朗格 LD300矢量通用变频器系列说明书(1)

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LDD-300-DI4-OP 操作手册说明书

ISO 9001:2008 / ATEXOriginal operating manual:Photoelectric distance sensor type LDD-300-DI4-OP• IECEx and ATEX certificated •For use in Ex zones (0), 1, 2•Measurement range digital output: 50mm to 30m •High measurement accuracy•Analog output signal 4mA to 20mA and serial data interface RS-485•Easy alignmenent through visible red light laser •Stainless steel 1.4404 housingPage 1 of 2Type LDD-300-DI4-OPTechnical dataMeasuring method Time-of-flight measuringMeasurement range0.05m to 30mType of Ex protection Gas, according to 2014/34/EU II 2(1)G Ex d [op is Ga] IIA T3 GbFor use in Ex zonesZones (0), 1, 2Maximum optical radiant intensity <=1mW, wave length: 620nm to 690nm Light source Laser Class 2, in accordance with EN 60825-1Response timeminimum 0.25s, maximum 4.5sPower-up delay time 500ms Supply voltage24 VDC +-10%Maximum permissible voltage Um 30VDC Current consumption70mA Maximum power dissipation 2.4WTypical measurement tolerance up to 10m: +-1mm, applies for 100% target reflectivity,in low-light ambient, T amb : 25°CMaximum measurement tolerance up to 10m: +-2mm, applies for 10% to 500% target reflectivity,in strong light ambientDistance dependent increase of <= 0.15mm/m measurement tolerance Analog current output, type PNP, 4mA to 20mA, short circuit protectedAnalog current output, rangeProgrammable from 50mm up to 30mAnalog current output, error indication 3.5mA: Measurement invalid20.5mA: Object out of measurement range Analog current output, resolution Dependent on the selected analog output rangeAnalog current output, load range 500Ω <= R L <=1000ΩSerial interface, typeRS 485, Format: 9600 baud, 8 data bits, 1 stop bit,Parity none, Handshaking noneSerial interface, range 50mm to 30mSerial interface, resolution 1mmSTART input, type PNP compatibleSTART input, function "H" +24VDC: Starts measurement, "L" 0V: Stops measurementHousingM42, material: stainless steel 1.4404Enclosure rating according to EN 60529IP67Ambient operating temperature range T amb -10°C up to +35°C Note 1Storage temperature range -20°C ... +70°C Relative humidity15% ... 80%Pollution degree, EN 60664-1:20074Categorization, according to EN 60947-5-2D3A42AP1Laser lifetimeAppr. 30'000h, typically, at a housing temperature of +20°C.During continuous operation. Urgent recommendation:Apply 0V to the START-input, when no measurement is necessary Connection cable Length: 5m, PUR jacket, 6+PE x 0.5mm 2, shielded, non-halogen,leads numbering marked, good chemical resistance, drag chain suitable Accessories - 2 nuts M42Options-Cable length:Up to 100m, upon requestM a t r i x E l e k t r o n i k A G (M a n u f a c t u r e r )T i p p k e m p e r - M a t r i x G m b H K i r c h w e g 24 C H -542O E h r e n d i n g e n M e e g e n e r S t r . 43 D -51491 O v e r a t h T e l.:+41 56 20400-20 F a x -29T e l.:+49 2206 9566-0 F a x -19i n f o @m a t r i x -e l e k t r o n i k .c o mi n f o @t i p p k e m p e r -m a t r i x .c o mPage 2 of 2。

GE300控制器说明书

标准接线图
2.2
FWD CM1
与常用变频器接线表
FUJI 变频器端子 FRD CM 三肯变频器端子 FR DCM12 西门子变频器端子 5 9
微机控制器端子
CM2 D/A
GND VS
ACM VRF
4 3
一、操作与功能参数 3.1 操作各按键名称和功能
3.1
面板操作说明
功能参数
功能码
代码名称参数值
说明书
一、概述 1.1 说明
本手册包含 GE300系列微机控制器的安装、操作和配置信息。
在使用 GE300系列微机给水控制器之前，请您仔细阅读本使用说明书，并请妥善保存。由于我们始终致力于产品的不断升级和完善，因此，本公司提供的资料如有变动，恕不另行通知。
1.2 控制器特点本产品是应广大用户的要求最新推出的高性能微机给水控制器。采用高品质元件、材料及融合最新的控制技术而成；和变频器组合在一起，即可构成民用、工业、消防等行业适用的微机变频调速恒压供水系统。 l l l l l l l l l l l l l 采用模糊控制原理，自动优化时无需调整控制器参数，响应快、精度高、泵切换时管网冲击小。具备自动定时换泵，定时开关机设置，提高水泵平均使用寿命。系统提供休眠功能节能工作方式。在压力不足需要加泵时，变频泵将自动降速，减少切换冲击。增加锅炉补水，泄压阀压力区间控制选择。变频器故障时，可选择自动转入工频运行。一用一备、一用一补、两泵、三泵、四泵循环软起等功能，能满足不同用户的需求。简化键盘菜单式设定和调整工作状态。参数在线编程，大大方便使用。采用开关电源供电设计，具有宽电压适用范围，抗干扰能力强。器件采用先进的 SMT（表面贴装）工艺，可靠性高。保护及报警功能齐全，具有变频器故障，远传压力表断线、短路故障、欠压超时、低水位报警指示。完善的密码功能。

KD300变频器用户手册2013-12-17(V1.0)

KD300系列高性能矢量控制型变频器使用手册前言感谢您购买KD300 系列通用变频器产品。

本用户手册详细介绍了KD300系列通用变频器的产品特征、结构特点、功能、安装、调试及维护等方面的内容。

使用前请务必认真阅读本手册中的安全注意事项，在确保人身及设备安全的前提下使用该产品。

注意事项使用时请务必保证产品外壳及所有安全遮盖物安装的完整性，并按手册要求的内容操作。

由于产品改进、规格变更以及用户手册的进一步完善，用户手册的内容会有适当的变更。

用户手册的损坏或遗失，您可以向就近的分销商、办事处或公司技术服务部索取新的用户手册。

如果您对用户手册中描述的内容有不明白之处，请联系公司技术服务部。

产品上电后或运行中，如出现异常现象，应尽快停机检查或寻求技术服务。

KD300系列高性能矢量控制型变频器使用手册KD300系列高性能矢量控制型变频器使用手册目录目录 (I)KD300高性能矢量控制型变频器性能介绍 (VI)第一章安全信息及注意事项.............................................................................................................. - 1 -1.1安全注意事项........................................................................................................................... - 1 -1.1.1安装前 ............................................................................................................................. - 1 -1.1.2安装 ................................................................................................................................. - 1 -1.1.3配线 ................................................................................................................................. - 2 -1.1.4运行 ................................................................................................................................. - 3 -1.1.5保养 ................................................................................................................................. - 4 -1.2其它注意事项........................................................................................................................... - 5 -1.2.1输入电源.......................................................................................................................... - 5 -1.2.2浪涌保护.......................................................................................................................... - 5 -1.2.3接触器的使用.................................................................................................................. - 5 -1.2.4输出滤波.......................................................................................................................... - 5 -1.2.5电机绝缘.......................................................................................................................... - 5 -1.2.6降额使用.......................................................................................................................... - 6 -第二章产品信息 ................................................................................................................................. - 7 -2.1产品型号命名规则................................................................................................................... - 7 -2.2产品系列说明........................................................................................................................... - 7 -2.3产品技术规格........................................................................................................................... - 9 -2.4产品外形和安装孔位尺寸 ..................................................................................................... - 12 -2.4.1产品外形图.................................................................................................................... - 12 -2.4.2变频器的外形及安装孔位尺寸 .................................................................................... - 13 -2.4.3操作面板外形尺寸........................................................................................................ - 14 -2.5选配件..................................................................................................................................... - 14 -2.5.1远程操作键盘................................................................................................................ - 14 -2.5.2通讯线缆........................................................................................................................ - 14 -IKD300系列高性能矢量控制型变频器使用手册2.5.3现场总线适配器............................................................................................................ - 14 -2.5.4制动电阻........................................................................................................................ - 15 -第三章变频器的安装及配线............................................................................................................ - 17 -3.1机械安装................................................................................................................................. - 17 -3.1.1安装环境........................................................................................................................ - 17 -3.1.2机械安装的散热问题.................................................................................................... - 17 -3.2外围设备的连接图................................................................................................................. - 19 -3.2.1外围电器元件的使用说明 ............................................................................................ - 20 -3.3外围电器元件的选型 ............................................................................................................. - 21 -3.3.1外围电器元件选型指导 ................................................................................................ - 21 -3.4接线端子说明......................................................................................................................... - 22 -3.4.1主回路端子说明............................................................................................................ - 22 -3.4.2控制回路端子功能说明 ................................................................................................ - 25 -3.4.3模拟输入输出端子的配线 ............................................................................................ - 29 -3.4.4开关量输入端子的配线 ................................................................................................ - 30 -3.4.5开关量输出端子的配线 ................................................................................................ - 33 -3.4.6通讯端子的配线............................................................................................................ - 33 -3.5标准接线图............................................................................................................................. - 35 -3.6主回路的连接......................................................................................................................... - 36 -3.6.1主回路电源侧的连接.................................................................................................... - 36 -3.6.2主回路变频器侧的连接 ................................................................................................ - 37 -3.6.3主回路电机侧的连接.................................................................................................... - 37 -3.7符合EMC要求的安装指导 .................................................................................................. - 37 -3.7.1噪声的抑制.................................................................................................................... - 37 -3.7.2漏电流的抑制................................................................................................................ - 39 -3.7.3现场配线与接地............................................................................................................ - 39 -第四章变频器的运行与操作和运行说明 ........................................................................................ - 41 -4.1操作与显示介面介绍 ............................................................................................................. - 41 -IIKD300系列高性能矢量控制型变频器使用手册4.1.1键盘布局........................................................................................................................ - 41 -4.1.2键盘功能说明................................................................................................................ - 41 -4.1.3 LED数码管及功能指示灯说明.................................................................................... - 43 -4.2功能码查看、修改方式说明 ................................................................................................. - 44 -4.2.1参数设置........................................................................................................................ - 44 -4.3变频器的运行操作................................................................................................................. - 45 -4.3.1变频器运行的命令通道 ................................................................................................ - 45 -4.3.2变频器频率给定通道.................................................................................................... - 46 -4.3.3变频器的工作状态........................................................................................................ - 46 -4.3.4密码设置........................................................................................................................ - 47 -4.3.5操作面板锁定/解锁....................................................................................................... - 47 -4.3.6电机参数自学习............................................................................................................ - 48 -4.4变频器操作面板显示状态 ..................................................................................................... - 49 -4.4.1停机参数显示状态........................................................................................................ - 49 -4.4.2运行参数显示状态........................................................................................................ - 49 -4.4.3故障报警显示状态........................................................................................................ - 50 -4.4.4提示信息显示状态........................................................................................................ - 50 -4.5快速调试................................................................................................................................. - 51 -第五章功能参数 ............................................................................................................................... - 52 -第六章详细功能介绍 ....................................................................................................................... - 78 -6.1系统参数及功能码管理（A组）.......................................................................................... - 78 -6.1.1系统参数（A0组） ...................................................................................................... - 78 -6.2运行参数设置（b组）.......................................................................................................... - 80 -6.2.1频率给定（b0组）....................................................................................................... - 80 -6.2.2启停控制（b1组）....................................................................................................... - 89 -6.2.3加减速参数（b2组）................................................................................................... - 92 -6.3输入输出端子（C组） ......................................................................................................... - 94 -6.3.1模拟量输入（C0组）.................................................................................................. - 94 -IIIKD300系列高性能矢量控制型变频器使用手册6.3.2数字量输入（C1组）.................................................................................................. - 96 -6.3.3模拟量和脉冲输入（C2组） .................................................................................... - 104 -6.3.4模拟量端子输出（C3组） ........................................................................................ - 105 -6.3.5脉冲量输出（C4组）................................................................................................ - 106 -6.3.6数字量输出（C5组）................................................................................................ - 107 -6.4电机及控制参数（d组）.................................................................................................... - 110 -6.4.1电机参数组（d0组）................................................................................................. - 110 -6.4.2 V/F控制参数组（d1组） ......................................................................................... - 112 -6.4.3矢量控制参数（d2组）............................................................................................. - 116 -6.5增强功能与保护参数（E组）............................................................................................ - 121 -6.5.1增强功能（E0组） .................................................................................................... - 121 -6.5.2保护参数（E1组） .................................................................................................... - 125 -6.6过程PID控制与多段速参数（F组）................................................................................ - 127 -6.6.1过程PID控制参数（F0组）.................................................................................... - 127 -6.6.2多段速参数（F1组） ................................................................................................ - 131 -6.7通讯设置（H组） ............................................................................................................... - 134 -6.7.1串行通讯参数（H0组）............................................................................................ - 134 -6.8操作面板按键及显示（L组） ............................................................................................ - 136 -6.8.1操作面板按键（L0组）............................................................................................. - 136 -6.8.2 LED显示设定（L1组）............................................................................................ - 137 -6.9监视功能参数（U组） ....................................................................................................... - 139 -6.9.1 状态监视（U0组）................................................................................................... - 139 -6.9.2 故障记录（U1组）................................................................................................... - 141 -第七章故障诊断及异常处理.......................................................................................................... - 142 -7.1 故障原因及其对策.............................................................................................................. - 142 -第八章日常保养及维护.................................................................................................................. - 147 -8.1日常检查和保养................................................................................................................... - 147 -8.2定期维护............................................................................................................................... - 148 -IVKD300系列高性能矢量控制型变频器使用手册8.3易损部件的更换 ............................................................................................................. - 149 -8.4变频器的存贮....................................................................................................................... - 150 -第九章串行口RS485通讯协议.................................................................................................... - 151 -9.1通讯概述............................................................................................................................... - 151 -9.2通讯协议说明....................................................................................................................... - 151 -9.2.1 通讯组网方式............................................................................................................. - 151 -9.3协议内容............................................................................................................................... - 152 -9.4总线结构............................................................................................................................... - 152 -9.5通讯方式............................................................................................................................... - 153 -9.6协议格式............................................................................................................................... - 153 -9.7协议功能............................................................................................................................... - 155 -9.8 Modbus 通讯调试举例....................................................................................................... - 167 -9.9 LRC/CRC 生成................................................................................................................... - 169 -VKD300系列高性能矢量控制型变频器使用手册KD300高性能矢量控制型变频器性能介绍卓越的电机调速性能1、优异的矢量控制性能真正实现了交流电机解耦，实现优异的电机矢量控制性能，无PG矢量控制下，转矩控制精度可达7.5%。

300型电流闭环矢量型变频器说明书

目录安全注意事项 (1)一、产品概况1.1技术特性 (2)1.2变频器铭牌说明 (3)1.3变频器型号说明 (3)1.4变频器系列机型 (3)二、安装接线2.1 变频器安装方式 (5)2.2 变频器的安装环境 (5)2.3 安装尺寸 (5)2.4 标准接线图 (8)2.5 主回路端子及说明 (9)2.6 控制端子及说明 (9)三、操作说明3.1 面板结构说明 (11)3.2 按键说明 (11)3.3 参数设置 (12)3.4 LED显示说明 (12)3.5 状态指示灯说明 (12)3.6 电机参数自学习 (13)3.7 变频器各种状态 (13)四、制动电阻/制动单元选型4.1 选型参考 (14)4.2 连接方法 (16)五、功能参数表 (17)六、详细功能说明 (32)七、RS485通讯协议 (69)八、故障检查与排除8.1 故障信息及排除方法 (80)8.2 常见故障及处理方法 (81)九、变频器的保养维护与保修协议 (82)安全注意事项安装、运行、维护或检查之前要认真阅读本说明书。

说明书中有关安全运行的注意事项分类成“警告”或“当心”。

警告指出潜在的危险情况，如果不避免，可能导致人身伤亡。

当心指出潜在的危险情况，如果不避免，可能导致人身轻度或中度的伤害和设备损坏。

这也可用来对不安全操作进行警戒。

在某些情况下，甚至在中所述的内容也会导致重大的事故。

所以在任何情况下要遵守这些重要的注意事项。

警告标记呈现在变频器的前盖上。

使用变频器时要遵守这些指导。

一产品概况1.1 变频器的技术特性●输入输出特性◆输入电压范围：380/220V±15%◆输入频率范围：47～63Hz◆输出电压范围：0～额定输入电压◆输出频率范围：0～600Hz●外围接口特性◆可编程数字输入：X1～X4输入，HDI输入◆模拟量输入：AI1(VS)：0～10V，AI2(IVS)：0～10V或 0/4～20mA◆开路集电极输出：1路Y1输出，1路HDO输出◆继电器输出：1路输出◆模拟量输出：1路输出，分别可选0/4～20mA或0～10V●技术性能特性◆控制方式：无PG矢量控制、V/F控制◆过载能力：150%额定电流 60s；180%额定电流 10s◆起动转矩：无PG矢量控制：0.5Hz/150% (SVC)◆调速比：无PG矢量控制：1：100◆速度控制精度：无PG矢量控制：±0.5%最高速度◆载波频率：1.0K～15.0KHz●功能特性◆频率设定方式：数字设定、模拟量设定、串行通讯设定、PID设定等。

FC300操作说明书

第 6 章，疑难解答，帮助您解决在使用 FC 300 的过程中可能出现的问题。
MG.33.AA.41 - VLT® 是 Danfoss 的注册商标
3
1. 如何阅读这些操作说明
VLT®AutomationDrive FC 300 操作说明
FC 300 的相关文献
- 《VLT® AutomationDrive FC 300 操作说明》提供了安装和运行该变频器所需要的信息。
® 为保证人身安全而必须避免意外启动时，请将 FC 300 与主电源断开。 ® 要避免意外启动，请始终先激活 [OFF]（关闭）键，然后再更改参数。 ® 电气故障、临时过载、主电源故障或电动机连接丢失都可能导致已停止的电动机重新启动。带有安全停止功能的 FC 300（即采用 A1 机箱的 FC
301 以及 FC 302）提供了意外启动保护，但前提是安全停止端子 37 应处于低电压水平或断开状态。
1. 如何阅读这些操作说明
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MG.33.AA.41 - VLT® 是 Danfoss 的注册商标
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2. 安全说明和一般警告
该功能是按照 EN 954-1 中安全类别 3 的要求设计和验收的。这个功能被称为“安全停止”。在系统中集成并使用安全停止功能之前，必须对系统进行

VLT Automation Drive FC 300（大功率型）操作手册说明书

端子位置 - 机架规格 F2 和 F4端子位置 - 整流器（F1、F2、F3 和 F4）（大功率型）操作手册3 如何安装3端子位置 – 选件机柜（F3 和 F4）3端子位置 – 带断路器/模壳开关的选件机柜（F3 和 F4）3.2.6冷却和气流冷却可以用不同方式实现冷却：在设备底部和顶部使用冷却道；使设备后部内外通风；或使用组合方式冷却。

风道冷却对于安装在 Rittal TS8 机箱中并利用自身风扇对暗道进行强制冷却的 IP00/机架机架式变频器，我们提供了一种优化安装的专用选件。

从机箱顶部排出的空气可以但却不会通过管道输送出设备，这样暗道损失的热量便不会在控制室内散逸，从而降低了设备的空气调节要求。

有关详细信息，请参阅 Rittal 机箱风管冷却套件的安装。

背部冷却暗道中的空气还可以从 Rittal TS8 机箱背部吸入和排出。

这提供了这样一种解决方案，其中暗道可以将设备中的空气排出并回收散逸到设备外部的热损失，从而降低了空气调节要求。

注意为了排出变频器暗道未涵盖的热量以及安装在机箱内的其它组件所产生的任何附加热量，在机箱上需要配备一个门装风扇。

为了选择适当的风扇，首先必须计算所要求的总气流量。

一些机箱厂商提供了相关的计算软件（如 Rittal Therm 软件）。

如果 VLT 是机箱内的唯一产热组件，则在 45 摄氏度的环境温度下所要求的最低气流量为：D3 和 D4 变频器为 391 m 3/h (230 cfm)。

在 45 摄氏度的环境温度下，E2 变频器所要求的最低流量为 782 m 3/h (460 cfm)。

气流必须保证散热片上有充足的气流。

以下是相关的流量。

表 3.3: 散热片气流注意以下原因将导致风扇转动：1.AMA 2.直流夹持3.预励磁4.直流制动5.超出额定电流的 60％6.超出特定的散热片温度（取决于功率大小）。

风扇一旦启动，至少将转动 10 分钟。

（大功率型）操作手册3 如何安装3外部风道如果在 Rittal 机柜外部添加了额外风道，则必须计算风道中的压降。

VLT AutomationDrive FC 300 变频器操作说明书

VLT®AutomationDrive FC 300 操作說明書目錄目錄1 如何閱讀操作說明書3認證4符號4縮寫52 安全說明及一般警告7高電壓7避免意外啟動8FC 300的安全停機8安全停機安裝，僅限 - FC 302 (且 FC 301 的機架大小為 A1)10IT 主電源103 如何安裝11機械安裝14電氣安裝16主電源連接與接地17馬達連接20保險絲23電氣安裝、控制端子27連接範例28電氣安裝，控制電纜線30開關 S201、S202 和 S80132其他連接35機械煞車控制35馬達熱保護35如何將電腦連接到變頻器36FC 300 PC 軟體364 如何進行程式設定37圖形化與與數值化 LCP37如何在圖形化 LCP 上進行程式設定37如何在數值化 LCP 操作控制器上進行程式設定38快速設定表單40基本設定參數43參數清單615 一般規格896 疑難排解95警告/警報訊息95索引1021 如何閱讀操作說明書VLT®AutomationDrive FC 300 操作說明書1VLT®AutomationDrive FC 300 操作說明書 1 如何閱讀操作說明書1如何閱讀操作說明書1VLT AutomationDrive操作說明書軟體版本：5.0x這些操作說明書適用於所有使用 5.0x 軟體版本的 VLT AutomationDrive 變頻器。

軟體版本號碼可以從參數 15-43 軟體版本上取得。

1.1.1如何閱讀操作說明書VLT AutomationDrive 可提供高效能的電氣馬達轉軸效能。

要正確使用，請仔細閱讀本手冊。

錯誤操作變頻器可能導致變頻器或相關設備操作異常、減低壽命或造成其他故障。

本操作說明書將協助您開始使用、安裝、進行程式設定和解決 VLT AutomationDrive.的問題。

VLT AutomationDrive 包含兩種轉軸效能等級。

朗格 LD300矢量通用变频器系列说明书(1)

LD300系列矢量通用型变频器前言首先感谢您选用六安江淮电机有限公司的LD300系列矢量通用型变频器。

LD300主要技术特点：◎两种控制方式：无PG矢量控制（SVC）、V/F控制；◎高起动转矩：0.5Hz/180%(SVC)，1Hz/150%(V/F)，超群的响应性：转矩响应＜20ms(SVC)；◎内置PID控制及休眠唤醒延时设置功能，可方便实现适用于恒压供水系统的闭环控制；◎支持多种频率设定方式：数字设定、电位器设定、模拟量设定、PID设定、通讯设定等；◎16段简易PLC、多段速运行；纺织专用摆频控制功能；◎支持起动、停机直流制动、瞬时停电不停机功能，提供连续可靠的运行；◎自动转矩提升及自动滑差补偿功能；◎转速追踪再起动功能，实现对旋转中的电机的无冲击平滑起动；◎过转矩检测功能、零速保持功能；◎具备跳跃频率控制功能，避免机械共振，使系统更加稳定可靠；◎内置RS485串行通讯接口，支持MODBUS-RTU通讯；◎QUICK/JOG功能：可定义多功能快捷键，可快速浏览修改后与出厂缺省值不同的功能代码；◎多路输入、输出端子均可自由编程，用户可根据需要组合出多种工作模式；◎具备AVR自动电压调整功能：当电网电压变化时，自动保持输出电压恒定；◎具备振荡抑制功能：有效解决大功率电机低频振荡问题；◎提供多种故障保护功能：过流、过压、欠压、过温、缺相、过载等保护功能。

本说明书介绍了LD300系列矢量通用变频器的功能特性及使用方法，包括产品选型、参数设置、运行调试、维护检查等，使用前请务必认真阅读本说明书，设备配套厂家请将此说明书随设备发送给终端用户，方便后续的使用参考。

阅读完后请妥善保管，以备后用。

注意事项◆为说明产品的细节部分，本手册中的图例有时为卸下外罩或安全遮盖物的状态。

◆使用本产品时，请务必按规定装好外壳或遮盖物，并按照手册的内容进行操作。

◆本手册中的图例仅为了说明，可能会与您订购的产品有所不同。

◆本公司致力于产品的不断改善，功能不断升级，所提供的资料如有变更，恕不另行通知。

MD300 系列高性能矢量变频器用户手册说明书

MD300系列高性能矢量变频器用户手册MANUAL NO.TOE-813-10MD300系列高性能矢量型变频器用户手册简介1）丰富的电压等级：支持单相220V、三相220V、三相380V、三相480V、三相690V、三相1140V六种电压等级2）丰富的电机种类支持：支持三相交流永磁同步电机的矢量控制3）丰富的控制方式：除有速度传感器矢量控制、无速度传感器矢量控制、V/F 控制外，还支持V/F 分离控制4）丰富的编码器类型：支持差分编码器、开路集电极编码器、旋转变压器、UVW编码器等5）最新无速度传感器矢量控制算法：无速度传感器矢量控制（SVC），带来更好的低速稳定性，更强的低频带载能力，而且支持SVC 的转矩控制6）可方便的外接各种扩展卡实现功能扩充：多功能IO输入卡、RS485通讯卡、电机过热卡等7）PID参数切换与PID反馈丢失检测：具备两组PID参数，可通过端子切换或根据偏差自动切换；通过设定PID反馈丢失检测值，可实现对PID运行时的保护8）多电机切换：具备四组电机参数，可实现四个电机切换控制9）更准确的电机过热保护：选用电机过热扩展卡后,可接收电机温度传感器输入（PT100、PT1000）来实现对电机过热保护10）更灵活的参数操作与处理功能：用户可定制需要显示的功能参数，支持客户自行保存或恢复自己设定的参数，用户可查看经过修改后的功能参数11）快速限流与瞬停不停：快速限流可避免变频器频繁的出现过流故障，瞬停不停可在瞬间停电或电压突然降低时维持变频器短时间内继续运行12）虚拟输入输出IO：可灵活实现各种简单的逻辑功能13）更高精度的输入输出模拟口：通过出厂校正，输入输出模拟量精度可达20mv以内14）故障处理方式可选：用户可根据需要，确定特定故障发生后，变频器的动作方式：自由停机、减速停机、继续运行。

也可选择继续运行时的频率。

15）定时运行：支持最大6500分钟定时运行16）开关量输入输出响应延迟：用户自主设定开关量输入输出的响应延迟时间a开箱验货：在开箱时，请认真确认：本机铭牌的型号及变频器额定值是否与您的订货一致。

Danfoss VLT FC 300变频器设计指南说明书

目錄!如何閱讀本設計指南 (5)"如何閱讀本設計指南 (5)"認證 (5)"符號 (6)"縮寫 (6)"定義 (7)"功率因數 (10)!FC300簡介 (11)"處置說明 (11)"軟體版本 (11)"CE符合性和標誌 (12)"涉及的內容 (12)"Danfoss VLT變頻器和CE標誌 (12)"符合EMC指令(89/336/EEC) (13)"空氣濕度 (13)"腐蝕性環境 (13)"振動和衝擊 (13)"控制原理 (14)"FC300控制功能 (15)"FC301與FC302控制原理的比較 (16)"VVC plus中的控制結構 (17)"無感測器磁通向量的控制結構(限FC302) (18)"馬達回授磁通量的控制結構 (19)"VVC+模式下的內部電流控制 (19)"操作器控制(Hand On)和遠端控制(Auto On) (20)"設定值處理 (23)"設定值和回授的比例率 (24)"零周圍的無效帶 (24)"轉速PID控制器 (29)"以下參數係與轉速控制有關 (29)"製程PID控制器 (33)"Ziegler Nichols微調方式 (37)"關於EMC干擾的一般問題 (39)"EMC測試結果(干擾、耐受性) (40)"需要的符合等級 (41)"EMC耐受性 (41)"電氣絕緣(PELV) (43)"對地漏電電流 (44)"煞車電阻的選擇 (45)"透過煞車功能進行控制 (47)"機械煞車的控制 (48)"智慧邏輯控制器 (49)"極端運轉條件 (50)"馬達熱保護 (50)"安全停機操作(僅限FC302) (50)!FC300選擇 (53)"電氣資料 (53)"一般規格 (58)"效率 (63)"噪音 (64)"馬達尖峰電壓 (64)"根據環境溫度降低額定值-數據在≤7.5kW時有效 (65)"根據氣壓降低額定值 (65)"低速運行時降低額定值 (65)"為安裝長的馬達纜線或大橫截面積的馬達纜線降低額定值 (65)"與溫度相關的載波頻率 (66)"機械尺寸 (67)"選項和配件 (68)"在插槽B中的安裝選項模組 (68)"一般用途輸入輸出模組MCB101 (68)"編碼器選配裝置MCB102 (70)"解析器選項MCB103 (71)"繼電器選配裝置MCB105 (73)"24V備用電源選項MCB107(選項D) (76)"煞車電阻器 (77)"LCP遠端安裝組件 (77)"IP21/IP4X/TYPE1外殼組件 (77)"IP21/Type1外殼組件 (77)"LC濾波器 (78)!如何訂購 (79)"變頻器訂貨代碼查詢軟體 (79)"訂購單類型代碼 (79)"訂購編號 (81)!如何安裝 (87)"機械安裝 (87)"配件包≤7.5kW (87)"機械安裝的安全要求 (89)"現場安裝 (89)"電氣安裝 (90)"移除額外電纜的擋板 (90)"主電源連接與接地 (90)"馬達連接 (92)"馬達電纜線 (94)"馬達電纜線的電氣安裝 (94)"保險絲 (95)"控制端子的進手 (97)"控制端子(FC301) (97)"電氣安裝、控制端子 (98)"基本配線範例 (98)"電氣安裝，控制電纜線 (99)"開關S201、S202和S801 (100)"最終的設定及測試 (101)"安全停機安裝(僅限FC302) (103)"安全停機試運轉測試 (104)"其他連接 (105)"負載共償 (105)"負載共償電纜線的安裝 (105)"煞車連接選項 (105)"繼電器連接 (106)"繼電器輸出 (107)"馬達並聯 (108)"馬達轉動方向 (108)"馬達熱保護 (108)"煞車電纜線的安裝 (108)"RS485總線的連接 (109)"如何將一部個人電腦連接至FC300 (109)"FC300Software Dialogue (110)"高電壓測試 (111)"安全接地的連接 (111)"電氣安裝-EMC預防措施 (111)"使用符合EMC規範的電纜線 (113)"有遮罩/有保護層的控制電纜線的接地 (114)"主電源干擾/諧波 (115)"殘餘電流器 (115)!應用範例 (117)"啟動/停機 (117)"脈衝啟動/停機 (117)"電位器設定值 (118)"編碼器連接 (118)"編碼器轉向 (118)"閉迴路變頻器系統 (119)"轉矩極限和停機的程式設定 (120)"馬達自動調諧(AMA) (120)"Smart Logic Control程式設定 (121)!如何進行程式設定 (123)"圖形化和數值化FC300LCP操作控制器 (123)"如何在圖形化LCP操作控制器上編寫程式 (123)"參數設定的快速傳輸 (126)"顯示模式 (127)"顯示模式-讀數選擇 (127)"參數設定 (128)"Quick Menu(快速表單)鍵功能 (128)"主設定表單模式 (129)"參數選擇 (130)"更改數據 (130)"更改文字值 (130)"更改一組數字型數據值 (131)"數字型數據值的無段可變式更改 (131)"以步進方式更改資料值 (132)"讀取和程式設定索引參數 (132)"如何在數值化LCP操作控制器上進行程式設定 (133)"操作器控制按鍵 (134)"初始化成為出廠設定 (135)"參數選擇-FC300 (136)"參數：操作和顯示 (137)"參數：負載和馬達 (144)"參數：煞車 (154)"參數：設定值/加減速 (157)"參數：限制/警告 (165)"參數：數位輸入/輸出 (169)"參數：類比輸入/輸出 (179)"參數：控制器 (184)"參數：通訊和選項 (187)"參數：Profibus (191)"參數：CAN Fieldbus (196)"智慧邏輯控制器 (200)"特殊功能 (209)"變頻器資訊 (212)"數據讀出 (217)"馬達回授選項 (222)"參數清單 (224)"協議 (241)"電報通信 (241)"電報結構 (241)"數據字元(位元組) (243)"製程字組 (248)"與FC描述檔對應的控制字組(CTW) (249)"根據FC描述檔對應的狀態字組(STW) (252)"根據PROFIdrive描述檔的控制字組(CTW) (254)"根據PROFIdrive描述檔對應的狀態字組(STW) (257)"串列通訊設定值 (259)"目前的輸出頻率 (260)"範例1：控制變頻器和讀取參數 (260)"範例2：僅用於控制變頻器 (261)"讀取參數的說明元素 (261)"其他文字 (266)!疑難排解 (267)"警告/警報訊息 (267)!Index (273)"如何閱讀本設計指南本設計指南將介紹有關FC300的所有內容。

D-300(LG) 使用说明书

产品描述D -300(LG)是世界上最小型双波长二两化碳传感器模块儿。

除了长寿命和方便使用以外很好的内置温度补偿和长期稳定性受畜产农家/温室/医院客户们等的欢迎。

D-300(LG) 的波特率选择，休止模式功能合低电流消耗设计。

传感器特点• 利用非色散红外(NDIR)原理空气中存在的CO₂探测传感器模块儿。

• 优秀的温度补偿性可靠高低温度上使用。

• 以MCDL 逻辑基础 ‘0’ppm 和 ‘400’ ppm 随时手动矫正可以使用。

.• 以ACDL 逻辑基础定期自动矫正不合适的地方（医院, 仓库，温室等)也可以使用。

• 输出: TTL-UART(9,600/19,200/38,400BPS), I2C,ALARM, Analog Voltage/ PWM 。

•体积: 33 x 33 x 13.1mm （L x W x H ） •重量: 10 g •ELT Sensor D-300(LG) 使用说明书版本号 1.0D-300(LG)详述主要应用可广泛应用于住宅，公寓和医院等商业用楼内暖通制冷与室内空气质量监控仓库，车间内工业过程及安全防护监控, 温室等农业及绩畜产过程监控。

工作环境工作温度: -20 ~ 50℃工作湿度: 0 ~ 95% RH (物凝结条件), 0 ~ 99% RH (物凝结条件) (1)保管温度: -30℃~70℃寿命: 0 ~ 95%湿度下10年以上 (~ 99%湿度下5年以上)(1)CO2探测探测方式: NDIR (非色散红外方式)探测范围: 0~2,000 ppm (0 ~ 3,000/5,000/10,000ppm, 2%, 3%, 5%可选)精度: ±75ppm读数值(2)(3)(4)响应时间: T90 <150秒(1/e < 90秒)探测定期: 3秒预热时间: <30秒(出力基准), 5分(精度基准)电气规格输入电压: 5V ±5%( (5)平均电流：平值：23mA, 峰值< 400mA输出连接器：2毫米沥4个脚并10个脚或者侧边 2.54豪米13个管脚当中可选TTL高低电平位置：0≤V IL≤0.8, 2.0≤V IH≤ V DD, 0≤V OL≤0.4, 2.4≤V OH≤ V DD (Volt) 附属产品和增加功能(1) ‘G’ : 0~99%湿度(物凝结条件)下寿命10年以上(2) 10年寿命内精度减< 满量程（F.S.）的5%(3) CO2 0/400ppm 标准气体或者清净空气下进行手动校正(MCDL)10分种可以支持初期精度。

LAI300VSE&LAI320VSE波形卡使用说明书

LAI300VSE&LAI320VSE任意波形发生卡&频率计使用说明书使用说明书目录第一章第一章概述概述1.1简介``````````````````````````````````````````````````````````````````````````````3 1.2 技术性能指标`````````````````````````````````````````````````````````````````````3 1.3 软件支持`````````````````````````````````````````````````````````````````````````4 1.4 工作原理 ````````````````````````````````````````````````````````````````````````4第二章第二章硬件安装与设置硬件安装与设置2.1 最低配置`````````` ```````````````````````````````````````````````````````````````6 2.2板卡外型`` ```````````````````````````````````````````````````````````````````````6 2.3、安装````````````````````````````````````````````````````````````````````````````7第三章第三章 AwgView AwgView 软件使用说明3.1安装AwgView 任意波形发生卡软件````````````````````````````````````````````````````9 3.2、运行````````````````````````````````````````````````````````````````````````````9 3.2.1 设置产品型号``````````````````````````````````````````````````````````````````10 3.2.2、控制模块```` `````````````````````````````````````````````````````````````````10 3.2.3、显示模块``````````````````````````````````````````````````````````````````````11 3.2.4波形参数设置模块```````````````````````````````````````````````````````````````11 3.2.5 ARB 模式扫频率控制`````````````````````````````````````````````````````````````12 3.2.6 数字IO 控制``````````````````````````````````````````````````````````````````12 3.2.7 波形运算`````````````````````````````````````````````````````````````````````12 3.2.8 测频/计数模块`````````````````````````````````````````````````````````````````13 3.2.9 系统设置模块``````````````````````````````````````````````````````````````````13 3.3菜单结构`````````````````````````````````````````````````````````````````````````14第四章第四章二次开发接口4.1编程接口`````````````````````````````````````````````````````````````````````````16 4.2 LAI300.DLL 函数简介``````````````````````````````````````````````````````````````16 4.2.1板卡自检函数```````````````````````````````````````````````````````````````````16 4.2.2计算规则波形数据函数```````````````````````````````````````````````````````````16 4.2.3产生波形```````````````````````````````````````````````````````````````````````18 4.2.4端口输出函数```````````````````````````````````````````````````````````````````18 4.2.5端口读入函数```````````````````````````````````````````````````````````````````18 4.2.6 ARB 正弦扫频控制函数``````````````````````````````````````````````````````````19 4.2.7读测频`````````````````````````````````````````````````````````````````````````19 4.2.8设置触发源`````````````````````````````````````````````````````````````````````19 4.2.9读LAI300卡系统参数````````````````````````````````````````````````````````````19 4.2.10设置低通滤波``````````````````````````````````````````````````````````````````20 4.2.11直接控制DAC 时钟函数``````````````````````````````````````````````````````````20 4.2.12设置输出衰减函数``````````````````````````````````````````````````````````````21 4.2.13直接控制波形幅度函数``````````````````````````````````````````````````````````21 4.2.14设置波形个数``````````````````````````````````````````````````````````````````214.3 波形文件数据结构````````````````````````````````````````````````````````````````214.4函数一般调用流程`````````````````````````````````````````````````````````````````21第五章第五章二次开发例程序二次开发例程序5.1 VC++例程```````````````````````````````````````````````````````````````````````23 5.2 VB 例程`````````````````````````````````````````````````````````````````````````23 5.3 LABVIEW 例程`````````````````````````````````````````````````````````````````````24 5.4 CVI 例程`````````````````````````````````````````````````````````````````````````25 5.5 C++builder 例程``````````````````````````````````````````````````````````````````26第六章第六章 LAI300VSE 多卡同步6.1 系统组成````````````````````````````````````````````````````````````````````````27 6.2 主卡与从卡``````````````````````````````````````````````````````````````````````27 6.3 软件````````````````````````````````````````````````````````````````````````````27附件一附件一、、任意波形发生卡的典型应用``````````````````````````````````````28一、任意波形的编辑```````````````````````````````````````````````````````````````````28 1.鼠标画方式````````````````````````````````````````````````````````````````````````28 2. 文本编辑`````````````````````````````````````````````````````````````````````````28 3.运算产生``````````````````````````````````````````````````````````````````````````28 4. 二次开发`````````````````````````````````````````````````````````````````````````31 二、扫频的实现```````````````````````````````````````````````````````````````````````31 三、连续调节波形的幅度```````````````````````````````````````````````````````````````32 四、调频FM`````````````````````````````````````````````````````````````````````````` 32 五、调幅AM```````````````````````````````````````````````````````````````````````````33 六、调制方式—ASK 幅移键控```````````````````````````````````````````````````````````33 七、调制方式—FSK 频移键控```````````````````````````````````````````````````````````34 八、调制方式—PSK 相移键控```````````````````````````````````````````````````````````35附件二附件二、、 LAI300卡的典型应用`````````````````````````````````````````````37一、````````````````````````````````````````````````````````````````````````````````37 二、````````````````````````````````````````````````````````````````````````````````37 三、使用步骤````````````````````````````````````````````````````````````````````````37附件三附件三、、LAI320 卡的外触发使用``````````````````````````````````````````41 附件四附件四、、 PCI 卡常见问题及其解决````````````````````````````````````````43第一章概述1.1简介任意波形发生卡——有一路波形输出、一路计数/测频输入和8个DI输入、8路DO输LAI300任意波形发生卡出、6路8位低速度DAC。

InDTU300系列用户手册说明书

InDTU300系列用户手册资料版本：V4.2—2019.12I声明首先非常感谢您选择本公司产品！在使用前，请您仔细阅读本用户手册。

非本公司书面许可，任何单位和个人不得擅自摘抄、复制本书内容的部分或全部，并不得以任何形式传播。

由于不断更新，本公司不能承诺该资料与实际产品一致，同时也不承担由于实际技术参数与本资料不符所导致的任何争议，任何改动恕不提前通知。

本公司保留最终更改权和解释权。

本手册图形界面约定格式意义>“”表示按钮名，如“单击确定按钮”。

“”带双引号“”表示窗口名、菜单名，如：弹出“新建用户”窗口。

>>多级菜单用“>>”隔开。

如“文件>>新建>>文件夹”多级菜单表示“文件”菜单下的“新建”子菜单下的“文件夹”菜单项。

提醒操作中应注意的事项，不当的操作可能会导致数据丢失或者设备损坏。

对操作内容的描述进行必要的补充和说明。

技术支持联络信息北京映翰通网络技术股份有限公司（总部）地址：北京市朝阳区利泽中园103号楼3层302电话：（8610）6439 1099 传真：（8610）8417 0089成都办事处电话：************地址：四川省成都市高新区府城大道西段399号，天府新谷10栋1406室广州办事处电话：************地址：广州市天河区棠东东路5号远洋新三板创意园B-130单元武汉办事处电话：************地址：湖北省武汉市洪山区珞瑜东路2号巴黎豪庭11栋2001室上海办事处电话：************地址：上海市普陀区顺义路18号1103室i目录1 产品简介 (1)1.1 系统应用 (1)1.2 功能说明 (2)1.2.1 硬件系统 (2)1.2.2 软件功能 (2)2 设备安装上电 (6)2.1 设备安装 (6)2.1.1 适用于InDTU312/332设备 (6)2.1.2 适用于InDTU311/331设备 (8)2.1.3 适用于InDTU323设备 (9)2.1.4 适用于InDTU314/317设备 (10)2.1.5 适用于InDTU324和InDTU325设备 (12)2.2 指示灯说明 (16)2.2.1 InDTU3XX_STD_V1.4.3之前版本（不含本版本） (16)2.2.2 InDTU3XX_STD_V1.4.3之后版本（包含本版本） (16)2.2.3 InDTU324指示灯定义 (17)2.2.4 InDTU 325LH09/325GS52指示灯定义 (17)3 维护功能 (18)3.1 实时日志 (18)3.2 历史日志 (20)3.3 固件升级 (21)4 参数配置 (22)4.1 本地串口/本地串口2设置 (22)4.2 DTU工作模式设置 (23)4.3 GPRS拨号参数设置 (24)4.4 企业网关相关设置 (26)I4.5 多IP数据中心设置 (27)4.6 多连接策略 (27)4.7 其他配置（应用扩展配置） (27)4.8 网管平台相关设置 (28)4.9 管理员登陆设置 (28)4.10 ICMP参数设置 (29)4.11 自定义帧 (30)4.12 支撑平台相关设置 (30)5 常用参数配置及应用举例 (31)5.1 设备联网配置 (31)5.2 DC模式协议配置 (34)5.2.1 DCTCP模式 (34)5.2.2 DCUDP模式 (41)5.3 透明TCP协议配置 (44)5.3.1 参数配置 (44)5.3.2 演示举例 (47)5.4 TCP SERVER配置 (51)5.4.1 参数配置 (51)5.4.2 演示举例 (54)5.5南网协议 (57)5.6 Modbus-Net-Bridge配置 (59)5.6.1 参数配置 (59)5.6.2 演示举例 (64)5.7 101探测 (68)5.8 101转104配置 (71)5.8.1 DTU参数配置 (71)5.8.2 101从站的配置：DTU做101的主站 (73)5.8.3 104主站的配置：DTU做104的从站 (75)5.9 串口2输出日志配置方法 (78)5.10 导入/导出配置 (80)5.11 自定义帧配置 (81)5.12 双卡切换功能举例 (82)5.13 链路维持功能举例 (87)5.14 长短信应用举例 (89)6 国网加密 (91)6.1 简介 (91)6.2 终端证书申请步骤（仅做了解） (91)6.3导出证书请求文件 (92)6.3.1 接线 (92)6.3.2 InDTU配置工具配置步骤 (92)6.3.3 导出证书申请文件 (94)7 工具设置 (101)7.1 添加GPRSDEMO (101)附录 (102)DTU工作模式 (102)抓取DTU日志 (103)常见故障处理 (107)1产品简介1.1系统应用本手册内容是以个别产品为例进行说明的，具体情况请以实物为准。

FC300系列操作手册

警告
放电时间！
未打开变频器电源时，变频器直流回路的电容器可能仍有电。为了避免出现电气事故，应断开交流主电源、所有永磁电动机、所有远程直流回路电源，包括备份电池、UPS，以及与其它变频器的直流回路连接。请等电容器完全放电后，再执行维护或修理作业。等待时间详见放电时间表。如果在切断电源后不等待规定的时间就执行维护或修理作业，将可能导致死亡或严重伤害。
输出功率
• 为实现有效的操作和控制，输
入电源、内部处理、输出和电动机电流都会受到监测
• 系统还会监测并执行用户界面
命令和外部命令
• 可以实现状态输出和控制
表 1.3 图 1.3 图例
6
MG33AM41 - VLT® 是 Danfoss 的注册商标
简介
VLT® AutomationDrive 操作手册
表 1.2 图 1.2 的图例
11 继电器 2（04、05、06） 12 吊环 13 安装槽 14 接地线夹 (PE) 15 电缆应力消除/PE 接地 16 制动端子（-81、+82） 17 负载共享端子（直流总线）（-88、+89） 18 电动机输出端子 96 (U)、97 (V)、98 (W) 19 主电源输入端子 91 (L1)、92 (L2)、93 (L3)
2 安装
2.1 安装场址检查清单 2.2 变频器和电动机安装前检查清单 2.3 机械安装
2.3.1 冷却 2.3.2 起吊 2.3.3 安装 2.3.4 紧固力矩 2.4 电气安装 2.4.1 要求 2.4.2 接地要求 2.4.2.1 漏电电流 (>3.5 mA) 2.4.2.2 使用屏蔽电缆接地 2.4.3 电动机连接 2.4.4 交流主电源接线 2.4.5 控制线路 2.4.5.1 访问 2.4.5.2 控制端子类型 2.4.5.3 控制端子的接线 2.4.5.4 使用屏蔽型控制电缆 2.4.5.5 控制端子功能 2.4.5.6 跳线端子 12 和 27 2.4.5.7 端子 53 和 54 开关 2.4.5.8 机械制动控制 2.4.6 串行通讯 2.5 安全停止 2.5.1 端子 37 安全停止功能 2.5.2 安全停止试运行

NSA2000系列矢量变频器

1．键盘板、控制电路板、驱动电路板上安装了 CMOS 集成电路，使用时请特别注意。用手指直接触摸电路板，静电感应可能会损坏电路板上的集成芯片。 2．通电中，请勿变更接线及拆卸端子接线。运行中，请勿检查信号。会损坏设备。
1.3 使用注意事项在使用 NSA2000 系列变频器时，请注意以下几点： 1、恒转矩低速运行变频器带普通电机长期低速运行时，由于散热效果变差，会影响电机寿命。如果需低速恒转矩长期运行，必须选用专用的变频电机。 2、电机绝缘的确认应用 NSA2000 系列变频器时，带电机前请先确认所用电机的绝缘，以防损坏设备。另外在电机所处环境比较恶劣时请定期检查电机的绝缘情况，以保证系统的安全工作。 3、负转矩负载对于诸如提升负载之类的场合，常常会有负转矩发生，变频器会产生过流或过压故障而跳闸，此时应该考虑选配制动电阻。 4、负载装置的机械共振点变频器在一定的输出频率范围内，可能会遇到负载装置的机械共振点，必须通过设置跳跃频率来避开。 5、改善功率因素的电容或压敏器件由于变频器输出电压是脉冲波型，如果输出侧安装有改善功率因数的电容或防雷用压敏电阻等，会造成变频器故障跳闸或器件的损坏，务必请拆除，另外在输出侧建议不要加空气开关和接触器等开关器件，如图 1-3 所示。（如果必须在输出侧接开关器件，则在控制上必须保证开关动作时变频器的输出电流为零）
MODEL:NSA2000-0150G43A INPUT:3PH 380VAC 50/60Hz OUTPUT:3PH 15KW 30A
A0 8 1 6 0 8 2 1 0 0 3
全国服务专线：021-56868329 13816873717
图 1-2 变频器铭牌
1.2 安全注意事项拿到产品时的确认注意

FC300 参数说明

键锁定
参数 0-40 —〈Hand on〉键锁定
上海津信—值得信赖的变频器专家
13
VLT ® FC300参数说明
参数 0-50： LCP操作器拷贝
* 不拷贝全部读入LCP 全部从LCP写入变频器除了电机参数. 从LCP写入变频器文件从MCO读入LCP 文件LCP写入MCO [0] [1] [2] [3] [4] [5]
上海津信—值得信赖的变频器专家
10
VLT ® FC300参数说明
参数 0-2*：LCP面板显示
实际速度主机实际速度同步状态从轴状态程序状态 [3458] [3459] [3460] [3461] [3462] 闲置时间模拟量输入X30/11 模拟量输入X30/12 模拟量输出X30/8 mA [9913] [1675] [1676] [1677]

拷贝功能只可在变频器处于停止状态时才起作用
上海津信—值得信赖的变频器专家
15
VLT ® FC300参数说明
参数 0-60：主菜单口令范围： 0-999 * 100
参数 0-61：无主菜单口令时的权限
* 全部权限只读不能读写 [0] [1] [2]
上海津信—值得信赖的变频器专家
16
VLT ® FC300参数说明
上海津信—值得信赖的变频器专家
19
VLT ® FC300参数说明
参数 1-01（电机控制原理）

此参数用于选择电机的控制原理。根据现场的实际情况选择不同的电机控制原理：
U/f * VVCplus 无传感器磁通矢量转速闭环磁通矢量 [0] [1] [2] [3]
上海津信—值得信赖的变频器专家
上海津信—值得信赖的变频器专家

上晋变频器手册(TOP GIN TG300)

七、參數設定
7.1 參數一覽表 ················································································ 25 7.2 參數說明 ···················································································· 33
一
一
TG-600
1
TG10 4800W6.8Ω
1
1
一
一
一
一
TG-400
2
TG8 3000W 10Ω
1z 防止震動﹝ຫໍສະໝຸດ 床﹞若無法避免請加裝防震墊片減少震動。
z 數台變頻器安裝於控制盤內時，請注意擺放位置以利散熱，另請外加配置散熱風扇,
以使變頻器周溫低於 45℃為原則。
換氣扇
換氣扇
配電盤內
配電
配
配
盤
電
電
內
盤
盤
內
內
(正確的配置方式) (錯誤的配置方式) (正確的配置方式) ● 安裝時間請將變頻器正面朝前，頂部朝上以利散熱。 ● 安裝空間必須符合下列規定：
目錄
一、一般注意事項 ·············································································· 1 二、產品檢查
2.1 型號說明 ···················································································· 2
-1-
二、產品檢查

汇川(INOVANCE)MD300变频器说明书

32第五章功能参数表FP-00设定非0值,即设定了参数保护密码,参数菜单必须在正确输入密码后才能进入，将FP-00设定为0即可取消密码。

功能码中符号说明如下：“○”：表示该参数的设定值在变频器处于停机、运行状态中，均可更改； “×”：表示该参数的设定值在变频器处于运行状态中，不可更改； “*”：表示该参数的数值是实际检测记录值，不能更改；“—”：表示该参数是“厂家参数”，仅限于制造厂家设置，禁上用户进行操作。

功能参数简表F0组基本功能组代号名称设定范围最小单位出厂设定值更改序号F0-00控制方式0：无速度传感器矢量控制（SVC）1：保留 2：V/F控制1×F0-01命令源选择源0：操作面板运行命令通道（LED灭） 1：端子运行命令通道（LED亮） 1○1F0-02频率源选择0：数字设定（不记忆） 1：数字设定（记忆）2：脉冲设定（DI4输入有效） 3：AI1 4：AI2 5：多段速 1×2F0-03辅助频率源选择 0：无效1：有效（辅助频率源为AI2，并且仅对应F0-02选择为0，1，2）1×3F0-04 数字设定预置频率 0.00～上限频率（对频率源为数字设定有效） 0.00Hz 50.00Hz ○ 4 F0-05 加速时间 0.0s～3000.0s 0.1 20.0S ○ 5 F0-06减速时间0.0s～3000.0s 0.120.0S○6F0-07V/F曲线选择0：直线V/F曲线1：保留 2：平方V/F曲线1×7F0-08 V/F控制转矩提升0.0：（自动）0.0%～30.0%0.1% 0.0% ○ 8F0-09 DI1端子功能选择1 1 × 9F0-10 DI2端子功能选择1 4 × 10F0-11 DI3端子功能选择1 12 × 11F0-12 DI4端子功能选择0：无功能1：正转运行（FWD）2：反转运行（REV）3：三线式控制4：正转点动（FJOG）5：反转点动（RJOG）6：端子UP7：端子DOWN8：自由停车9：故障复位（RESET）10：保留11：外部故障常开输入12：多段速端子113：多段速端子214：外部故障常闭输入15：保留16：AI1与AI2给定切换17～18：保留19：UP/DOWN设定清零（端子、键盘）20：运行命令切换端子21：保留（输入选择PULSE时，DI4选择任何功能均无效，只能对应PULSE输入）1 13 × 12F0-13 DO输出选择 0：无输出1：变频器运行中2：故障输出3：频率到达1 1 ○ 13F0-14 AO输出选择 0：运行频率1：设定频率2：输出电流3：PULSE输入（对应设定）4：AI1（对应设定）5：AI2（对应设定）1 0 ○ 14F0-15 启动方式 0：直接启动1：转速跟踪再启动1 0 × 1533F0-16 停机方式 0：减速停车1：自由停车1 0 ○ 16F1组电机参数F1-00 电机类型选择 0：普通异步电动机1：变频异步电动机2：永磁同步电动机（保留）1 0 × 17F1-01 额定功率 0.1kW～1000.0kW 0.1 机型确定 × 18 F1-02 额定电压 0V～440V 1 380V × 19 F1-03 额定电流 0.00A～655.35A 0.01 机型确定 × 20 F1-04 额定频率 0.00Hz～最大频率 1 50.00Hz × 21 F1-05 额定转速 0rpm～30000rpm 1 1460rpm × 22 F1-06 定子电阻 0.001Ω～65.535Ω 0.001Ω机型确定 ○ 23 F1-07 转子电阻 0.001Ω～65.535Ω 0.001Ω机型确定 ○ 24 F1-08 漏感抗 0.01mH～655.35mH 0.01 mH机型确定 ○ 25 F1-09 互感抗 0.01mH～655.35mH 0.1 mH机型确定 ○ 26 F1-10 空载电流 0.01A～650.00A 0.01A 机型确定 ○ 27F1-11 调谐选择 0：无操作1：静止调谐2：完整调谐1 0 × 28F2组矢量与VF控制参数F2-00 矢量控制速度环比例增益11～100 1 30 ○ 29F2-01 矢量控制速度环积分时间10.01s～10.00s 0.01s 0.50s ○ 30F2-02 矢量控制PI参数切换频率10.00～F2-05 0.01Hz 5.00Hz ○ 31F2-03 矢量控制速度环比例增益21～100 1 25 ○ 32F2-04 矢量控制速度环积分时间20.01s～10.00s 0.01s 1.00 ○ 33F2-05 矢量控制PI参数切换频率2F2-02～50.00Hz 0.01Hz10.00Hz ○ 34F2-06 矢量控制转差补偿系数50%～200% 1% 100% ○ 3534F2-07 矢量控制速度环滤波时间/VF控制AVR选择 0.000s～1.000s0.001s0.002s ○ 36F2-08 矢量控制转矩上限5.0%～200.0% 0.1% 150.0% ○ 37F2-09 V/F控制转差补偿系数0.0%～200.0% 0.1% 0.0% ○ 38F2-10 V/F控制振荡抑制增益0～100 1 0 ○ 39F3组端子输入输出F3-00 端子控制方式（FWD/REV）0：两线式1：三线式1 0 × 40F3-01 端子UP/DOWN速率0.01Hz/s～100.00Hz/s 0.01Hz/s 1.00Hz/s ○ 41F3-02 AI最小输入 0.00V～10.00V 0.01V 0.00V × 42F3-03 AI最小输入对应设定-100.0%～100.0% 0.1% 0.0% × 43F3-04 AI中间1输入 0.00V～10.00V 0.01V 5.00V × 44F3-05AI中间1输入对应 -100.0%～100.0%0.1% 50.0% × 45F3-06 AI中间2输入 0.00V～10.00V 0.01V 8.00V × 46 F3-07AI中间2输入对应-100.0%～100.0% 0.1% 80.0% × 47 F3-08 AI最大输入 0.00V～10.00V 0.01V 10.00V × 48F3-09 AI最大输入对应设定-100.0%～100.0% 0.1% 100.0% × 49F3-10 PULSE（脉冲）输入最大频率0.00kHz～50.00kHz 0.01Hz50.00kHz ○ 50F3-11 输入滤波时间 0.01s～10.00s 0.01s 0.01s ○ 51 F3-12 AO零偏系数 -100.0%～100.0% 0.1% 0.1% ○ 52 F3-13 AO增益 -10.00～10.00 0.01 1.00 ○ 5335F4组启停控制参数F4-00 停机直流制动开始频率0.00Hz～50.00Hz0.01Hz0.00Hz ○ 54F4-01 停机直流制动等待时间0.0s～36.0s0.1s 0.0s ○ 55F4-02 停机直流制动电流0%～100% 1% 0% ○ 56F4-03 停机直流制动时间0.0s～36.0s 0.1s 0.0s ○ 57F4-04 制动使用率 0%～100% 1% 100% ○ 58F5组保护功能F5-00 电机过载保护选择0：禁止1：允许1 1 ○ 59F5-01 电机过载保护系数0.50～10.00 0.01 1.00 ○ 60F5-02 过压失速增益 0（无过压失速）～100 1 0 ○ 61 F5-03 过压失速点 120%～150% 1% 130% ○ 62 F5-04 过流失速增益 0（无过流失速）～100 1 20 ○ 63 F5-05 过流失速点 100%～200% 1% 150% ○ 64F5-06 故障自动复位次数0～3 1 0 ○ 65F5-07 故障自动复位间隔J时间0.1s～100.0s 0.1s 1.0s ○ 66F5-08 输入缺相保护选择0：禁止1：允许1 1 ○ 67F5-09 变频器掉载保护选择0：禁止1：允许1 1 × 6836F5-10 故障记录类型 0：无故障1：逆变单元保护（ERR01）2：加速过电流（ERR02）3：减速过电流（ERR03）4：恒速过电流（ERR04）5：加速过电压（ERR05）6：减速过电压（ERR06）7：恒速过电压（ERR07）8：控制电源故障（ERR08）9：欠压故障（ERR09）10：变频器过载（ERR10）11：电机过载（ERR11）12：输入缺相（ERR12）13：输出缺相（ERR13）14：散热器过热（ERR14）15：外部故障（ERR15）16：保留17：保留18：电流检测故障（ERR18）19：电机调谐故障（ERR19）20：保留21：EEPROM存储异常（ERR21）22：变频器硬件故障（ERR22）23：电机对地短路故障（ERR23）24：保留- 0 * 69F5-11 故障时刻频率 - 0.01Hz0.00Hz * 70 F5-12 故障时刻电流 - 0.01A 0.00A * 71F5-13 故障时刻母线电压-0.1V 0.0V * 72F6组辅助功能F6-00 最大输出频率 50.00Hz～300.00Hz 0.01Hz50.00Hz × 73 F6-01 上限频率下限频率～最大输出频率 0.01Hz50.00Hz ○ 74 F6-02 下限频率 0.00～上限频率 0.01Hz0.00Hz ○ 75 F6-03 载波频率 0.5kHz～16.0kHz 0.1kHz与机型有关 ○ 76 F6-04 点动频率 0.00Hz～50.00Hz 0.01Hz 2.00Hz ○ 77 F6-05 点动加速时间 0.0s～3000.0s 0.1 20.0s ○ 78 F6-06 点动减速时间 0.0s～3000.0s 0.1 20.0s ○ 7937F6-07 反转控制 0：允许反转1：禁止反转 10 ○ 80F6-08 正反转死区时间 0.0s～3000.0s 0.1s 0.0s ○ 81F6-09 启动保护功能 0：保护1：不保护1 0 ○ 82F6-10 频率到达检出宽度0.0%～100.0%（最大输出频率） 0.1% 0.0% ○ 83F6-11 MF.K功能选择 0：无功能1：本地操作与远程操作切换2：正反转切换3：点动1 0 × 84F6-12 STOP/RESET键功能所有状态RESET复位功能有效0：端子控制时，STOP停机功能无效1：端子控制时，STOP停机功能有效1 0 ○ 85F6-13 上电对地短路保护检测0：无效1：有效1 1 × 86F6-14 多段速0 负最大输出频率～最大输出频率 0.1Hz 0.0Hz ○ 87 F6-15 多段速1 负最大输出频率～最大输出频率 0.1Hz 5.0Hz ○ 88 F6-16 多段速2 负最大输出频率～最大输出频率 0.1Hz 10.0Hz ○ 89 F6-17 多段速3 负最大输出频率～最大输出频率 0.1Hz 15.0Hz ○ 90 F6-18 散热器温度 0℃～150℃ 1℃ * 91F6-19 软件版本号 00.00～99.99 0.01 当前软件版本号* 92FF 厂家参数FF-00 厂家密码 0～65535 1 - ○ 93FP 用户密码与参数初始化FP-00 用户密码 0～65535 1 0 ○ 103FP-01 参数初始化 0：无操作1：恢复出厂设定值2：清除故障记录1 0 × 10438。

康元CDE300系列三相使用手册V1.8

CDE300 使用手册
前言
前言
感谢您选用深圳市康元电气技术有限公司制造的 CDE300 系列三相开环矢量控制变频器！
CDE300 系列三相变频器是我公司自主研制的第一代开环矢量控制变频器，具有优良的性价比，采用 G、P 合一结构，可以通过扩展卡满足不同现场和用户的需求。
本手册提供给使用者选型、安装、参数设置、现场调试、故障诊断及日常保养与维护的相关注意事项及指导。为正确使用本系列变频器，请事先认真阅读本手册，并请妥善保存以备后用。设备配套客户请将此手册随设备发给最终用户。
由于致力于产品的不断改善，因此本公司所提供的资料如有变更，恕不另行通知。
注意事项
� 为了说明产品的细节部分，本手册中的图例有时为卸下外罩或安全遮盖物的状态。使
用本产品时，请务必按规定装好外壳或遮盖物，并按照手册的内容进行操作。
� 本手册中的图例仅为了说明，可能会与您订购的产品有所不同。
� 由于产品升级、以及为了提高手册的便利性和准确性，本手册的内容可能不断更新。
在开箱时，请仔细确认： 1）本机铭牌型号和变频器额定值是否与您的订货一致，箱内是否含有您订购的机器、产品合格证、使用手册及保修卡。 2）产品在运输过程中是否有破损现象；若发现有某种遗漏或损坏，请速与本公司或您的供货商联系解决。
对于初次使用本产品的用户，请先认真阅读本手册。若对某些功能及性能方面有疑问，请咨询我公司的技术服务人员，以获得帮助，对正确使用本产品有利。
1.1 安全事项.............................................................................................................................. 1 1.2 注意事项.

数据记录器手册温度风速仪型号 SDL300说明书

USER GUIDE Vane Thermo-Anemometer / DataloggerModel SDL300IntroductionCongratulations on your purchase of the Extech SDL300 Thermo-Anemometer Datalogger. This meter displays and stores air velocity and temperature readings. Temperature readings from the thermometer built into the vane probe or from an externally connected type K or J thermocouple temperature probe can be displayed and recorded. Data is stored on an SD card for transfer to a PC. In addition, an RS232 port allows data streaming to a PC. This instrument is shipped fully tested and calibrated and, with proper use, will provide years of reliable service. Please visit the Extech Instruments website () to check for the latest version of this User Guide. Extech Instruments is an ISO-9001 certified company.SafetyInternational Safety SymbolsThis symbol, adjacent to another symbol or terminal, indicates the user must refer to themanual for further information.Meter Descriptioninput1. Thermocouple2. Vane input plug3. Air velocity reading4. Units of measureBacklight key5. HOLD/key6. MAX-MIN7.8. PC interface jackkey9. Reset10. Power Adaptor jack11. SD card slot12. ENTER and LOG key13. Down ▼arrow and FUNCTION key14. Up ▲ arrow and UNITS key15. Power ON-OFF key16. Temperature reading with units of measure17. Anemometer vane18. Vane icon faces the air flow19. Vane handle20. Vane connecting cableNotes:Battery compartment, tilt stand, and tripod mount are located on the rear of the instrument.Items 8, 9, and 10 are located behind the snap-off compartment cover on right side of meter.OperationPower ON-OFF∙Power the meter by pressing and holding the power key for at least 1.5 seconds.∙Press and hold the power key for at least 1.5 seconds to power OFF the meter.Meter FunctionsThis meter has two modes of operation. Press and hold the FUNCTION key for at least 1.5 seconds to switch from one mode to the other.∙Air Velocity plus Temperature mode (meter briefly displays “An” icon)∙Type K or J thermocouple temperature mode (meter briefly displays” tP” icon)Air Velocity plus Temperature Mode1. Select the Air Velocity and Temperature mode.2. Connect the vane probe to the meter’s probe jack (top right of meter) via the probe plug.3. Hold the probe by its handle and allow the air flow to enter the vane. Note that the air flow mustface the vane icon.4. The meter will display the air velocity measurement (upper display area) and the airtemperature (lower display area)Changing the Air Velocity Unit of MeasureThis meter offers five (5) units of measure selections for air velocity: m/s (meters per second), FPM (feet per minute), Km/h (kilometers per hour), knots, and mph (miles per hour).1. Press and hold the UNIT key for at least 1.5 seconds to switch from one unit of measure toanother.2. Note that pressing and holding the UNIT key continuously allows for quicker scrolling. Releasethe key when the desired unit of measure is displayed.Thermcouple (Type J or K) Temperature Mode1. Select the Thermocouple Temperature mode using the FUNCTION button.2. The meter will display a ‘J’ or a ‘K’; on the left side of the display indicating the current setting.To change the thermocouple type, refer to the Setup Mode section.3. Connect a Type J or Type K thermocouple to the meter’s sub-miniature thermocouple jack (topof meter on the left).4. Hold the thermocouple in the air in the area to be tested.5. The meter will display the thermocouple temperature in the main display area.6. To change the temperature unit of measure (°C and °F) refer to the Setup Mode section.Data HoldTo freeze a measurement on the display, press the HOLD key momentarily. The meter will emit a beep, the reading will hold, and the HOLD display icon will switch on. Press the HOLD key again to release the display and exit the Data Hold mode returning the meter to the normal operating mode.MAX-MIN ReadingsFor a given measurement session, this meter can record the highest (MAX) and the lowest (MIN) readings for later recall.1. Press the MAX-MIN key momentarily to access this mode of operation (REC icon appears)2. The meter is now recording the MAX and MIN readings.3. Press the MAX-MIN key again to view the current MAX reading (MAX icon appears). Thereading on the display is now the highest reading encountered since the REC icon wasswitched on (when the MAX-MIN key was first pressed).4. Press the MAX-MIN key again to view the current MIN reading (MIN icon appears). Thereading on the display is now the lowest reading encountered since the REC icon wasswitched on (when the MAX-MIN key was first pressed).5. To exit the MAX-MIN mode, press and hold the MAX-MIN key for at least 1.5 seconds. Themeter will beep, the REC-MAX-MIN icons will switch off, the memory will clear, and the meter will return to the normal operating mode.Display BacklightTo turn the display backlight ON or OFF, press and hold the backlight key for at least 1.5seconds. The meter will beep when switching the backlight ON or OFF unless the beeper isdisabled as described in the Setup Mode section of this user guide.System ResetIf the meter’s keys become inoperable or if the display freezes, the Reset button can be used to reset the instrument.1. Use a paper clip or similar item to momentarily press the reset button located on the lower rightside of the instrument under the snap-off compartment cover.2. After pressing the Reset button, switch the instrument ON by pressing and holding thePOWER key for at least 1.5 seconds. If using the power adaptor, unplug the adaptor and then plug it back in again to power the meter.AC Power AdaptorThis meter is normally powered by six (6) 1.5V ‘AA’ batteries. However, an optional AC 9V power adaptor is available. To use the adaptor, insert the power adaptor plug into the jack on the bottom right side of the meter (under the snap-off compartment cover); plug the other end of the adaptor into an AC power source. The meter will now be permanently powered (as long as the adaptor is used) and the power key will be disabled.DataloggerTypes of Data Recording∙Manual Datalogging: Manually log up to 99 readings onto an SD card via push-key press.∙Automatic Datalogging: Automatically log data onto an SD memory card where the number of data points is limited only by the card size. Readings are logged at a rate specified by the user. SD Card Information∙Insert an SD card (from 1G size up to 16G) into the SD card slot at the bottom of the meter.With regard to orientation, the card should be inserted with the front of the card (label side)facing toward the rear of the meter.∙If the SD card is being used for the first time it is recommended that the card be formatted and the logger’s clock set to allow for accurate date/time stamping during datalogging sessions.Refer to the Setup Mode section for SD card formatting and time/date setting instructions.∙European and USA numerical formats differ. The data on the SD card can be formatted for either format. The meter defaults to USA mode where a decimal point is used to separate units from tenths, i.e. 20.00. The European format uses a comma, i.e. 20,00. To change this setting, refer to the Setup Mode section.Manual DataloggingIn the manual mode the user presses the LOG key to manually log a reading onto the SD card.1. Set the sampling rate to ‘0’ seconds.2. Press and hold the LOG key for at least 1.5 seconds; the lower portion of the display will showp-n (n = memory position number 1-99).3. Press the LOG key momentarily to log a reading into memory. The REC icon will flash eachtime a data point is stored (the SCAN SD icon will appear when the meter accesses the card).▲ and ▼ keys to select one of the 99 data memory positions in which to record.the4. Use5. To exit the manual datalogging mode, press and hold the LOG key for at least 1.5 seconds. Automatic DataloggingIn automatic datalogging mode the meter takes and stores a reading at a user-specified sampling rate onto SD card. The meter defaults to a sampling rate of one second. To change the sampling rate, refer to the Setup Mode section (the sampling rate cannot be ‘0’ for automatic datalogging):1. To begin an automatic Datalog session press and hold the LOG key for at least 1.5 seconds.2. The meter will scan for an SD card and verify that it can be used to store data. If a card is notinserted or if the card is defective, the meter will display SCAN SD indefinitely. In this case,switch the meter OFF and try again with a valid SD card.3. If the SD card is valid, the display will show the LOG icon (or the LOG icon alternating with thetemperature display) and then the REC icon will flash each time that a reading is stored.4. To pause the datalogger, press the LOG key momentarily. The REC icon will stop flashing. Toresume logging simply press the LOG key again momentarily.5. To terminate the datalogging session press and hold the LOG key for at least 1.5 seconds.6. When an SD card is used for the first time a folder is created on the card and named AMC01.Up to 99 spreadsheet documents (each with 30,000 readings) can be stored in this folder.7. When datalogging begins a new spreadsheet document named AMC01001.xls is created onthe SD card in the AMC01 folder. The data recorded will be placed in the AMC01001.xlsdocument until 30,000 readings are reached.8. If the measurement session exceeds 30,000 readings, a new document will be created(AMC01002.xls) where another 30,000 readings can be stored. This method continues for up to 99 documents, after which another folder is created (AMC02) where another 99 spreadsheet documents can be stored. This process continues in this same fashion with folders AMC03through AMC10 (last allowable folder).SD Data Card to PC Data Transfer1. Complete a datalogging session as covered above. For the first test, simply record a smallamount of test data.2. With the meter switched OFF, remove the SD Card.3. Plug the SD Card directly into a PC SD card reader. If the PC does not have an SD card slot,use an SD card adaptor (available at most outlets where computer accessories are sold).4. Power the PC and run a spreadsheet software program. Open the saved documents in thespreadsheet software program (see examples of spreadsheet displays below).Spreadsheet data exampleSpreadsheet example (Plotting the data)RS-232/USB PC InterfaceFor streaming of data to a PC via the RS232 Output jack, the optional 407001-USB kit (RS232 to USB cable and driver CD) along with the 407001 software (available free at/sdl300) are required.Setup ModeBasic settings at a glanceTo view the current configuration of the meter with regard to time, date, thermocouple type, and datalogging sampling rate, press the SET/CLOCK ICON key momentarily. The meter will now display the configuration in quick succession. Repeat as necessary to observe all of the information. Accessing the Setup mode1. Press and hold the SET key for at least 1.5 seconds to access the Setup menu.2. Press the SET key momentarily to step through the available parameters. The parameter typeis shown on the bottom of the LCD and the current selection for that type is shown above it.3. When a parameter is displayed that is to be changed, use the arrow keys to change thesetting. Press the ENTER key to confirm a change.4. Press and hold the SET key for at least 1.5 seconds to exit the Setup mode. Note that themeter automatically switches out of the Setup mode if no key is pressed in 7 seconds while in the Setup mode.5. The available Setup parameters are listed below. Additional detailed information is providedbelow this list:dAtE Set the clock time (Year/Month/Date; Hour/Minute/Second)SP-t Set the datalogger sampling rate (1 to 3600 seconds)PoFF Automatic power-off managementbEEP Set beeper sound ON/OFFdEC Set SD card Decimal character (comma for European format)Sd F SD memory card Formatt-CF Select the Temperature unit of measure to C or FtYPE Select the thermocouple type to K or JSetting the Clock TimedAtE parameter.1. Accessthe2. Use the arrow keys to change a value3. Use the ENTER button to step through the selections4. Press and hold the SET button for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode).5. The clock will keep accurate time even when the meter is switched off. However, if the batteryexpires the clock will have to be reset after fresh batteries are installed.Setting the Datalogger Sampling Time (Rate)SP-t parameter.1. Accessthe2. Use the arrow keys to select the desired sampling rate. The available settings are: 0, 1, 2, 5, 10,30, 60, 120, 300, 600, 1800, and 3600 seconds.3. Press the ENTER key to confirm the entry.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode). Enabling/Disabling the Auto Power OFF FeaturePoFF parameter .the1. Access2. Use the arrow keys to select ON (enable) or OFF (disable). With the Auto Power OFF featureenabled, the meter will automatically switch OFF after 5 minutes of inactivity.3. Press ENTER to confirm setting.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode).Set the Beeper Sound ON or OFFbEEP parameter.1. Accessthe2. Use the arrow keys to select ON (enable) or OFF (disable).3. Press ENTER to confirm setting.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode). Numerical Setting (comma or decimal)European and USA numerical formats differ. The meter defaults to USA mode where a decimal point is used to separate units from tenths, i.e. 20.00; European formats use a comma, i.e. 20,00 to separate units from tenths. To change this setting:dEC parameter as described in the Accessing Setup Mode section above.1. Accessthe2. Use the arrow keys to select USA or EUro.3. Press ENTER to confirm setting.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode). SD Card FORMATTINGtheSd-F parameter.1. Access2. Use the arrow keys to select YES to format the card (select NO to abort). Note that all data onthe card will be lost if formatting is attempted.3. Press ENTER to confirm selection.4. Press ENTER again to re-confirm.5. The meter will automatically return to the normal operating mode when formatting is complete.If not, press and hold the SET key for at least 1.5 seconds to exit to the normal operationmode.Set the Temperature Units of Measure (°C or °F)thet-CF parameter.1. Access2. Use the arrow keys to select °C or °F.3. Press ENTER to confirm setting.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode). Set the Temperature Thermocouple Type (J or K)tYPE parameter.1. Accessthe2. Use the arrow keys to select J or K.3. Press ENTER to confirm setting.4. Press and hold the SET key for at least 1.5 seconds to exit to the normal operation mode (orsimply wait 7 seconds for the meter to automatically switch to the normal operating mode).Battery Replacement and DisposalWhen the low battery icon appears on the LCD, the batteries must be replaced. Several hours of accurate readings are still possible in this condition; however batteries should be replaced as soon as possible:1. Remove the two (2) Phillips screws from the rear of the meter (directly above the top of the tiltstand).2. Remove and safely place the battery compartment and screws where they will not be damagedor lost.3. Replace the six (6) 1.5V ‘AA’ batteries observing polarity.4. Replace the battery compartment cover with the two (2) Phillips screws.All EU users are legally bound by the Battery Ordinance to return all used batteries tocommunity collection points or wherever batteries / accumulators are sold!Disposal in household trash or refuse is prohibited!Disposal: Follow the valid legal stipulations in respect of the disposal of the device at theend of its lifecycleOther Battery Safety Reminders∙Never dispose of batteries in a fire. Batteries may explode or leak.∙Never mix battery types. Always install new batteries of the same type.SpecificationsGeneral SpecificationsDisplay Backlit LCD; LCD size: 52 x 38mm (2 x 1.5”)Measurement Units Air velocity: m/S (meters per second) Km/h (kilometers per hour)Ft/min (FPM; feet per minute), Knots (nautical miles per hour), Mile/h(mph; miles per hour)Air temperature: °C / °FType K / Type J thermocouple: °C / °FDatalogger Sampling Rate AUTO: 1, 2, 5, 10, 30, 60, 120, 300, 600, 1800, 3600seconds. Note that a one (1) second sampling rate cancause some data loss on slower computers.MANUALLY: Set the sampling rate to ‘0’Memory Card SD memory card; 1G to 16GB sizeTemperature Compensation Automatic temperature compensation for the Anemometerfunction and the type K/J thermometer function Data Hold Freeze the display readingMemory Recall Record and Recall the Maximum and Minimum readingsDisplay update rate Approx. 1 secondData Output RS-232 / USB PC computer interfaceOperating Temperature 0 to 50°C (32 to 122°F)Operating Humidity 85% R.H. max.Auto Power OFF A fter 10 minutes of inactivity (can be disabled)Power Supply Six (6) 1.5VDC batteries (optional 9V AC adaptor)Power Consumption Normal operation (backlight & datalogger OFF): Approx. 15 mA dcWith backlight OFF and datalogging ON: Approx. 36 mA dc Weight 347g (0.76 lbs.); meter onlyDimension Main instrument: 182 x 73 x 47.5mm (7.1 x 2.9 x 1.9”)Anemometer sensor head: 72mm (2.8”) diameterElectrical Specifications (Ambient Temperature 23°C ± 5°C)Air velocityMeasurement Range Resolution Accuracym/S 0.4 - 35.0 m/s 0.1 m/S ± (2% rdg + 0.2 m/S)Km/h 1.4 - 126.0 km/h 0.1 Km/h ± (2% rdg + 0.8 Km/h)mph (Mile/h) 0.9 – 78.3 mile/h 0.1 mph ± (2% rdg + 0.4 mph)Knots 0.8 – 68.0 knots 0.1 Knots ± (2% rdg + 0.4 Knots)FPM (Ft/min) 79 - 6890 ft/min 1 FPM ± (2% rdg + 40 FPM)Note: 5 minute test limit on air speed >30.0m/s, 108km/h, 67mph, 58 knots, 5910ft/minAir temperatureMeasuring Range 0 to 70°C (32 to 158°F)Resolution 0.1°C (0.1 °F)Accuracy ± 0.8°C (1.5°F)Type K/J Thermocouple Thermometer TemperatureSensor Type Resolution Range Accuracy0.1°C -50.0 to 1300.0°C-100.0° to -50.1C± (0.4% rdg + 0.5°C)± (0.4% rdg + 1°C)Type K0.1°F -58.0 to 2372.0°F-148.0 to -58.1°F± (0.4% rdg + 1°F)± (0.4% rdg + 1.8°F)0.1°C -50.0 to 1200.0°C-100.0 to -50.1°C± (0.4% rdg + 0.5°C)± (0.4% rdg + 1°C)Type J0.1°F -58.0 to 2192.0°F-148.0 to -58.1°F± (0.4% rdg + 1°F)± (0.4% rdg + 1.8°F)Note: Above specifications tested under an environmental RF Field Strength lower than 3 V/M and afrequency lower than 30 MHzCopyright © 2013 FLIR Systems, Inc.All rights reserved including the right of reproduction in whole or in part in any form11 SDL300-EU-EN V1.5 07/13。

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