nanoradar NSR120 User manual

MILLIMETER WAVE RADAR
毫米波雷达
用户手册
User Manual
Tel:
E-Mail:
URL:
湖南纳雷科技
长沙高新区文轩路27号麓谷企业广场B7栋
0731-89939916
[e-mail]
www.nanoradar.cn

感谢您购买本公司雷达产品，本用户手册是在您使用本公
司雷达产品时作为参考使用的，使用前请认真阅读以下防
护措施和警告，请妥善保存本用户手册。
电力安全
● 应遵循当地电力安全规范安装和使用。
● 供电电源应满足安全[特低]电压（SELV）标准，12V直流供电电源应
满足IEC60950-1，请注意设备标签上的电源要求。
● 运行设备前请保证用电安全。
● 建筑物安装接线中应装有易于拆卸的断开装置。
● 注意电源线不要被碾压或踩踏，特别是插头，电源插座和设备引出的
接头。
● 正确安装使用本产品不会引起任何起火或电击事件。
环境
● 检测最好在硬地面（水泥地）上进行，若需在被植被覆盖的地表进行
检测，植被的高度需低于20厘米。
● 确保没有任何植被，树，建筑或车辆等障碍物阻碍检测。
● 确保雷达安装区域和雷达检测区没有任何电磁干扰，电磁干扰包括空
调外接单元，高压变压器等等。
● 请在允许的湿度和温度范围内运输，使用，存储设备。
● 请勿将设备存放于潮湿或肮脏的环境下，尤其是温度过高或过低的环
毫米波雷达
Ⅰ
● ●

毫米波雷达 毫米波雷达
境，具有很强电磁干扰的环境或强光环境。
● 运输设备时应使用标准或同类材料的包装。
防护措施
● 确保雷达检测面清洁。
● 请勿私自拆机，否则可能造成漏水或影响产品性能。
● 使用干燥的软布清洁设备。若设备上的污渍难以去除，可使用沾有温
和清洁剂的湿布擦拭后再使用干布清洁。为避免设备表面涂层被损
坏或设备性能变差，请勿使用类似酒精，苯，稀释剂，或有腐蚀性
的清洁剂。
警告
● 请使用制造商供应的标准元器件，确保设备由专业工程师进行安装固定。
● 为避免损伤设备，请勿使用两个或多个元器件。
免责声明
● 本使用手册仅供参考，更多信息请参考具体设备使用手册。
● 本设备配套软件及用户手册会在官网同步更新。请自行下载，恕不另行
通知。
● 若因错误使用而造成损害或损伤，本公司不承担相应的损失或责任赔偿。
● 若您有任何异议或问题，请参考我们的最终解释。
目 录
1.开箱检查
2.设备结构
2.1接口定义
2.2规格
2.3雷达安装方向
2.4安装指南
2.5开机说明
3.设备接线和连接操作
3.1设备接线
3.2雷达连接操作
4.常见故障和解决办法
1
1
1
3
4
4
6
6
6
7
12
3.3报警设备接线
3.4报警设置
9
9
3.5报警器使用 12
5.保修服务 13
Ⅲ
● ●
Ⅱ
● ●

开箱检查
开箱后请检查设备表面有无明显损伤，同时确认清单上的备件齐全。详情见产品装箱清单，
配置请参考具体型号。
设备结构
2.1 接口定义
注意：
● 以下结构图仅供参考，仅用来表示设备外部端口的功能。
● 不同设备间可能存在较大差异，具体端口请参考您所购买的设备。
图2-1所示为设备端口信息
图2-1
表2-1为设备外界端口定义及描述
1.
2.
毫米波雷达 毫米波雷达
2
● ●
1
● ●
Reset
表2-1
序号 电缆端口 端口名称 功能描述
1
2
3
4
5
6
7
LAN
电源
信号线
信号线
信号线
LED信号
指示灯
Reset
网络端口
电源输入端口
光耦输出：
开关量输出（干接点）；
常开，可承受电流＜50mA
继电器输出：
可承受电流（阻性负载）：
2A@30V、0.5A@125V
AC（满负载电耐久性：
10万次）若接容性、感性
负载，可承受电流请适当
保留余量。
高低电平输入：
为光耦驱动端，要求驱动
电流20mA；
相关参数说明：发光二极
管压降1.2V，雷达板上内
置200Ω限流电阻
红、黄、蓝LED状态指示
灯，体现设备工作状态
复位键
设备复位按钮，可使设备恢复出厂设置将设备上
阀门打开，使用触笔常按复位按钮，直到设备重
启即可
雷达供电正常
雷达检测到运动目标
雷达工作异常，雷达无目标
输出
客户端与雷达成功建立TCP连接
红灯常亮
黄灯闪烁
黄灯长灭
蓝灯常亮
与标准以太网连接，并为支持PoE供电
电压输入范围：12～16V DC
注意
若未按照说明书供电，设备可能受到损害
有2组开关量，线序定义如下：
灰注黑=Alarm Out1_M、橙注黑=Alarm Out1_N
黄注白=Alarm Out2_M、黄注黑= Alarm Out2_N
有2组开关量，线序定义如下：
粉色=NC1、浅绿=COM1、棕色=NO1
紫色=NC2、棕黑色=COM2、灰色=NO2
注意
NC：常闭、COM：公共端、NO：常开
雷达可接受外部一个输入触发信号，使得雷
达进行相应响应动作；
比如输入雨量信号，使得雷达进入大雨监测模式

2.3 雷达安装方向
雷达安装方向对测量的准确性来说很关键。安装前请确保雷达方向正确。图2-3 为雷达侧
视图。
2.4 安装指南
① 雷达应在待检测区域前方安装，雷达法线对准警戒区域中心。如图2-4
一般来说，为保证雷达精度，雷达检测面应与警戒区域垂直；除此之外，雷达安装需要
一定高度，通常为1-3米。
图2-4
②
图2-5
3m 90°
频谱探测装置
2.2 规格
注意：
●以下规格仅参考。单位为毫米（mm）。图2-2为NSR120的规格。
图2-2
图2-3
毫米波雷达 毫米波雷达
4
● ●
3
● ●
雷达
过滤
区域
预警
区域
报警
区域

图2-7
场景一：通道周界场景③
● 雷达安装在被检测区域前方，雷达法线对准警戒区域中心，如图2-7。
频谱探测装置
理论盲区，计算公式：
实测盲区数据：
图2-6
表2-2
毫米波雷达 毫米波雷达
6
● ●
5
● ●
H
支架
天 线
理论盲区 H*cotθ
θ
θ 俯仰波束单边宽度
雷达安装
高度（m）
雷达安装
角度
目标远离
探测盲区
目标靠近
探测盲区
1.5m
身高1.7m的人常规速
度步行
2.8m 1.2m
备注
2m
0°
3.5m 2.4m
3m 7.3m 6.5m
4m 12.4m 11.4m
5m 17.9m 15.5m
场景二：周界防护场景（机场、场站等围界）④
监控围墙目标防止入侵：
● 雷达架设在围墙侧，紧挨围墙位置或围墙正上方（正上方效果最佳）。
● 雷达安装高度推荐2米，可根据实际需要调整但一般不建议超过6米（不同安装高度，雷
达探测盲区不同，一般建议不大于3~4米；若雷达安装在围墙正上方，建议雷达安装高度
在围墙正上方0.5~1米之间）、相机安装高度3~6米。
● 雷达安装法线与围墙平行：
若监控重点在围墙内侧，则将雷达水平角向围墙内侧偏移≤5°
若监控重点在围墙外侧，则将雷达水平角向围墙外侧偏移≤5°
周界
通道
雷达
波形
雷达
雷达
法线

表3-1
图2-8
2.5 开机说明
请在安装完成后，根据端口定义连接电缆，同时参考安装指南使用雷达。系统通电后，雷
达将发出四声“滴”，这说明系统已经正常启动。此时以太网端口可输出通讯协议数据。
3.2 雷达连接操作
连接前
① 确保你的设备和电脑连接到同一个局域网。
② 确保你的电脑与设备位于同一子网中（192.168.10.XX）。
③ 雷达出厂默认IP：192.168.10.123，web客户端雷达登录用户名：admin、密码：
admin。
您可以登录NSM Tools客户端软件或web客户端来配置雷达的预览、网络参数、警报、日
志、管理等操作。
纳雷科技提供的 ”NSM Tools管理系统 ”软件可以获取并解析传感器数据，直观的显示观
测结果，利用该工具有助于使用传感器。
首先从纳雷客服获取纳雷科技毫米波雷达通用管理工具(上位机测试软件)、使用手册，依
据使用手册，安装与配置上位机测试软件。
测试步骤如下：
① 测试使用工具或软件如表3-1：
保持凹槽向外，在网络端口处放置橡胶圈，将橡胶圈孔稍小的一面向外，并在防水接头
主体中安装固定橡胶圈。
再将未安装水晶接头的网线从防水接头中穿过，固定橡胶圈并盖紧防水盖之后，安装网
线的水晶接头并插入网络电缆。
旋转防水接头将卡扣正确卡住网络端口并与防水接头稳固连接。
为使防水接头与防水盖稳固连接，将防水盖上卡扣旋转卡住防水接头。
图3-1
设备接线和连接操作
3.1 设备接线
注意：
● 下图接线仅供参考，仅用来说明设备安装方式。具体接线请参考您所购买的设备。
● 若设备需在室外使用并且配置了防水网络端口接头，请遵循以下操作。
图3-1所示为防水网络端口接头（选配）
3.
①
②
③
④
网络端口
橡胶圈
水晶接头 防水盖
防水接头 网络电缆
固定橡胶圈
序号 设备名称 数量
1
雷达
传感器
1
2
PC
机
1
3
12V
直流电源
1
4
上位机测试软件
1
毫米波雷达 毫米波雷达
8
● ●
7
● ●
围墙或栅栏
雷达
波形
雷达
雷达
法线

图3-2
勾选测试界面右上角保存数据至本地复选框，雷达捕获的目标数据会以文本格式存放在毫
米波雷达通用管理工具安装路径文件夹下的Data文件夹中。
③ 开始测试：
雷达传感器网线正确连接PC机，接通12V直流电源，打开纳雷雷达通用管理系统测试软件，
IP地址配置详见毫米波雷达通用管理系统使用说明手册。配置正确后点击右侧连接设备按
钮，出现如下测试界面。
图3-3中，红色框内为雷达连接界面，选择“NSR-Series”、在IP地址栏中输入雷达IP地
址、端口号50000、点击雷达连接即可连接雷达；蓝色框为扫描区域设置框，该值可以根
据实际测试目标的距离进行调整，调整之后点击保存设置按钮，立即生效。图中显示的目
标距离为7.31米，角度为-5.36度（正向），雷达ID为97。
纳雷安防雷达测试时，均需选择NSR-Series类型。
雷达传感器上电后会有一声蜂鸣声，30秒后发出两次报警声，之后雷达传感器开始工作。雷
达传感器也可以采用网络的POE供电。
② 连接PC与雷达传感器，连接示意图如图3-2：
图3-3
报警设备接线
注意：
● 雷达报警为信号继电器输出，对应报警器选型时，需选配信号开关报警器。
● 配置好雷达与报警器联动报警后，只需雷达通电、雷达与报警器连接，无需PC也可实现
雷达联动报警器报警。
报警器信号线与雷达信号线连接，两根信号线一对一连接即可。连接示意图如图3-4：
3.3
报警设置：
3.4
毫米波雷达 毫米波雷达
10
● ●
9
● ●
图3-4
①登录雷达：设备均上电后，进入雷达web界面（浏览器中输入雷达IP地址，雷达IP出厂默
认为192.168.10.123），在弹出登录界面 用户名：admin、密码：admin。如图3-5所示。

毫米波雷达 毫米波雷达
12
● ●
11
● ●
③报警时段：在“报警时段”中，选择设置一个时间范围，点击确定保存。如图3-7所示
② 报警区域：
在报警设置中，自定义雷达报警区域，操作如下：
进入报警→报警区域，“select area”里面自选择一个编号、“select type”选择
“enable”，然后点击“画防区”，绘制完成后点击“确定”。如图3-6所示。
图3-5
图3-6
④报警输出：在雷达web界面中，进入报警→报警输出，在“输出通道1”中“使能”配置
为“enable”、时长（报警延时，单位：秒）、“时间段”选择设置好的报警时段、“报
警区域”选择之前绘制的防区编号，然后确定保存，重启雷达即可实现报警。如图3-8所示
注意：
● 输出通道1= Alarm Out1、输出通道2= Alarm Out2、
输出通道3= Relay Out1、 输出通道4= Relay Out2
● 仅绘制的防区内报警才能触发联动报警器。
● 需绘制防区才能实现联动报警器功能，未绘制防区则默认不触发报警器联动。
图3-8
图3-7

毫米波雷达 毫米波雷达
14
● ●
13
● ●
保修服务
尊敬的用户：
感谢您选用本产品，为了您能够充分享有完善的售后服务支持，请您在购买后认真阅
读本产品保修卡的说明并妥善保存。
1. 凭此卡享受保修期内的免费保修及保修期外的优惠性的服务。
2. 用户自购买之日起因质量问题免费包换期限为 7 天，保修期 2 年。
3. 优先得知新产品的信息或优惠活动的机会。
4. 下列情况造成的产品故障不在保修之列：
−不能出示产品有效保修凭证和有效购物发票或收据
−使用环境或条件不当，如电源不合、环境温度、湿度、雷击等而导致产品故
障；
−由于事故、疏忽、灾害、操作不当或误操作、网络攻击等导致产品故障；
−由非本公司授权机构的维修人员安装、修理、更改或拆卸而造成的故障或损
坏；
−产品超出本公司所规定的保修期限。
5. 当用户对经销商所提供的技术服务有任何异议时，可以向制造商客户支持服务中
心投诉。
6. 保修卡需经保修单位盖章后方有效。
3.5 报警器使用
请参照报警器使用说明。
表4-1
常见故障和解决办法
注意：
● 确保安装人员遵循雷达安装规则。
4.
雷达联动报警器无报警 检查雷达是否绘制了报警防区（报警防区内的入侵目标
才能触发报警，报警防区外的入侵目标不会触发报警器
报警）；
检查雷达报警防区是否覆盖需报警的探测范围；
以上均确认正确时，请使用万用表并将档位设置为蜂鸣
器档，将万用表两支表头分别连接雷达报警信号线上，
此时触发雷达报警：①若万用表发出蜂鸣声则雷达设备
正常，请检查报警器是否故障或选型不正确 ， ②若万
用表未发出蜂鸣声则雷达设备可能异常。
雷达通电无反应 参照前文雷达LED状态指示灯，检查雷达工作状态，如果
异常，请将问题描述和LED灯状态反馈给厂家工程师；
检查通电后蜂鸣器是否共发出4声“滴”，如果没有检查
电源线是否正确连接；雷达电源线缆的两极是否正确接
入 12V 直流电；雷达的工作电流大约650mA；
●
●
●
●
●
●
●
●
●
●
●
●
●
雷达上电后无法连接
正常供电情况下检测结果
不正常
监测区域无目标的情况下
有目标信号输出
确保雷达正常上电、以及雷达正常启动（参照上文“雷
达通电无反应”）；
使用NSM Tools工具搜索雷达，以排除是否设备IP被修
改；
检查PC本地是否添加雷达IP网段；
PC端ping雷达IP，检查能否ping雷达。
参考2.3节，检查雷达安装方向是否正确；
使用特定的调频连续波（FMCW）模拟器检查雷达输出是
否正常。
因雷达会被周围环境中的物体所干扰，检查雷达安装区
域是否对准目标区域；
检查安装雷达的杆缆是否存在振动，同时检查GND是否
正常。

15
● ●
用户名称： ______________________________________________
详细地址：
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电话：____________ 传真：____________ 邮编： ____________
E-mail：
________________________________________________
产品型号（Model）：
____________________________________
产品编号（S/N）：
______________________________________
生产日期：___________ 年___________ 月___________ 日
购买日期：___________ 年___________ 月___________ 日
如果您有其它需求，请在下面填写：
________________________________________________________
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经销商：____________________ 电话：______________________
经销单位：（盖章）
Millimeter Wave
Radar
User Manual

Ⅰ
● ● Ⅱ
● ●
Thank you for purchasing our product. This user manual is a reference
for using our radar product. Please read the following safeguards and
warnings carefully before using this series product and keep this user
manual well for future reference.
Electrical Safety
● All installation and operation should conform to local electrical
● safety standard.
● The power supply shall conform to the Safety Extra Low Voltage (SELV)
● standard, and DC 12 V power supply shall meet requirements of
● IEC60950-1. Please note that power supply shall subject to the require
● ment specified on radar label.
● Make sure the power electrical safety before operating the device.
● A readily accessible dissembling disconnect device shall be incorporated
● in the wiring of the building.
● Prevent the power cable from being trampled or pressed, especially the
● plug, power socket and the device adaptor.
● We assume no liability or responsibility for all the fires or electrical shock
● caused by improper handling or installation.
Environment
● Hard ground is the best choice for detection area, such as cement
● ground.As for the ground covered with vegetation,make sure the height
● of vegetation is less than 20cm.
● Make sure the detection area is not blocked by any vegetation, trees,
● buildings or vehicles etc.
● Make sure there is no electromagnetic interference around the installa-
● tion area and in the radar detection area, such as air conditioner external
● unit, high-tension transformer and so on.
● Please transport, use and store the device within the range of allowed
● humidity and temperature.
● Do not place the device in a damp or dusty environment, extremely hot
● or cold temperatures, or the locations with strong electromagnetic rad-
● iation or lighting.
● Pack the device with standard factory packaging or the equivalent mate
● rial during the shipment.
Safeguards
● Make sure the antenna surface of radar is clean without any dirt.
● Do not dismantle the device because there is no component that can be
● fixed by users themselves. Otherwise, it might cause water leakage or bad
● performance due to unprofessional dismantling.
● Use the dry soft cloth to clean the device. If the dust is difficult to be
● removed, please wipe it away with a clean cloth wetted slightly by the
● mild detergent, and then use dry cloth to clean the device. Do not use
● volatile solvents like alcohol, benzene, thinner, or abrasive detergent ,
● which will damage the surface coating or reduce the working perfor-
● mance of the device.
Warnings
● Use the standard provided by manufacturer and make sure the device is installed
● and fixed by professional engineers.
● Do not provide two or more components (differ from the which provided
● by manufacturer)for the device, otherwise it might damage the device.
Disclaimer
● This manual is for reference only. Please refer to the specified product
● user manual for more details.
● All the software and user manual will be regularly updated according to the
● product upgrade without prior announcement on the official website.
● The company is not liable for any loss caused by the operation that does not comply
● with the manual.
● If there is any uncertainty or controversy, please refer to our final explana-
● tion.
Millimeter Wave Radar Millimeter Wave Radar

Millimeter Wave Radar Millimeter Wave Radar
Content
1. Open-Package Inspection
2. Device Structure
2.1 Port Definition
2.2 Dimension
2.3 Radar Installation Direction
2.4 Installation Guide
2.5 Bootup Description
3. Device Wiring and Connection
3.1 Device Wiring
3.2 Device Connection
3.3 Strobe Siren Connection
3.4 Alarm Setting
3.5 Strobe Siren
4. FAQ&Solution
5. Maintenance Service
1
1
1
4
4
4
6
6
6
7
9
10
12
12
13
Ⅲ
● ●
Open -Package Inspection
Please check if there is any obvious damage to the device appearance and confirm if the
accessories are in accordance with those on the packing list when opening the outer
packing container. Please refer to packing list for details with exact model for actual
configuration
Device Structure
2.1 Port Definition
Note：
● The following structure fig. is for reference only. It shows the functions of device
external ports
● There might be minor differences between different devices, please refer to the
actual product you purchased.
Fig. 2-1
Table 2-1 External port definition and description
1.
2.
1
● ●
Table 2-1
No.
1 LAN
2 Power
Network Port
Power input port
Cable Port Port Name Function Description
Connect to standard Ethernet and power the PoE
Input voltage range: 12~16V DC
Note : Equipment may be damaged if power is
not supplied in accordance with the instructions.

2.3 Radar Installation Direction
The installation direction of radar is crucial to measurement accuracy Please
make sure the installation direction is correct. The lateral view of the radar installa-
tion is shown in Figure 2-3.
Fig.2-3
Millimeter Wave Radar Millimeter Wave Radar
2
● ●
2.2 Dimension
Note：
● The following dimension figures are for reference only. Unit: mm. Fig2-2 is for
NSR120
Fig. 2-3
3
● ●
频谱探测装置
No. Cable Port Port Name Function Description
3
4
5
6
7
Signal line
Signal line
Signal line
LED
indicator
light
Reset
Optocouple output:
Switch output(dry cont-
act):Normally on, able to
withstand current<50mA
Relay output:
Switch output(dry contact):
Able to withstand current
(Resistive load)：2A@30V、
0.5A@125V AC(Full load el-
ectrical durability:100000
times) If the tolerance, sen-
sibilityLoad, please keep the
current allowance in place.
High and low level input:
It's the optocoupler drive
end, which requires driving
Current 20 mA.
Related parameters desc-
ription: light-emitting dio-
des (leds) pressure drop 1.2 V,
radar board built-in 200 Ω
current-limiting resistor.
Red-Yellow-Blue LED stat-
ue Indicator light, show
the working state of the
equipment
Reset key
Red always ON
Yellow flashing
Yellow always OFF
Blue always ON
The device reset button enables the device to resto-
re factory Settings. Open the valve on the device
and press the reset button frequently with the stylus
until the device restarts.
Radar power supply normal
Radar detects moving
object
Radar works abnormal,
radar no object output
RVSM software success
connects with radar via TCP
2 sets of switch quantities, line definition as
below:Grey-black=Alarm out1_M;
Orange-black=Alarm out1_N;
Yellow-white=Alarm out2_M;
Yellow-black=Alarm out2_N.
2 sets of switch quantities, line definition as
below:Pink=NC1; Light green=COM1;
Brown=NO1;Purple=NC2;
Brown-black=COM2; Gray=NO2
NC: Normal close; COM: Public port;
NO: Normal open
The radar can receive an external input
trigger signal, so that the radar performs
a corresponding response action; For exa-
mple, the input of rainfall signals, so that
the radar into the heavy rain mode.

2.4 Installation Guide
① Radar is installed in front of the detection area and aligns with the center of alert
area, as shown in Fig. 2-4.
Generally, the radar antenna plane shall be installed vertical to alert area in order
to guarantee the precision of the radar; besides, it needs to be installed at a certain
height, which normally is recommended to be 1~3m.
Fig.2-4
②
Radar Alert Area
Fig.2-5
3m 90°
Millimeter Wave Radar Millimeter Wave Radar
4
● ●
频谱探测装置
Theoretical blind zone calculation formula：
Measured blind area data：
Fig.2-6
Table2-2
H
Bracket
Antenna
Theoretical blind area: H*cotθ
θ
θ Single side width of pitch beam
5
● ●
雷达
过滤
区域
预警
区域
报警
区域
Installation
Height
Installati-
on Angle
Target
Away
Target
Close Remark
1.5m 2.8m 1.2m
2m
0°
3.5m 2.4m
3m 7.3m 6.5m
4m 12.4m 11.4m
5m 17.9m 15.5m
People with a height of
1.75m walk at normal
speed

Fig.2-7 Fig.2-8
Scene 1: Scene of the perimeter of the channel.like figure 2-7.
● Radar installation in the tested area ahead, radar normal alignment warning area
center.
③
Scenario II: perimeter protection scenario (airport, terminal, etc.)like figure 2-8.
● Radar set up against the side of the fence, above position close to the wall or
fence is best (above).
● The radar installation height is recommended to be 2 meters, which can be
adjusted according to actual needs but not to exceed 6m.
Radar detection blind area is different for different installation heights, generally
radar installation height no more than 3m or 4m is recommended; If the radar is
installed directly above the fence, it is recommended that the radar installation
height be between 0.5 and 1 meters directly above the fence.
The camera installation height be 3 to 6 meters.
● Radar installation of normal and parallel to the wall:
If the monitoring focus is on the inner side of the fence, shift the radar horizontal
angle to the inner side of the fence by ≤5°.
If the monitoring focus is on the outside of the fence, shift the radar horizontal
angle to the outside of the fence by ≤5°.
④
2.5 Bootup Description
Please refer to the Installation Guide to use the radar, connect the cable well accord-
ing to port definition after completing installation. The radar will generate brief signal
of the di sound fourth after powering on the system, which means the system is
normally launched. Then you can read the protocol data from the Ethernet port.
Device Wiring and Connection
3.1 Device Wiring
Note：
● The following figure which shows the device installation is for reference only.
Please refer to the actual device wiring instruction for more details.
● Please refer to below operation if network waterproof connector need to be
installed(optional)
Waterproof network connector(optional) is shown as Fig. 3-1
3.
7
● ●
6
● ●
Keep the convex groove outward and install the rubber ring into the network port
with the smaller hole outward and install the fixing rubber ring into the main body
of the waterproof connector.
After pulling the network cable without crystal head through main body of water-
proof connector, fixing rubber ring and fastening waterproof cover, make the
crystal connector of network cable and then insert it into the network cable.
Rotate the waterproof connector to lock it with network port and well connected.
Rotate the waterproof cover to lock with waterproof connector to make sure they
are firmly connected.
Fig.3-1
①
②
③
④
Rubber Ring
RJ45 Connector Waterproof Fastening Cover
Waterproof Connector Network Cable
Fixing Rubber Ring
Network Port
Millimeter Wave Radar Millimeter Wave Radar
Wall or fence
Radar
waveform
Radar
Radar normal
Perimeter
channel
Radar
waveform
Radar
Radar normal

Table3-1
3.2 Device Connection
Before your radar connection:
①Make sure your radar and computer are connected to the same LAN.
②Make sure your computer and device are on the same subnet (192.168.10.xx).
③Radar factory default IP: 192.168.10.123, web client radar login user name: admin;
password: admin
Users can login NSM tools client software or web interface client to configure radar
preview, network parameters, alarm zone settings, logs, management and other
operations.
The "NSM tools management system" software provided can obtain and analyze the
radar detection data, intuitively display the detection results, and it is quite helpful to
understand the radar sensor.
Firstly, the general management tool (host computer test software) and user manual
of millimeter wave radar shall be obtained from customer service, and the host
computer test software is installed and configured according to the user manual.
Test steps as follows:
① Test equipment required is shown as table 3-1：
8
● ●
No.
1
2
3
4
Qty
1
1
1
1
Device Name
NSR120 radar sensor
PC
12V DC
NSM TOOLS SETUP
Fig.3-2
③ Start Test
Please correctly connect NSR120 network cable with PC, and connect 12V DC, then
bootup NSM Tools Management System User Manual for IP configuration
details(Help). After configuration and click “connect”, the test interface will show as
below:
After power on, NSR120 will generate sounds like“di” for two times and “didi”
after 30s, which means the radar sensors are ready to work. The radars also supports
PoE power supply.
② Connect PC and NSR120 radar sensor as shown in figure3-2: Fig.3-3
9
● ●
In Figure 3-3, the full line box includes radar model and IP address (the IP address is
related to the IP address assigned by the PC itself). the dotted line box includes radar
detection area settings, where the value can be adjusted according to the actual test
target distance. click save after adjustment to valid the setting.
The figure shows the target distance is 7.31 meters, the angle is -5.36 degrees (+
means target is at the right of radar detection area center, - means left side. ) Radar
ID is 97.
Millimeter Wave Radar Millimeter Wave Radar

Radar tests are required to choose NSR-Series.
Tick Save Data to local on upper right if the interface. Target data will be saved in
Data file under NSM tool installation path.
10
● ●
Strobe Siren Connection
Note：
● Radar alarm output is I/O relay type, please choose the right model & type strobe
siren.
● When radar alarm output is set and saved, power on the radar, and connect the
siren to radar, even if there is no PC server connection, the radar still works to trigger
the siren for intrusion protection.
Strobe siren signal wires are to connect to radar alarm signal output, as the diagram
3-4:
3.3
Fig.3-4
11
● ●
Alarm Setting：
3.4
①Radar login：When all devices are powered on, log in to the web interface of the
radar by input radar IP address in browser. (default IP: 192.168.10.123) The user name
is admin and passcode is admin, as the diagram 3-5:
② Alarm zone：
Define the alarm zone in alarm setting, operation as following:
Alarm-Alarm zone, choose a serial number in "select area", and choose "enable" in
"select type", and draw alarm zone, when zone drawn, then click "confirm", as
diagram 3-6:
Fig.3-5
Fig.3-6
③Alarm timeline：Choose a suitable timeline in alarm timeline setting, then click
"confirm" to save.
Millimeter Wave Radar Millimeter Wave Radar

12
● ●
④Alarm output： In radar alarm setting, click" Alarm Output", Enable the setting in
Output channels, input alarming time intervals ( second as unit), and choose pre-set
time line and pre-set alarm zone serial number, then click "Save". Then restart the
radar to realize the alarm output function, as diagram 3-8:
Fig.3-8
Fig.3-7
Note：
● Output channel 1=Alarm Out1、Output channel 2=Alarm Out2、
Output channel 3=Alarm Out1、Output channel 4=Alarm Out2.
● Only intrusion inside the drawn alarm zone can trigger the strobe siren.
● Only when alarm zone is set up, the strobe siren will work, if no alarm zone is set
Malfunction
Normal power supply
but fail to detect target.
Radar can’t connect
when power on
No any response after
power on
No target in the
detection area but there
is target signal output
No alarm output to
strobe siren
Solution
Refer to the above radar LED indicator light status to check the radar working
status. If it is abnormal, please report the problem description and LED status
to the engineer of the manufacturer;
Check if the buzzer gives off the sound “di” four times after power on. If not,
please check if the polarity of radar power cable is correctly connected to 12V
DC. The radar working current NSR120 is about 650mA.
Make sure the radar is normally powered on and the radar is normally
activated, see above“No any response after power on”;
Use THE NSM Tools tool to search the radar to find out if the device IP has
been modified;
Check if the PC local add radar IP segment;
PC terminal ping radar IP, check whether can ping radar.
Please refer to chapter2.3 and check if radar installation direction is correct.
Use designated FMCW simulator to check if radar output is normal.
Please check if the radar installation position aims at the target area, which
may cause the radar to be disturbed by the surrounding objects:
Confirm if there is any vibration of pole where radar installed and check if GND
is normal.
Check if the alarm zone is drawn. ( When intrusion into the zone can trigger
alarming, target outside the zone can not trigger siren alarming.)
Check if the radar can cover the alarm zone in distance range.
If two points above are correct, then use multi-functional meter to gauge the
two I/O signal output wires, by checking if it will sound alarming on the
buzzer mode.
When there is intrusion target in pre-set alarm zone, the radar is in well
condition if the meter sounds alarming. Then check the siren if it works or its
type not matching.
When there is intrusion target in pre-set alarm zone, the radar could has
issue if the meter does not sound any alarming.
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●
●●
Table 4-1
FAQ & Solutions
Note：
● Please make sure the installer conform to the radar installation instruction.
4.
13
● ●
3.5 Strobe Siren
Please refer to siren operation manual.
Millimeter Wave Radar Millimeter Wave Radar

14
● ●
Maintenance Service
Dear Customer :
Thank you for using this product. To guarantee you perfect enjoying
after-sales service support, please read the warranty certificate careful-
ly after purchase.
Users enjoy free maintenance within the warranty time and mainte-
nance services with discount out of warranty period under proof of
this warranty certificate.
Replacement due to quality problems within 7 days since the
purchase date is available. The warranty period is 2 years.
Priority to access for new product information or promotions
opportunities.
Product failure resulted from following conditions is not covered by
the warranty:
-
-
-
-
-
If any objection to the technical service provided by the distributor,
user can complaint to the manufacturer's customer service center.
Warranty card is valid with stamp of maintenance agent.
Can not show valid warranty certificate and purchasing invoice or
payment receipt
Product failure resulted from application environment or condi-
tions, such as power failure, improper ambient temperature,
humidity, lightning,etc.
Product failure due to accident, negligence, disaster, improper
operation, cyber attack, etc.
Failure or damage caused by the installation, repair, alteration or
disassembling of maintenance - personnel not authorized by the
supplier.
Product out of warranty period.
1.
2.
3.
4.
5.
6.
User Name： ______________________________________________
Address：
______________________________________________
Tel： ____________ ____________ Fax：
____________ ____________ ____________
____________ ____________ ____________
Post： ____________
E-mail：
________________________________________________
Product Mode：
____________________________________
____________________________________
Product S/N：
Manufacture Date： Year Month Day
Purchase Date： Year Month Day
Please write down if you have any special requirements:
________________________________________________________
________________________________________________________
________________________________________________________
Distributor： Tel：
______________________ ______________________
Stamp：
15
● ●