Function 5#Default: 0 (Disabled)Enable or disable audio annunciation for Channel #1 when a Request to Exit signal is input. When enabled, if Channel 1 is triggered by REX input, a looped tone (do-ray) will be annunciated for the duration that Relay #1 is energized. In the case of Toggled mode, the annunciation will last for 8 seconds (hard-coded). In the case of entering into Unlocked Mode (REX input held for more than 15 seconds), 4 beeps will sound after the looped two-tone annunciation. A si ngle (“Ray-Do”) tone will sound when exiting Unlock Mode.0 = disabled1 = enabledTo enable/disable REX Audio Annunciation:First, enter program mode. Then enter [*6], then 5#, then 0 to disable, or 1 to enable, then *.For example, [*6] 5 # 1 * will enable the audio annunciation for REX input.FACTORY DEFAULT SETTINGSIf the settings have not been changed after shipment, or if they have been reset, they are as follows:o Master User # 1 - Code is 1234.o Main Channel = 3 seco Secondary Channel = programmable.o Yellow LED enabled.Reset to Factory DefaultsReset the Master Code:While holding the # and * down together for aprox. 4 secs, power up the keypad. There will be 4 beeps and all LED’s will flash. The keypad will immediately move into the battery life indicator. It will beep up to 5 times and the green LED will flash.Reset the keypad to factory defaults:While holding down the # and * for approx. 10 seconds. Power up the keypad. There will be the initial 4 beeps at the 4 second point, indicating the Master Code is reset (1234), followed by the battery test beeps (up to 5), then followed by 8 beeps indicating the keypad has been reset to factory defaults.[*9] Erase Keypad Memory/Reset ALL to FactoryForce factory default settings (use with caution)This is used when most or all of the programming has to be changed, as when a keypad has been moved to a new location. To reset to factory defaults.First, enter program mode. Then enter [*9], then re-enter the master keycode, then *.For example, [*9] 1 2 3 4 * will immediately and permanently clear the entire memory (assuming the master keycode has not been changed from the factory default. Once this function has been executed, there is NO WAY to restore the previous state.Section 4 _________________ Technical DataModel CM-120TXIllumination No / YesSize 2 ¾” x 4 ½” x ¾”69.85mm x 114.30mm x19.05mmMounting 2 x #6-32 machine securityscrewsTemperature -40° - +185°F (-40° - +85°C) Operating voltage 2 x AA Alkaline Batteries Battery Life 90,000 OperationsBased on a 4 digit user code Capacity 999 User codesLength Up to 8 digits (10 millionpossible codes)Response time 0.3 secondsInputs 1 x REX input1 x Door Contact input Output RF Only,2 ChannelsChannel 1 assigned to users1 - 499Channel 2 assigned to users500 - 999Section 5_________________WarrantyCamden Door Controls guarantees the CM-120TX to be free from manufacturing defects for 3 years from date of sale. If during the first 3 years the CM120TX fails to perform correctly, it may be returned to our factory where it will be repaired or replaced (at our discretion) without charge. Except as stated herein, Camden extends no warranties expressed or implied regarding function, performance or service.Troubleshooting Tipso If you make an input error (e.g. if you enter anon-existent User Code) and press the star key, the red LED will light. Simply start over.o If you make an input error and have not yetentered *, just wait 5 seconds, and the command memory will be cleared automatically. Start again. You will not increment the error count.o The “Lockout -on-#-errors” feature is disabled by default. This will prevent the keypad from hanging up if anyone plays with the keypad in certain applications.o Do not make the mistake of thinking you have to 'clear' the red light if you make an error. Just re-enter the correct number. The red LED will clear automatically with the first key you press.o Be sure you are pressing the buttons firmly. The yellow LED should come on and an audio tone should sound with each key pressed, unless these features have been disabled.Questions?Visit us online at Call us toll-free at 1-877-CAMDEN9 or (905)366-3377File: CM-120TX_NF_Man_Rev1.docx Firmware Version: 1.08Revised: December 16, 2014Part No.: 40-82B166Toll Free: 1.877.226.3369 5502 Timberlea Blvd.,Mississauga, ON Canada L4W 2T7。
