纯正弦波逆变器的使用方法

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2000W正弦波逆变器说明书

★★★设备使用前，请仔细阅读使用说明书正弦波逆变器使用说明书11一、概述我公司生产的纯正弦波逆变器，可将蓄电池的直流电能逆变成额定电压输出的正弦波交流电，供用户负载使用。

本逆变器外观大方、指示直观、操作方便。

具有交流自动稳压输出、过压、欠压、过载、过热、短路、反接等完善的保护功能。

核心控制元件采用美国原装微控制器，功率器件则采用优质的进口器件。

本电源整机效率高，空载损耗底。

经大量实验证明，该系统运行安全、稳定、可靠，使用寿命长。

具有很高的性能价格比。

二、功能简介1、充电控制功能：风力发电机输出的交流电能先转换成直流电能，然后和太阳能电池板一起对蓄电池进行充电。

2、逆变输出功能：在打开前面板的“逆变开关”后，本电源即将蓄电池的直流电转化成额定电压220V的正弦波交流电，并从后面板的交流插座输出。

3、自动稳压功能：当蓄电池组电压在电压欠压点和过压点之间波动，负载在额定功率之内变化时，本机具有交流输出自动稳压功能。

4、过压保护功能：当蓄电池电压大于“过压点”时，设备将自动切断逆变输出，液晶显示“过压”，同时蜂鸣器发出十秒的报警声。

待电压下降到“过压恢复点”时，逆变才自动恢复；5、欠压保护功能：当蓄电池电压低于“欠压点”时，为了避免过放而损坏蓄电池，本设备将自动切断逆变输出。

此时，液晶显示“欠压”，同时蜂鸣器发出十秒的报警声。

待电压上升到“欠压恢复点”时，逆变才自动恢复.6、过载保护功能：当交流输出功率超额定功率时，本设备将自动切断逆变输出，同时，液晶显示“过载”，蜂鸣器发出十秒的报警声。

关闭前面板的“逆变开关”，可使“过载”显示消失。

如需重新开机，则必须检查确认负载功率在允许范围内，然后再打开“逆变开关”恢复逆变输出.7、短路保护功能：如果交流输出回路发生短路，本设备将自动切断逆变输出，同时，液晶闪烁显示“过载”，同时蜂鸣器发出十秒的报警声。

关闭前面板的“逆变开关”，可使“过载”显示消失。

如需重新开机，则必须检查确认输出线路正常后，再打开“逆变开关”，恢复逆变输出.8、过热保护功能：如果机箱内部控制部分的温度过高，本设备将自动切断逆变输出，同时，液晶显示“过热”，同时蜂鸣器发出十秒的报警声。

纯正弦波逆变器驱动板说明书

ELECTRONIC GIANT EGS001 用户手册纯正弦波逆变器驱动板EG8010 芯片测试板EGS001正弦波逆变器驱动板用户手册V1.2版本更新：V1.1：针脚定义中，将1HO、1LO和VS1的定义更改为右桥臂，将2HO、2LO和VS2的定义更改为左桥臂。

V1.2：更新原理图中短路保护电路。

1. 描述EGS001是一款专门用于单相纯正弦波逆变器的驱动板。

采用单相纯正弦波逆变器专用芯片EG8010为控制芯片，驱动芯片采用IR2110S。

驱动板上集成了电压、电流、温度保护功能，LED告警显示功能及风扇控制功能，并可通过跳线设置50/60Hz输出，软启动功能及死区大小。

EG8010是一款数字化的、功能很完善的自带死区控制的纯正弦波逆变发生器芯片，应用于DC-DC-AC两级功率变换架构或DC-AC单级工频变压器升压变换架构，外接12MHz晶体振荡器，能实现高精度、失真和谐波都很小的纯正弦波50Hz或60Hz逆变器专用芯片。

该芯片采用CMOS工艺，内部集成SPWM正弦发生器、死区时间控制电路、幅度因子乘法器、软启动电路、保护电路、RS232串行通讯接口和12832串行液晶驱动模块等功能。

2. 电路原理图EGS001驱动板原理图220V输出220V输出图2‐1. EGS001纯正弦波逆变器驱动板电路原理图3. 针脚及跳线3.1 EGS001正视图图3‐1. EGS001驱动板针脚定义3.2 针脚描述针脚序号针脚名称I/O描述1 IFB I 输出电流反馈输入端，引脚输入电压大于0.5V 时过流保护2 GND GND 接地端3 1LO O 右桥臂下管驱动门极输出4 GND GND 接地端5 VS1 O 右桥臂上下功率MOS 管中心点输出6 1HO O 右桥臂上管驱动门极输出7 GND GND 接地端8 2LO O 左桥臂下管驱动门极输出 9 VS2 O 左桥臂上下功率MOS 管中心点输出 10 2HO O 左桥臂上管驱动门极输出 11 GND GND 接地端12 +12V +12V +12V 电源电压输入，输入电压范围: 10V~15V 13 GND GND接地端 14 +5V +5V +5V 电源电压输入15 VFB I 输出电压反馈输入端,具体功能及电路请参照EG8010芯片手册17. FANCTR16. TFB15. VFB14. +5V13. GND12. +12V11. GND10. 2HO9. VS28. 2LO7. GND6. 1HO5. VS14. GND3. 1LO2. GND1. IFB16 TFB I 温度反馈输入端，引脚输入电压大于4.3V 时过热保护17 FANCTR O外接风扇控制，当T FB 引脚检测到温度高于45℃时，输出高电平“1”使风扇运行，运行后温度低于40℃时，输出低电平“0”使风扇停止工作3.3 跳线设置序号跳线名称标号设置说明JP1当JP1短路时，选择60Hz 输出 1 FRQSEL0JP5 当JP5短路时，选择50Hz 输出 JP2当JP2短路时，使能3秒软启动功能 2 SSTJP6 当JP6短路时，关闭软启动功能JP33 DT0JP7 JP44 DT1JP8当JP7和JP8同时短路时：死区时间为300ns 当JP3和JP8同时短路时：死区时间为500ns 当JP4和JP7同时短路时：死区时间为1.0us 当JP3和JP4同时短路时：死区时间为1.5us出厂时驱动板跳线默认设置为JP5、JP2、JP7、JP8短路，对应功能为50Hz 、3S 软启动、死区时间300nS ，用户可根据自己需求更改。

3000W纯正弦波逆变器的详细过程

3000W纯正弦波逆变器的详细过程什么是逆变器逆变器是把直流电能（电池、蓄电瓶）转变成交流电（一般为220V，50Hz正弦波）。

它由逆变桥、控制逻辑和滤波电路组成。

简单地说，逆变器就是一种将低压（12或24伏或48伏）直流电转变为220伏交流电的电子设备。

因为我们通常是将220伏交流电整流变成直流电来使用，而逆变器的作用与此相反，因此而得名。

什么是正弦波逆变器逆变器可以按照它的输出波形进行分类，分为方波逆变器、修正波逆变器和正弦波逆变器。

因此正弦波逆变器的定义就是输出波形为正弦波的逆变器。

它的优点是输出波形好，失真度很低，且其输出波形与市电电网的交流电波形基本一致，实际上优良的正弦波逆变器提供的交流电比电网的质量更高。

正弦波逆变器对收音机和通讯设备及精密设备的干扰小，噪声低，负载适应能力强，能满足所有交流负载的应用，而且整机效率较高；它的缺点是线路和相对修正波逆变器复杂，对控制芯片和维修技术的要求高，价格较贵。

正弦波逆变器实物图工作原理在介绍正弦波逆变器工作原理之前，先介绍一下逆变器的工作原理。

逆变器是一种DCtoAC的变压器，它其实与转化器是一种电压逆变的过程。

转换器是将电网的交流电压转变为稳定的12V直流输出，而逆变器是将Adapter输出的12V直流电压转变为高频的高压交流电；两个部分同样都采用了用得比较多的脉宽调制（PWM）技术。

其核心部分都是一个PWM集成控制器，Adapter用的是UC3842，逆变器则采用TL5001芯片。

TL5001的工作电压范围3.6～40V，其内部设有一个误差放大器，一个调节器、振荡器、有死区控制的PWM发生器、低压保护回路及短路保护回路等。

输入接口部分：输入部分有3个信号，12V直流输入VIN、工作使能电压ENB及Panel电流控制信号DIM。

VIN由Adapter提供，ENB 电压由主板上的MCU提供，其值为0或3V，当ENB=0时，逆变器不工作，而ENB=3V时，逆变器处于正常工作状态；而DIM电压由主板提供，其变化范围在0～5V之间，将不同的DIM值反馈给PWM控制器反馈端，逆变器向负载提供的电流也将不同，DIM值越小，逆变器输出的电流就越大。

用BC5016BC6016 构成的纯正弦波逆变

产品应用笔记:用BC5016/BC6016构成的纯正弦波逆变器Rev：5060A0601一．逆变器简述在很多场合，正弦波逆变器的作用是肯定的，如野外作业、车载电源、太阳能和风力发电、停电应急等。

虽然，相当部分的交流负载可改由方波逆变器供给电源，例如电阻性的白炽灯泡。

但是，对于电感性负载（如交流电机），方波逆变器就显得有点力不从心。

究其原因，由于方波的高次谐波成分非常丰富，使它的波形前沿和后沿比较陡峭，正向峰值到负向峰值几乎在同时产生，而电感性负载存在静止惯性而使磁化速度跟不上方波到达峰值的速度，这样，对负载和逆变器本身造成剧烈的不稳定影响。

由于方波逆变器与正弦波逆变器均输出真有效值相等的电压，但它们的峰值电压却相差甚远，对于某些电容性负载（如开关电源、电子节能灯），均是先将正弦交流电压有效值整流滤波后，得到1.414U的峰值电压，再供给后续电路使用，而方波交流电压的有效值在整流滤波后，得到的峰值仍为其有效值。

如220V的正弦交流电压值整流滤波后得到311.08V的峰值电压，而220V的方波交流电压整流滤波后仍为220V。

一支普通的节能灯在220V的方波交流电压下燃点其功率约等于在155.6V 的正弦交流电压下燃点的功率。

同时，方波逆变器的负载能力差，仅为额定负载的40－60％，如所带的负载过大，方波电流中包含的高次谐波成分将使流入负载中的容性电流增大，严重时会损坏负载的电源滤波电容。

针对上述缺点，近年来出现了准正弦波（或称改良方波、修正正弦波、模拟正弦波等等）逆变器，其输出波形从正向最大值到负向最大值之间有一个时间间隔，使用效果有所改善，但准正弦波的波形仍然是由折线组成，属于方波范畴，连续性不好。

纯正弦波逆变器的兼容性是最好的，因为正弦波逆变器输出的是同我们日常使用的电网一样的正弦波交流电，多数的负载均按照其特性而设计的。

实现正弦波逆变可通过两种方法：一种是先调制后升压，另一种是先升压后调制。

图1和图2显示了这两种电路拓扑。

phocos pswh-5kw-23048v pswh-3kw-23024v 纯正弦波逆变器使用和

系列带有MPPT充电功能的混合充电型纯正弦波逆变器PSW-H-5kW-230/48VPSW-H-3kW-230/24VPSW-H-5kW-120/48VPSW-H-3kW-120/24V使用和安装说明书中文对于其他语言请参阅For further languages seeFür weitere Sprachen siehe目录1.0产品介绍 (2)2.0重要安全信息 (2)3.0法规信息 (3)4.0概述 (3)功能概述 (3)产品概述 (5)5.0安装 (6)包装清单 (6)电池接线扩展盒和线缆密封管的安装 (6)产品固定安装 (6)电池连接 (7)交流输入电源和交流输出负载的连接 (8)光伏连接 (10)最后的总装 (11)远程显示单元安装 (11)多台单相并联、三相连接或者分相连接 (13)6.0BLE蓝牙连接手机 (19)7.0继电器触点 (19)8.0操作 (19)逆变器供电开关 (19)显示和控制单元 (20)显示图标 (21)设备操作设置 (23)USB和计时器设置 (31)即时数据屏幕视图 (33)操作模式功能描述 (39)9.0失效模式代码 (42)10.0告警代码 (43)11.0故障排除 (45)12.0技术参数 (48)并网 (48)离网 (49)电池充电 (50)通用技术参数 (51)13.0质保 (52)质保条款 (52)免责声明 (52)1.0产品介绍尊敬的客户，感谢您选择Phocos产品。

Any-Grid™混合充电型纯正弦波逆变器系列产品具有众多出色的功能和使用实例，例如：用作纯离网型逆变器，适用于没有公共电网接入的应用。

用作备有太阳能充电（可选）的不间断电源功能（UPS），用于间歇性或不稳定的公共电网。

用作公共电网或交流发电机接入的逆变器，通过优先使用太阳能或电池能源来减少公共电网或交流发电机的使用需求，从而节省电费或燃油。

在合法的情况下，无论是否连接电池，都可能向公共电网馈电。

工频纯正弦波逆变器

工频纯正弦波逆变器说明书目录目录 (2)一．特点 (3)二．面板说明 (4)三．技术参数 (5)四．安装 (6)1．连接示意图 (6)2．使用导线平方数 (6)3．安装指南 (7)4．远程控制安装 (7)五．蓄电池类型选择 (7)六．工作原理 (9)1．充电阶段解释 (9)2．充电曲线图 (9)七．使用说明 (10)八．应用领域 (10)1．家庭娱乐 (10)2．家庭设备 (10)3．办公设备 (11)4．照明设备 (11)九．状态指示及故障对照表 (11)一．特点z安静，高效率运作z前面板LED指示灯和可调开关选择器z可选设置铅酸电池，胶体电池，或玻璃纤维隔板（AGM）电池等 z70A自动三阶段充电（大电流充电，吸收，和浮充）z快速开关（栅板到电池和电池栅板）的备用电源z较低的闲置电流能和发动机一致,在没有负载情况下节约能源. z在极端环境条件下具有持久的寿命z高负载能力可以承担比较大的负载,在过载情况下能稳定处理 z电路板涂层可以保护他们免遭腐蚀及提高使用寿命和可靠性z持久的粉末涂层，耐腐蚀钢底盘,具有防水功能z保护功能:a)过电压和低电压保护b)高温保护c)自动过载保护d)短路保护二．面板说明正面面板交流输出端面板市电输入零线市电输入火线机器输出地线市电输入地线机器输出零线机器输出火线远程指示灯三．技术参数输入波形正弦波(实用工具或发电机)标称输入电压 120V 230V低压跳闸 90V ±4% 184V/154V ±4% 低压重启 100V ±4% 194V/164V ±4% 高压跳闸 140V ±4% 253V ±4% 高压重启 135V ±4% 243V ±4% 交流最大输入电压 150V 270V额定输入频率 50Hz/60Hz(自动检测)低频跳闸 47Hz-50Hz, 57Hz-60Hz高频跳闸 55Hz-50Hz, 65Hz-60Hz输出波形与输入波形相同（旁路模式）过载保护断路器短路保护断路器最大旁路电流 30安培/40安培在线转换式转换效率 95%以上在线切换时间 10ms (标准)旁路无电池连接是旁路最大电流 30安/40安旁路过载电流 35安/45安（报警）逆变器规格/输出输出波形纯正弦波持续输出功率 1000W 1500W 2000W 3000W 4000W 5000W 6000W 持续输出功率 1000V A 1500V A 2000V A 3000V A 4000V A 5000V A 6000V A 功率因数 0.9-1.0输出电压调节 ±10% rms输出频率 50Hz ±0.3Hz 60Hz ±0.3Hz额定效率大于88%峰值额定值 3000W 4500W 6000 9000 2000 15000 18000 短路保护是，故障后十秒接蓄电池端面板直流输入负极直流输入正极逆变器规格/输入额定输入电压12V 24V 48V最小启动电压10V 20V 40V电瓶低电压报警10.5V 21V 42V电瓶低电压脱扣10V 20V 40V高压报警16V 32V 64V节电器启用时低于25瓦节电器远程均为开关调节充电器模式规格输入电压范围 95-127V AC 194-243V AC/ 164-243V AC(W) 输出电压根据电池类型充电电流35A/70A启动时电瓶初始电压 0-15.7V,12V (*2,24V; *4, 48V）过充保护关断15.7V, 12V (*2,24V; *4, 48V）电瓶类型决定充电器（恒定电流四阶段）数控渐进充电四步走远程控制/RS232/USB 是，可选尺寸（mm） 1000W/1500W/2000W/3000W: 442*218*179mm4000W/5000W/6000W: 598*218*179 mm 重量： 1000W 1500W 2000W 3000W 4000W 5000W 6000W17kg 18kg 20kg 22kg 35kg 38kg 40kg 四．安装1．连接示意图2．使用导线平方数充电或逆变电流导线长0-1.5 米导线长1.5-4.0米125-180A 50平方 70平方180-330A 70平方 90平方3．安装指南a)将本品与蓄电池组距离尽量拉近b)保持阴凉，干燥以及良好通风c)本品放置方向无关d)无论从原厂购买1.5米长的导线，或者使用你自己的线，都要按照导线平方数表所指明的粗细以确保对直流电流足够粗。

OLYS 正弦波逆变器充电逆变一体机使用说明书

1. 本产品可适用冰箱，洗衣机，手电钻等感性负载。

2. 超低的待机功耗，待机功率仅为0.3W3. 输入电压可适用12V 或者24V （只能任选一种）.4. 多种安全保护及声音报警.5. 具有电池优化功能，让你的蓄电池更耐用5. 内置太阳能充电控制器(充电逆变一体机）1. 不正确的安装会导致设备的损坏，造成功能不良或者对用户潜在的危害2. 逆变器工作是会产生高压，如果接触有电部分会导致致命危险，因此，针对逆变器的任何操作，必须小心。

3. 不允许用户操作逆变器内部的任何部分。

4. 不要将任何产生电流或电压的发生装置（比如公共电网，发电机等）接到逆变器的输出端，会将产品烧毁。

5. 本产品充电适用于铅酸蓄电池或者胶体电池。

6. 远离未授权接触产品的人，特别是儿童。

正弦波逆变器充电逆变一体机使用说明书感谢你使用奥林斯产品,在使用产品之前，请仔细阅读本产品说明书1. 安装位置：请安装在干燥的地方（最大湿度95%），不能直接安放在蓄电池上面。

周围通风必须通畅，产品各个方向最少保留10CM 的空间，便于散热。

不要将易燃易爆的物品放在产品周围。

2. 使用M 5螺丝把逆变器固定在不易燃烧的平面上，螺丝不随机配送。

1. 负载连接逆变器的接线必须非常小心，首先要接负载，当有交流电输出的时候避免任何接触。

一旦接上负载，在逆变器连接蓄电池前，请确保其处于关闭状态。

2 蓄电池连接.●在蓄电池端上必须安装保险丝● 蓄电池接线时仔细观察端子的颜色，区分正负极。

正负极接反，会导致产品烧坏。

● 蓄电池连接请参考以下颜色区分：黑色接线端子：负极（-）红色接线端子：正极（+）注意：当接通蓄电池时会有火花产生，属于正常现象。

（给内部的滤波电容充电）●请尽可能的不要延长蓄电池电缆，会引起压降损耗，造成逆变器误操作, 建议线长不要超过2米线经推荐： 500W /600W :6mm 300W /400W :4mm注意事项：连接方法22以下情况逆变器具有声音报警过热: 当温度差3℃达到高温保护值时，蜂鸣器响，如果此时减小负载电流，温度恢复到正常水平，逆变器输出电压不会被中断蓄电池低电压: 蓄电池低电压切断逆变器输出前蜂鸣1分钟，如果蓄电池电压上升，可以避免逆变器低压保护按开关启动逆变器: 长鸣2秒钟，马上有电压输出注：声音报警功能可以设置关闭3. 输出电压闪变报警当关闭了声音报警或者无法听到报警声时，此方式可以提醒用户因为过热或者蓄电池低电压造成逆变器即将停机，如果开启这个功能，输出电压将会闪变，导致灯的亮度闪变，用来提示用户蓄电池即将没电，这时，用户可以减小负载功率来保证优先负载的供电（例如照明）4. 待机功能本逆变器具有独特的待机功能，当检测到没有负载时，通过间歇地关闭逆变器来节省能量，在这个模式下LED1闪烁，表示间歇性的输出电压每一秒钟输出一个正弦波. 逆变器进入待机模式时候,待机功耗仅为0.4W出厂默认负载探测值：5W. 当负载功率小于5W时候. 没有电压输出. 当负载>5W时,立刻有电压输出.注: 出厂默认待机功率可根据用户需求来调整,订货时候请向工厂注明需求功能开启和关闭用户可以对逆变器的以下功能进行自由的开启或关闭1. 逆变器即将停机前声音报警2. 蓄电池优化程序3. 逆变器即将停机前输出电压闪变设置方法按住ON/OFF键持续特定的时间（对应每个功能，参考下表），蜂鸣器指示相应的功能是处于开启或关闭状态一声短蜂鸣声（嘀） = 功能开启二声短蜂鸣声(嘀嘀） = 功能关闭听到蜂鸣声后，两秒内释放ON/OFF键，功能的状态将会改变（翻转). 如果不希望改变设置而了解功能状态,用户可一直按住ON/OFF键. 当超过20秒,将会听到持续的蜂鸣声,至少顺序的结束,松开按键声音会停止, 将不会影响或者改变功能的设置.1. 逆变器具有电子保护电路。

英普纯正正弦波逆变器（12V 24V 48V）用户手册说明书

POWER INVERTERRoHSPromote green energyModified Sine Wave Pure Sine WaveUSERUSER MANUALStatement: there are some differences between the image and the real object, please subject to real objects; Products are being updated constantly,if you need to learn more,Do not open inverter without permission!Universal Australia France&Germany I talySmall Europe Type South Africa UK USAAustralia Europe&USA&Japan France Germany60006000W12000W12/24/48VPure sine wave or Modified sine waveThank you for purchasing our Power Inverter.lt is a compact and highly portable power inverter Which has an excellent track record in the field of high frequency inverter. From the 12V/24V/48V DC outlet in your vehicle or boat, or directly from a dedicated 12V/24V/48V DC battery,this inverter can efficiently and reliably power a wide variety of house hold AC products,such as TV, Computers,Air-conditioner etc. Please read this guide before installing or using the Due to our continuous work to upgrade and improve our products, we may change or revise the contents of this manual instructions or any part of it without giving any further notice.Pure sine wave or Modified sine wave600W 1200W800800W 1600W12/24/48V 12/24/48VType:TypeA,TypeB,TypeC,TypeD,TypeE,TypeF,TypeG;75W,100W,150W,200W,300W,500W,600W,800W,1000W,1200W,1500W,2000W,2500W,3000W,4000W,5000W,6000W,8000W,10000W,1205,2405,1210,2410,1215,2415,1220,2420,1230,2430,1250,2450,M:Modified sine wave inverterSY:Movable solar power system;Pure sine wave or Modified sine wave25002500W 5000W30003000W 6000W12/24/48V 12/24/48V………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………………12-3456677-889-1011-151617-2122-24SOLUTIONShorten the wire or use widercable. Charge the battery.Make the inverter get cooler.Improve ventilation around the inverter. Place the inverter at a cool place.Feed the load according to e bigger power Check the connection and ower a s a n ormal h ousehold f an o r v ent o penings. 1-4. Do not under any circumstance, connect the inverter to AC power.1-5. The inverter housing may become uncomfortably warm, reaching 140F(60℃)under extended high power opeartion. Ensure at least 2 inches (5cm) of air space is maintained on all sides of the inverter.During operation, keep away from materials that 1-6. Do not use the inverter in the presence of flammable fumes or gases, such as in the bilge of a gasoline powered boat,or near a propane tanks. Do not use the inverter inSOLUTIONmodified sine wave real effective value to get the accurate Charge the battery or change batteryan enclosure containing automotive-type, lead-acid batteries.These batteries, unlike sealed batteries,emit explosive hy-drogenation which can be ignited by sparks from electrical tlets.T h e in verter w ill be 1-8. Do not expose the inverter to temperatures exceeding 104F(40℃).CAUTION! Do not use the inverter with the following equipment;1-9. Small battery operated products such as rechargeable falshlights,some rechargeabl shavers, and nightlights that are plugged directly into an AC receptacle to recharge.1-10. Certain battery chargers for battery packs used in hand powered tools. These chargers will have warning labels stating that dangerous voltages are present at the 1-11. Note DC voltage of battery should be similar to input DC voltage of power inverter (for example DC12V of battery should be connected with input voltage 12V of the inverter).SOLUTIONUse appliances havingpower below the inverter ′s Since the peak power of the electric appliances exceeds the peak power of the inverter, use an appliance with a peak power consistant with the inverterThe electric appliances does not work,and the red FAULT indicator of the inverter lights.The inverter come in two types; pure sine wave power type and modified sine wave type. In the pure sine wave power inverter, the 240V AC output harmonically follows a smooth sine wave and is almost identical to normal mains electricity. As a result, the pure sine wave output would be A Graphic Comparison of Modified Sine Wave and Pure Sine Wave is shown belew:Pure Sine WaveOverload protection / Over voltage protection / Short Circuit protection / Over、Sand bl a st M achine、Scanning Machine etc.Lamp or LED、SewingFreezer、 Coffemaker、For safe and optimum performance,install the inverter in a location that is：3-1-2. Cool - Operate only in ambient temperatures between 32F (0℃) and 104F ). Keep away from heating vents or other heat producing equipment.3-1-3. Safe - Do not install inverter in a compartment with batteries or flammable 3-1-4. Well ventilated - Allow at least 2 inches(5cm)clearance above and on all sides 3-1-5. Clean and free of dust and dirt- This is especially important if the inverterSOLUTIONReplace the battery or usebattery charger to charge yourSwitch off the inverter and let itget cooled for 15 minutes. Clearobjectes around the fan and theinverter. Place the inverter at acool place.Reduce loadaccording to requirements.Check the working state of thecharging system. Make sure theoutput voltage of the battery iswithin the proper voltageAC appliances do not work, and the green power indicator does not light.SOLUTIONCheck the battery, replace it ifcorrect the connection to battery,the inverter may be damaged.Replace the fuse inside inverter(outside warranty cover)Check the cables and theconnection, screw tight thewiring terminal-14-The Sketch of InverterModified sine wave800W-2000W,Pure sine wave800W-2000WOutputs connectionTips ：48V a nd 2 4V i n verters a re c onnected i n s imilar w ays,b ut t h e b atteries i n s eries.AC OutletsGround Connection nutUSB DC 5VBattery Connection Red+Battery Connection Black-Battery connecting cablesFanThe inverter works in two stages. During the first stage, the DC to DC converter increases the DC input voltage from the power source (eg.A 12V battery) to 300V DC In the second stage, the high voltage DC is converted to the watts you need (AC) using advanced power MOSFET tran-sistors or IGBT technology in a full bridge configuration The result is excellent overload capability and the capacity to operate difficult reactive loads 3-3-1.Attach the ring type connector marked with redto the positive (+) DC terminal on the inverter and attach the ring connector marked with black to the negative (-) DC A reverse polarity connection (positive to negative) may damage the inverter (Fuse)Damage caused by a reverse polarity connection would probably invalidate your warrantyWARNING: Sparking may occur when connecting the unit to the battery, makesure no flammable fumes are present before making any connections.3-5-1. When a 12V/24V/48V DC outlet or battery properly connected to the inverter,turn on the ON/OFF, the green Power indicator will light, and it deliver AC power to the 3-5-2. Plug the AC appliances you wish to operated into the AC outlet (s) and switch NOTICE: When connect to the appliances,remember to turn on the inverter 3-5-3. If the audible alarm be ignored the inverter may be automatically shut down when the battery voltage drops to 9.8-10.2V / 19.6-20.4V / 39.2-40.8V. in order to 3-5-4. If the AC appliances rated power is higher than inverters rating(or the appliance draws excessive surge power),the inverter will shut down. The red FAULT indicator will light. 3-5.5. If the inverter exceeds a safe operating temperature, due to insufficient.ventilation or a high surrounding temperature , it will automatically shut down. The red FAULT indicator will light and the audio warning alarm will sound.3-3-2. Tighten the nut on each DC terminal by hand until it is snug. If the power more 3-3-3. When the inverter is not in use , unplug it from the 12V/ 24V /48V DC 3-5-6. If a defective battery charge system has caused the battery voltage to rise to a dangerously high level, the inverter will automatically shut down.3-5-7. The cooling fan is designed to operate only when the temperature goes up or CAUTION: Before using the inverter,please provide a ground connection wire. On the rear panel of the inverter is at erminal fitted with a nut for connecting to the inverter and to the earth terminal of the AC output socket. Please choose heavy duty, insulated green/yellow wire. Drive into the ground to a depth of 1-2m or more. In a vehicle,connect the inverter to the chassis of the vehicle. In a boat, connect to the boat ˋs We advise that please use deep cycle battery. If you hear the low voltage alarm, please stop the inverter immediately. When the battery is fully charged, the inverter can be used again. If you use the inverter in a car, then it would be necessary to run the engine of your car after each time you use the inverter. You can run the engine for 10 minutes or so to recharge the -13-Modified sine wave3000W-6000W,Pure sine wave3000W-6000WLight Indicators Power (Green) and Fault (Red)Ground Connection nutFanBattery Connectiong LinesUSB DC 5VON/OFF SwitchAC OutletsBattery Connection,Red+, Black-CAUTION: Although the inverter incorporates the protection function against over-voltage, there would be still the possibility of getting the unit damaged Modified sine wave150W-600W,Pure sine wave150W-600WCrocodile Clip linesUSB DC 5VON/OFFSwitchAC OutletsCigarette Lighter FanBattery Connection,Red+, Black-。

TPower系列纯正弦波逆变器用户手册说明书

Pure Sine Wave InverterUser ManualTP10K/TP10KBContentsImportant Safety Instructions (1)1. Product Overview (5)1.1 Information & Features (5)1.2 Structure (6)1.3 Name definition (9)1.4 Connection schematic diagram (9)1.5 Electrical schematic diagram (10)2. Installation (11)2.1 Warning (11)2.2 Wire & breaker selection (11)2.3 Instructions (12)2.4 Output voltage/frequency grade switch (17)3. Interface (18)3.1 Indicator (18)3.2 Buzzer (19)3.3 Buttons (19)3.3 LCD Display (19)3.4 Icon (20)3.5 Operation (20)4. Protection (22)5. Troubleshooting (25)6. Maintenance (27)7. Specifications (28)AnnexⅠ Disclaimer (32)AnnexⅡ Mechanical Dimension Diagram (33)Important Safety InstructionsPlease reserve this manual for future review.This manual contains all the instructions about safety, installation, and operation for TPower series pure sine wave inverter (hereinafter referred to as the inverter).Explanation of symbolsTo enable the user to use the product efficiently, as well as to ensure personal and property safety, this manual provides related information and emphasize the following symbols.Please read the related words carefully when you encounter the following symbols in the manual.TIP:Indicates any practical advice for reference.IMPORTANT:Indicates a critical tip during the operation, if ignored, may cause the device to run in error.CAUTION:Indicates potential hazards, if not avoided, may cause the device damaged.WARNING:Indicates the danger of electric shock, if not avoided, would cause casualties.WARNING HOT SURFACE:Indicates the risk of high temperature, if not avoided, would cause scalds.Read the user manual carefully before any operation.Symbols of inverterWARNING: The entire system should be installed by professional and technical personnel.2. Requirements for professional and technical personnel:•Professionally trained;•Familiar with related safety specification for the electrical system;•Read this manual carefully, and master related safety cautions.3. Professional and technical personnel is allowed to do:•Install the inverter to the specified location;•Conduct trial operations for the inverter;•Operate and maintain the inverter.4. Safety cautions before installation:IMPORTANT: When receiving the inverter, please firstly check if there is any damage occurred in transportation, if find any problem, please contact the transportation company or our company in time.CAUTION: When place or move the inverter, must follow the instructions in the manual.CAUTION: When install the inverter, must evaluate whether the operation area exists any arc danger.WARNING: Do not place the inverter in places where children can touch.WARNING: The inverter is off-grid type, and it is strictly prohibited to be connected to the grid; otherwise the inverter would be damaged.WARNING: The inverter is only allowed for stand-alone operation, and it is prohibited to connect multiple units’ output in p arallel or in series; otherwise the inverter would be damaged.5. Safety cautions for mechanical installation:WARNING: Before installation, must make sure the inverter has no electrical connection.WARNING: Ensure the heat dissipation space for the inverter installation, and do not install the inverter in humid, greasy, flammable, explosive, dust accumulative or other severe environments.6. Safety cautions for electrical connection:CAUTION: Check if all the wiring connections are tight, to avoid the danger of heat accumulation due to a loose connection.WARNING: Both utility input and AC output are of high voltage, do not touch the wiring connection to avoid electric shock.7. Safety cautions for inverter operation:WARNING HOT SURFACE: When the inverter is working, its heat sink and casing will generate a lot of heat, the temperature would be very high, please do not touch it.CAUTION: When the inverter is working, please do not open the inverter cabinet to operate.8. The dangerous operations which would cause electric arc, fire or explosion: •Hot plug the high voltage fuse on the inverter DC side.•Touch the wire end which hasn’t been insulation treated and maybe electriferous.•Touch the wiring copper row, terminals or internal devices which may be electriferous.•Power cable connection is loose.•Screw or other spare parts inadvertently falls into the inverter.•Incorrect operation by untrained non-professional or technical personnel.WARNING: Once an accident occurs, must be handled by professional and technical personnel. Any incorrect operation would cause a more severe accident.9. Safety cautions for stopping the inverter:•Firstly turn off the breakers on the utility input side and AC output side, then turn off the DC switch;•After the inverter stop working for five minutes, the internal conductive devices could be touched;•The inverter can be restarted after removing the faults which may affect its safety performance;•No maintenance parts in the inverter, if any maintenance service is required, please contact our after-sales service personnel.10. Safety cautions for inverter maintenance:•Testing equipment is recommended to check the inverter, to make sure there is no voltage or current;•When conducting electrical connection and maintenance work, must post temporary warning sign or put up barriers, to prevent unrelated personnel from entering the electrical connection or maintenance area;•Improper maintenance operation to the inverter may cause personal injury or equipment damage;•To prevent electrostatic damage, recommend to ware antistatic wrist strap or avoid unnecessary contact with the circuit board.CAUTION: The safety mark, warning label and nameplate on the inverter should be clearly visible, not removed or covered.1.Product Overview1.1Information & FeaturesTPower series is designed aspure sine wave power frequency inverter, whichconverts 110/220VDC to220/230VAC.Thisdevice consists of a DC-AC inverting module and AC-AC bypass module in parallel, also featuredwithhigh reliability, high efficiency, concise appearance, full protection, easy installation and operationfunctions.DC-AC inverting module is anintelligent and full digital designed component with advanced SPWM technology. The module is designed with the pure sine wave output toconvert 110/220VDC to220/230VAC for multiple types of AC loads, such as home appliances, electric tools, industrial devices, audio equipment and solar photovoltaic system.AC-AC bypass module used advanced control algorithm to ensure the stability of output voltage and achieve the fast switching feature. Also the high reliability and high-performance semiconductor inside the module reduce the size and prolong the service life.The 4.2 inches segment type of LCD displays the system operation data and statesin real time.The case in sheet-metal design is featured with high intensity and shielding electromagnetic interference. Also, the universal rotary caster is optional for the system, which contains lifting support feet to fix or move the inverter at anytime and improve product mobility and flexibility.Features：•Advanced SPWM technology and pure sine wave output•Fully digitalized voltage and current double closed-loop control•Low output harmonic distortion(THD≤3%)•Mode selection of bypass priority and inverter priority•Output voltage 220/230VAC and frequency 50/60Hz selectable•Real-time power queryand output power statistics function•Automatic protection featuresof the short circuit, overheating and overload.• 4.2 inches LCD display the system operation data and state dynamically with friendly AI interface•Multiple LED indicators show the operating status of the system in real-time •Designed with soft boot control to avoid the battery be damaged by high current impact when turning on the system•AC OUT button controls the AC output individually•Smart fan control reduces energy consumption and noise•Use popular semiconductor modules with high reliability and low power consumption•Designed with remote switch & RS485 communication interface to achieve the features of remote monitoring and hardware Stop&Start, also the Wi-Fi and Bluetooth communication modules are selectable•Universal rotary caster is optional for free movement and fixation.•Modular design, easy maintenance and repair1.2 Structure(1) FOOT MASTER caster(Optional accessory)Rotate clockwise to raise the supporting feet, then tomove the inverter.Rotate counterclockwise to lower the supporting feet,then to fix the inverter.⑵Terminals and breakers★Interface connection method :(3)DC fan and AC fanDC fan 2 pieces:When the radiator temperature rises to 45℃ above, the DC fans will start; when the radiator temperature declines to 35℃ below, the DC fans will stop .IMPORTANT: DC fans have the self-checking function when the inverter is powered on, the DC fans would run for three seconds automatically.AC fan 3 pieces:Inverter priority:When the internal temperature rises to 35℃ above, and with inverter output, the AC fans will start.When internal temperature declines to 30℃ below, or with no inverter output, the AC fans will stop.1.3Name definition1.4Connection schematic diagramWARNING: The AC equipment must be determined according to the output power of the inverter. Do not connect the load in excess of the inverter’s maximum input power, otherwise, the inverter may be damaged.2. Installation2.1 Warning•Please read the manual carefully to get familiar with the installation steps before installation.•Be very careful when installing the batteries, especially flooded lead-acid battery.Please wear eye protection, and have fresh water available to rinse if any contact with battery acid.•Keep the battery away from any metal objects, which may cause a short circuit of the battery.•Loose connections and corroded wires may result in high heat that can melt wire insulation, burn surrounding materials, or even cause a fire. Ensure tight connections and use cable clamps to secure cables and prevent them from swaying in motion.•Select the system connection cables according to the current density no higher than 5A/mm2.(In accordance with the National Electrical Code Article 690, NFPA70).•For outdoor installation, keep out of the direct sunshine and rain infiltration.•High voltage still exists inside the inverter after turning off the switch, do not open or touch the internal devices, wait five minutes before conducting related operations.•Please do not install the inverter in humid, greasy, flammable, explosive, dust accumulative or other severe environments.•Prohibit reverse connection at the battery input end; otherwise it will easily damage the equipment or cause unpredictable danger.•Both utility input and AC output are of high voltage;please do not touch the wiring connection.• When the fan is working, please do not touch it to avoid injury.2.2 Wire& breaker selectionWiring and installation mode should comply with national and local electrical code requirements.••TP30KBIMPORTANT: The wire size is for reference only, use thicker wires to lower the voltage drop and improve the system performance when the distance between utility and inverter or between inverter and batter is far.IMPORTANT: The above wire size and circuit breaker size are for recommendation only, please choose suitable wire and circuit breaker according to the practical situation.2.3InstructionsInstallation steps：Step1：Professional personnel read this manual carefully.Step2：Determine the installation location and heat dissipation space.Move the equipment: as the equipment is relatively large, it is recommended to use forklift or crane; if the ground is flat, it can be moved by wheels.Place to the location: As the equipment is heavy, it is recommended to be placed on flat ground, with 300mm space reserved all around, to ensure heat dissipation.Fix the equipment: If choose the optional caster, rotate counterclockwise to fix and rotate clockwise to move.WARNING: Risk of explosion!Never install the inverter with flooded batteries in a sealed enclosure! Do not install the device in a confined area where battery gas can accumulate.Step3：Take down the junction box cover plate with special tools.Step4：WiringWiring order:❶Ground——❷Battery——❸Utility——❹AC loadsWARNING: Never connect the utility to the inverter output; otherwise the inverter may be damaged.•GroundingThe voltage of the whole system exceeds the safety voltage level. Thus reliable grounding is needed. The grounding wire shall be the thicker wire(no less than 35mm2), and shall be as short as possible. The grounding point shall be as close as possible to the inverter.CAUTION: When wiring, follow the order ❶❷❸❹ to connect the cables to the equipment, then follow the order ❶❷❸❹ to connect ground, battery, utility and load.WARNING: Make sure all the wiring connections are reliable, otherwise massive heat would accumulate at the connection points to damage the terminals, or even cause a fire.WARNING: Danger, high voltage! Utility input, AC output and DC input will produce high voltage, do not close the breakers during wiring, and make sure the correct polarity of each component.Step5：Connect accessories•Mobile APP(For Android only)Download software：—EPEVER(TP)Communication cable: M12-6-male pin + crystal head-1000mm-v1.0Modules: eBox-WIFI-01 and eBox-BLE-01•PC SoftwareDownload software：—Inverter Monitor(TP)Communication cable: 1.M12-6-male pin + crystal head-1000mm-v1.02.RJ45 Coupler3. CC-USB-RS485-0.3mm2-3m-V1.1Step6：Double check the reliability of wiring connections.Step7：Put on the cover plate.Indicator：Inverter indicator on solidLCD：Step8：Close the bypass circuit breakerThe indicator：utility indicator on solidLCD：Step9：Close the load circuit breakerLCD：Step10：Inverter outputMethod 1: Press the “AC output” button for 3 seconds, the inverter would start the output.Method 2: Connect the remote switch, short-circuit the cable 1(red) and cable 2(white) of the remote switch and RS485 communication interface, the inverter would start the output.Indicator：Inverter indicator slowly flashing and load indicator on solid.LCD：Step11：Turn on the loadLED indicators: Inverter and load indicators are slowly flashing.CAUTION: In case the power is supplied to the different AC loads, it is suggested to turn on the loads with larger surge current first, till the load working well, then turn on the loads with smaller surge current. Especially for inductive loads, should be turned on one by one. Do not turn on the loads at the same time, so as not to cause excessive impact to the inverter, to shorten its life span.CAUTION: In case the inverter is not in regular operation, or LCD or indicator displays abnormal, refer to Section 5 to clear the fault or contact the after-sale service personnel of our company.Step12：Power off the equipmentOpen the AC load circuit breaker—long press “AC output” button to turn off the inverter output—open the bypass circuit breaker—open the battery circuit breaker.WARNING: As electricity exists in the capacitance, the LCD screen would be off after 30 seconds; wait 5 minutes before opening the equipment to repair.WARNING: After the inverter is disconnected from utility and battery bank, need to wait 5 minutes before touching the internal conductive devices.WARNING: As the inverter has soft stat design and only takes effect when the first time it starts, do not frequently switch the input circuit breaker when the inverter is incompletely powered off, otherwise the input battery would undergo high current impact. That is, the input circuit breaker can be closed again after the LCD screen is off.2.4Output voltage/frequency grade switchWhen the dial switch 1 is placed to the ON side, the outputfrequency is 60Hz, otherwise it is 50Hz,When the dial switch 2 is placed to the ON side, the outputvoltage is 230VAC, otherwise it is 220VAC.Operating steps:Open the cover plate on the inverter right side, find the dial switches on the control board which is located on the top left corner, see above picture. Set the outputvoltage/frequency according to demand, then restart the inverter to take effect.IMPORTANT: The factory default output voltage is 220VAC, the output frequency is 50Hz.IMPORTANT: The accessories can refer to the Packing list.3. Interface3.1Indicator3.2 Buzzer3.3 Buttons3.3LCDDisplay3.4 IconIcon Icon3.5 Operation1) Turn on the load:Operation:P ress the “AC output” button for 3seconds, load indicator changes from off to solid on.•Switch from inverter mode to bypass modeOperation:P ress “inverter/bypass” button for 3seconds, bypass indicator changes from off to solid on, inverter indicator changes from on solid to off.3)Clear electricity modeOperation:P ress“inverter/bypass” and “browse” button for 3seconds together to clear the accumulated consumed electricity.•Clear faultOperation:Under failure state, short press any button, the buzzer would stop sounding, but the failure code would still be displayed.IMPORTANT: In case of a non-recoverable failure state, if confirmed the fault is cleared, long press “browser” and “AC output” buttons together to clear the fault, the inverter would recover the output.Press the “Browse + AC output” buttons to clear the faults, the inverter recover output.6.MaintenanceThe following inspections and maintenance tasks are recommended at least two times per year for the best performance.•Make sure no block on air-flow around the inverter. Clear up any dirt and fragments on the radiator.•Check all the naked wires to make sure insulation is not damaged for serious solarization. Frictional wear, dryness, insects or rats, etc. Repair or replacesome wires if necessary.•Check and confirm that indicator and display is consistent with required. Pay attention to any troubleshooting or error indication .Take corrective action ifnecessary.•Confirm that all the terminals have no corrosion, insulation damaged, high temperature or burnt/discolored sign, tighten terminal screws to the suggested torque.•Check for dirt, nesting insects and corrosion. If so, clear up in time.•Check and confirm that lightning arrester is in good condition. Replace a new one in time to avoid damaging the inverter/charger and even other equipment.WARNING：Risk of electric shock!Risk of electric shock! Before the above operations, make sure that all the power is turned off, and the electricity in the capacitances is completely discharged, then follow the corresponding inspections and operations.★Instruction for inverter derating1. Temperature derating:When the temperature is over 45℃(113℉), the output power shouldbe reduced by 1KW (Kilowatts) for each 1℃ (Celsius) increase•TP10K,TP10KB•TP20K,TP20KB•TP30K,TP30KB302.Altitude derating:When the altitude is over 1500m, the output power should be reduced by 1KW (Kilowatts) for each 500m (Meter) increase•TP10K,TP10KB•TP20K,TP20KB•TP30K,TP30KB31Mechanical ParametersAnnexⅠDisclaimerThis warranty does not apply under the following conditions:•Damage from improper use or use in an unsuitable environment.•Load or utility current, voltage or power exceeds the rated value of the inverter. •Damage caused by the ambient temperature exceeds the limit working environment temperature.•The accident caused by disobeying the marks or manuals of the inverter, such as electric arc, fire and explosion.•User disassembly or attempted to repair the inverter without permission. •Damage caused by force majeure.•Damage caused during transportation orloading/unloading.32AnnexⅡ Mechanical Dimension Diagram 1.TP10K,TP10KB332.TP20K/TP20KB343.TP30K/TP30KBAny changes without prior notice! Version number: V1.135HUIZHOU EPEVER TECHNOLOGY CO., LTD. Beijing Tel: +86-10-82894896/82894112 Huizhou Tel: +86-752-3889706E-mail:******************Website: 。

逆变器的使用流程

逆变器的使用流程1. 简介逆变器是一种将直流电转换为交流电的设备，广泛应用于太阳能发电系统、风能发电系统以及电池储能系统中。

本文将介绍逆变器的使用流程，包括逆变器的选型、安装、连接以及操作等方面的内容。

2. 逆变器选型在选择逆变器之前，需要考虑以下几个因素：•电源类型：确定逆变器是否支持直流电源或者交流电源。

•功率需求：根据实际需求确定逆变器的输出功率。

•电池容量：如果需要逆变器进行电池储能，需要根据电池容量进行选型。

•逆变器类型：根据需求选择适合的逆变器类型，如正弦波逆变器、方波逆变器等。

3. 逆变器安装逆变器的安装需要遵循以下步骤：1.选择安装位置：选择逆变器的安装位置，应保证通风良好，避免高温和潮湿的环境。

2.安装固定支架：根据逆变器的尺寸和重量，选择合适的固定支架并将其安装在选择好的位置上。

3.连接电源线：将逆变器的直流输入端与电源线连接，并确保连接牢固。

4.连接电池：如果需要逆变器进行电池储能，还需要将逆变器的电池输入端与电池连接，并确保电池极性正确。

5.连接负载：将逆变器的交流输出端与负载（如家用电器）连接。

4. 逆变器连接逆变器的连接必须按照正确的顺序进行，以确保逆变器能够正常工作。

以下是逆变器连接的基本步骤：1.连接直流电源：将直流电源的正极和负极分别连接到逆变器的直流输入端。

确保电源线的连接牢固，且极性正确。

2.连接电池：如果需要逆变器进行电池储能，则需要将电池的正极和负极分别连接到逆变器的电池输入端。

同样，确保电池连接牢固，且极性正确。

3.连接交流负载：将需要供电的交流负载连接到逆变器的交流输出端。

可以通过插座、电源线等方式进行连接。

4.连接地线：将逆变器的地线连接到实际地线上，以确保安全使用。

5. 逆变器操作逆变器的操作通常包括以下几个方面：1.开机：按下逆变器的开机按钮或将开关拨至开启位置，逆变器开始工作。

2.选择工作模式：根据实际需求，选择逆变器的工作模式，如太阳能直流输入模式、电池储能模式等。

工频正弦波逆变器用户手册

工频正弦波逆变器用户手册Copyright2009-2012产品名称:……………………………………………………………经销点或代理商(盖章有效) 型号………………………………………………………检验员…………………………………………联系电话………………………………………………………联系人…………………………………………编号………………………………………………………地址………………………………………………………………电话……………………………………………购机日期………………………………………………………………传真……………………………………………第12页前言尊敬的用户您好，感谢您购买及使用本公司逆变器。

在您使用本产品前，我们恳请您抽出宝贵的时间阅读本说明书，我们将告诉您逆变器使用的环节，包括安装和使用。

请严格遵守手册中和机器上的所有警告及操作说明，并善保管好本手册！第1页目录目录 (2)一、安全注意事项 (3)二、功能特点 (4)三、面板说明 (5)四、后板说明 (6)五、技术规格表 (7)六、安装及使用.........................................8-10七、保修与服务........................................11-12第2页七、保修与服务凡属在正常使用情况下由于产品本身质量问题引起的故障在保修期内，本公司将负责给予免费维修。

7-1保修须知：1、在正常使用条件下，因产品本身原因发生故障的均属于保修范围，保修一年，从购机之日起计算；2、在保修期间，客户可将产品送到各维修站，免费维修，已过保修期的产品酌情收取成本费3、用户擅自拆启机箱检修将自动失去免费保修服务，严重者维修站有权拒绝维修，后果自负7-2下列情况不属于保修范围1、未按说明书的要求操作所引起的故障2、因不可抗拒的自然因素引起的损坏3、因用户使用不当引起的损坏4、非本公司维修人员维修过的产品5、超过保修期的产品6、零配件使用寿命到期（电池）第11页为防止空气开关/熔断器保险过大，负载过载时保险不起作用。

逆变器的使用方法

逆变器的使用方法逆变器是太阳能发电系统中的重要组成部分，它的主要作用是将直流电转换为交流电，以满足家庭、企业或工业的电力需求。

本文将介绍逆变器的使用方法，以帮助读者更好地了解和使用逆变器。

一、逆变器的基本原理逆变器是通过将直流电转换为交流电来实现电能转换的设备。

它内部有电子元件和电路，可以将直流电源的电能转换为交流电源供电。

逆变器的输出电压和频率可以根据用户的需求进行调整。

二、逆变器的安装1.选择逆变器的位置：逆变器应安装在通风良好、干燥、无尘、无腐蚀性气体和有充足空间的地方。

避免阳光直射和雨水浸泡。

2.固定逆变器：使用适当的螺丝将逆变器固定在安装位置上，确保其稳固可靠。

3.连接电源：将逆变器的直流输入端与太阳能电池板的电源连接，确保正负极连接正确。

4.连接负载：将逆变器的交流输出端与需要供电的负载设备连接，确保连接牢固稳定。

三、逆变器的操作1.开机：将逆变器的开关打开，逆变器将开始工作。

注意在开机前检查输入和输出的连接是否正确。

2.负载选择：根据需要选择逆变器的输出功率，确保逆变器能够满足负载设备的需求。

3.监控运行状态：逆变器通常配备有监控系统，可以通过监控系统实时查看逆变器的运行状态，包括输入电压、输出电压、频率、功率等参数。

4.故障诊断：逆变器故障时，可以通过监控系统查看故障信息，根据故障代码或提示进行相应的维修处理。

四、逆变器的维护保养1.定期清洁：逆变器表面应保持清洁，可以用干净的布擦拭，避免灰尘和杂物积累。

2.防止过载：逆变器有一定的额定功率，不要超过其额定功率使用，避免过载引起逆变器故障。

3.避免湿气侵入：逆变器应避免进水或受潮，避免因湿气侵入导致短路或故障。

4.定期检查：定期检查逆变器的连接线路是否松动，电源输入是否正常，输出电压是否稳定等。

五、逆变器的注意事项1.逆变器应在干燥、通风的环境中使用，避免高温、高湿等恶劣条件。

2.在使用逆变器时，应避免长时间空载或过载，以保证逆变器的正常运行和寿命。

人民电器 RDBP纯正弦波逆变器使用说明书

BP纯正弦波逆变器注意：a.安装本机器需由专业人员操作安装，机器内部有高压，非专业人员不得打开机器。

b.安装本机器需干燥通风机器环境，进风口避免堵塞，进风口离墙距离保持20cm以上。

c.机器远离高温、潮湿、易燃、易爆、腐蚀的环境。

机器清洁用干布擦拭，避免进水。

步骤一:连接电源。

连接导线前请先将逆变器开关处于OFF状态。

必须使用蓄电池、太阳能发电系统、直流稳压电源等，连接电源前确认机器的输入标称直流电压是否与电源直流电压相符合，避免过高电压输入机器。

红接线柱连接蓄电池正极，黑接线柱连接蓄电池负极(参照8.9.10接线示意图)。

请正确连接到蓄电池，避免正负接反，否则有损坏逆变器的风险。

连接导线避免过小过长，请使用厂家分配的标准导线，否则有电流过大热量聚集造成燃烧的危险。

步骤二:连接负载。

接好电源后，打开开关，检查逆变器的工作状态，有条件的使用万用表检测交流输出端电压。

检测正常后关机，再连接负载。

必须保证负载不存在超过逆变器额定功率和短路的问题，连接非线性负载时（感性/容性，比如电机、电磁炉等）要计算好峰值功率不得超过逆变器的峰值输出功率，否则有启动负载失败和损坏逆变器的危险。

步骤三：开机运行。

再次确认连接无误后，开机运行。

以上请仔细阅读正确安装，如有不明白之处请致电本公司售后服务热线咨询。

不按照本说明书方法操作安装，可能会造成人身伤害或者机器及设备损坏工作原理说明：一、常规逆变器。

内部带逆变模块，是把直流电(比如：蓄电池DC12V)转换成纯正弦波交流电(比如：AC220V50HZ)，供电给设备负载(比如：白炽灯、电脑等)使用。

常规逆变器面板指示图a. 小功率输出输入说明1.红+正极输入；2.黑-负极输入；3.风扇；4.AC输出,负载插座；5.故障指示灯；6.工作指示灯；7.开关；B；9.接地端；b.大功率输出输入说明1.AC输出，负载插座；2.故障指示灯；3.工作指示灯；4.开关；B；6.250A接线排；7.红+正极输入；8.风扇； 9.黑-负极输入；二、带旁路功能逆变器。

迪龙 500W48V纯正弦波逆变器使用说明书

500W48V纯正弦波逆变器使用说明书一，前言：本逆变器使用本公司智能IC控制，其线路已申请专利，具有非常完善的保护功能（包括过载保护，过流保护，高温保护，短路保护，反接保护，电池高.低压保护，设有内置式保险丝等等），指示功能。

采用优质的双面线路板及零器件，保证产品高质量，高性能。

本机的输出波形为纯正弦波，可以适用于任何负载，过载保护，过流保护，短路保护，保护后自动延时10秒启动。

本机的体积非常小巧，便于携带。

二：使用方法将足够功率的输入电源接上逆变器，注意电源电压要在规定范围内，连接的电源线要有足够的承载电流能力，并且尽量短，打开逆变器的电源开关，输出负载在开机前或开机后接入均可(我公司产品配有符合标准的电源线)。

三，输入电源要求：z输入电源电压必须在逆变器规定的电压范围内。

z输入电源必须能够提供足够的电流，其具体算法约为输出功率/输入电压/0.8=输出电流，例如：带一个500W的负载，输入48V，则输入电流=500/48/0.8=13（A）。

z输入电源线必须要与逆变器连接牢固，并且要有足够的承载能力。

如果电流为13A，电源线的截面面积应尽量大于6.5平方毫米。

四，技术参数：型号PNI-S50048A5额定功率500W峰值功率 1000W输入电压40VDC-61VDC输出电压220VAC±5%输出频率50Hz输出波形纯正弦波工作效率>84%五，保护：输入反接保护自动恢复输入保险丝 20A输入电压保护<40V 和 >62V低输入电压报警44V±1V输出过载且<700W保护时间30秒输出短路保护时间2~3秒温度保护 >70℃六，状态指示：正常输出两个绿灯亮电池低压报警输入绿灯闪电池低压关机输入红灯亮输出过载输出绿灯闪，30秒后，关机。

重载保护输出红灯亮，2~3秒后，关机，10秒钟后重启温度保护输入黄灯亮七，工作环境：温度 -20~40摄氏度八，物理特征：尺寸 240 x 166 x 62mm重量 2kg九，注意事项：z本逆变器只能接小于其所规定最大功率的负载。

正弦波逆变器的正确使用方法

正弦波逆变器的正确使用方法
1.正弦波逆变器的安装
安装此类逆变器必须为具有一定电气理论知识和实践经验的技术人员。
1）打开包装箱，检查附件是否齐备（一条交流输入线和一本说明书）；
2）选择通风、清洁的安装环境；
3）确认直流电源输出电压和(或)蓄电池的电压与逆变器要求的直流输入电压相符合；
4）确认电源的正负极性，高电位为正，低电位为负；
5）将正极接到逆变器的正极接线柱上（标有“+”），负极接到负极接线柱上(标有“-”）。确保连接可靠；
6）从附件袋中取出交输入线，将其中的一端插入机箱上标有“AC IN”的插座中，将另一端插出插座（标有“AC OUT”）上。
2.正弦波逆变器的开机（先开逆变器，再打开负载!）
3.正弦波逆变器的关机（先关负载，再关逆变器!）
按关机键ＯＦＦ，LED指示灯变暗此时逆变器关闭。
4.正弦波逆变器的静音
如果正弦波逆变器在运行电池模式下，系统会有声光告警，声音告警可以通过静音按钮静音按钮将其静音，持续按（约3秒）告警将被关闭；再次持续（约3秒），告警音被打开。同一告警，消音后不会自动打开，当出现另外告警时，不论上次告警否处于静音状态，电源自动打开声音告警。当在电池或市电模式下出现故障时的报警不能静音。
相关链接:正弦波逆变器
1）确认电源的直流输入、交流输出连接正确可靠。
2）如有直流输入开关，打开此开关（位于机箱后部。
3）向里按触发，逆变器发出“嘀”的声响，并进入自检状态表明已被开启。
说明：逆变器在稳定输出之前，检查外部环境以及逆变器本身是否正常，若逆变及市电各种状态参数一切正常，逆变器将稳定工作在市电或逆变状态（市电主供稳定在市电输出，电池主供稳定在逆变输出），此过程大约需要10秒时间。

纯正弦波逆变器 EG8010 应用

5. 结构框图
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图5‐1. EG8010结构框图
6. 典型应用电路
6.1 EG8010+IR2110S 纯正弦波逆变器典型应用电路图（单极性调制方式）
图6‐1. EG8010+IR2110S 纯正弦波逆变器典型应用电路图（单极性调制方式）
Note:
1. 固定频率模式下50Hz(FRQSEL1,FRQSEL0=00)或60Hz(FRQSEL1,FRQSEL0=01)，FRQADJ/V FB2和VVVF 引脚无效，正弦波输出电压大小由反馈电阻R23进行调整或调压，可以应用在调光和调压场合。

2. 固定电压变频模式下（VVVF 引脚为“0”低电平）0～100Hz(FRQSEL1,FRQSEL0=10)或0Hz ～400Hz(FRQSEL1,FRQSEL0=11)，FRQADJ 引脚需外接电位器，输出频率FRQADJ 引脚调节，输出电压由R23设置。

3. 变频变压模式（VVVF 引脚为“1”高电平）0～100Hz(FRQSEL1,FRQSEL0=10)或0Hz ～400Hz(FRQSEL1,FRQSEL0=11)，FRQADJ 引脚需外接电位器，由FRQADJ 引脚调节输出频率和输出电压，内部电路保持
V/F=常数，R23设置输出频率为50Hz 时输出电压有效值为220V 。

纯正弦波逆变器H桥专用驱动板使用简介

纯正弦波逆变器H桥专用驱动板使用简介一、主控板V1.2版图片：功能选择区2二、纯正弦波逆变器H桥专用驱动板功能说明：1、采用高性能32位单片机，输出波形精度高，稳压性能好，各种保护功能。

2、5V 、+15V电源供电3、引脚设置50Hz纯正弦波固定频率 60Hz纯正弦波固定频率4、双极性调制方式。

5、自带死区控制，引脚设置4种死区时间： 500nS死区时间 1uS死区时间 1.5uS死区时间 2.0uS死区时间可通过跳线选择，通过上位机软件可以设置最大为3uS。

6、 PWM载波频率20K、25K可选，频率越高，波形越好，但是相对来说开关损耗也越大，这个根据需要可以通过跳线选择。

7、H桥驱动芯片为IR2113S，600V 2A，比2110耐压高，耐冲击。

8、电压反馈为真有效值采样，不论任何负载，电压的稳定度均在+-2%内。

9、输出电压过压、欠压保护可用跳线选择开启或关闭。

方便初期调试，调试完工后再打开此功能即可。

10、软启动可用跳线选择开启和关闭。

12、无负载自动休眠功能，可以通过跳线选择开启和关闭。

13、所有保护停机，自动重启动能，可以通过跳线选择开启和关闭。

14、可长期短路，短路取消后在5秒内电压自动恢复。

15、独立的电压调整模拟量输入，实现输出电压真正的从0V起调。

15、与上位机软件配合，所有用户参数和设置，都可以随意修改，更改后会自动保存，下次启动会以上次设置参数运行。

三：驱动板指示灯接口及控制接口说明：J15为与功率板对接接口：PIN1：CUR_I ，为霍尔电流传感器输入。

PIN2：VOLT_ADJ ，输出电压调整电位器输入，交流输出的电压随输入电压的变化而变化，可以控制输出电压从0V 起调。

PIN 3：+5V 电源。

PIN 4：GND ，电源地。

PIN 5：VFB2，交流电压采样二。

PIN 6：TFB ，温度传感器输入（10K 负温度系数热敏电阻）PIN 7：VFB ，交流电压采样一。

PIN 8：FAN_OUT ，风扇自动控制输出。

正弦波逆变电源用户手册(完整)

用户手册正弦波逆变电源（220VDC 0.5KV A~3 KV A）合肥尚源电气科技有限公司目录第一章序言 (1)1.1注意事项 (1)1.2产品执行标准 (2)1.3开箱、存放和搬运 (2)1.3.1开箱 (2)1.3.2 存放 (3)1.3.3搬运 (3)第二章产品简介 (4)2.1 主要技术指标 (4)2.2 工作环境 (5)2.3原理框图 (5)2.4 运行方式 (5)2.4.1 交直流互备运行模式 (5)2.4.2 在线运行模式 (6)2.4.3 主备运行模式 (6)第三章逆变电源的保护功能 (7)3.1 保护类别与动作状态 (8)3.2 过、欠压保护与返回参数 (8)第四章安装运行 (9)4.1 安装准备 (9)4.1.1 负载配置指导 (9)4.1.2 主回路推荐配线 (9)4.2 安装 (10)4.2.1 卧式逆变电源外形及安装尺寸图 (10)4.2.2后面板接线端子定义 (10)4.2.3后面板通讯及报警端子定义 (11)4.2.4线图 (12)4.3 运行 (12)4.3.1 面板及菜单说明 (12)4.3.2 开机 (13)4.3.3 各键功能 (13)4.3.4 菜单介绍 (13)4.3.5 监控通讯 (15)4.3.6 注意事项 (16)第五章显示异常信息及处理方法 (18)5.1 常见故障现象和处理方法 (18)5.2 过载或短路保护的恢复 (18)5.3 更换风扇 (19)第六章维护保养与维修服务 (20)6.1 维护保养 (20)第一章序言SYN系列逆变电源是采用DSP控制的新一代产品。

在原有产品的基础上，新型逆变电源增加了液晶显示、标准RS-232/485通讯接口、在线灵活设定旁路优先或逆变优先工作模式、上位机遥控、遥信和遥测等功能。

采用三菱公司最新IPM模块和进口高效率变压器，整机体积、重量进一步减小。

在有直流屏的发电厂、电力系统和通信机房等场所，采用逆变电源与采用常规不间断电源（UPS）相比，前者有以下优点：▲避免蓄电池的重复投资，减少系统的维护，降低系统运行成本；▲由于直流屏通常采用阀控式密封电池，电池的浮充寿命可长达15年，因此采用直流动力加逆变电源，其供电可靠性和寿命大大提高；▲由于直流电池屏容量均较大，因此采用逆变电源供电时，在市电断电后可提供较长的交流供电时间。

kw逆变器使用说明书

用户手册WI300-240-CM01离网型纯正弦波逆变器版本：3.0目录一、安全说明 01.1 使用安全 01.2 维护安全 0二、产品概述 (1)三、产品结构 (1)3.1 产品结构示意图 (1)3.2 LCD显示界面 (2)四、设备原理框图 (3)五、产品安装 (4)5.1 安装流程 (4)5.2 安装细节说明 (5)5.3 环境选择 (5)5.4 电气连接 (6)5.4.1 逆变器与蓄电池组相连接 (6)5.4.2 逆变器与用电负载相连接 (7)*5.4.3 逆变器与市电电网相连接 (9)六、故障排除 (10)七、质保与售后服务 (11)八、质保与售后服务 (11)用户手册中带有*内容为具有市电互补功能产品的使用说明。

一、安全说明1.1使用安全本手册中使用安全标志，强调潜在的安全风险和重要的安全信息，如果操作不当可能导致人身伤害或设备损坏。

严禁在有易燃性、易爆性气体或物品的环境下使用，谨防火焰和火花；无论在何种工作状态下，请勿带电拆除或连接设备连线，以免发生危险；逆变器输出禁止与市电电网相连接，使用前要做到市电线路与逆变器线路隔离，否则将严重损坏逆变器。

应安装在儿童触摸不到的位置，以确保儿童安全。

逆变器检修或维护时，在拆除相关连接线后必须等待超过10分钟时间间隔方可打开设备盖板，防止逆变器电容器件存储的电荷对人身造成电击伤害。

使用过程中请勿用杂物阻塞设备的散热孔，确保良好的通风和散热；若设备发生保护报警，禁止立刻重启设备，应按照故障分析内容查明原因且修复后再次开机使用。

1.2维护安全蓄电池组虚接或损坏是造成设备出现故障的主要因素之一。

建议您每两周定期检查蓄电池的电压和连接端子是否连接可靠（可用工具对各个端子进行紧固），及时清除接线柱上的锈渍。

定期清理设备内部灰尘，在清理时需要断开逆变器相关连接线。

二、产品概述非常感谢您使用本产品，同时感谢您对本产品的信任和支持。

该用户手册详细介绍了WI100/150/200/300T系列逆变器的安全知识和安装、操作指导。

Invertek 600 3000W 纯正弦波太阳能逆变器用户手册说明书

Invertek pure sine wave solar inverter 600/3000WUser’s manualContentsManual instruction----------------------------------------------------------------------------------------------------------------------3 Important safety instructions---------------------------------------------------------------------------------------------------------3 1. Product introduction-----------------------------------------------------------------------------------------------------------------5 1.1. General function description-------------------------------------------------------------------------------------------------5 1.2. Series models introduction---------------------------------------------------------------------------------------------------7 1.3. Electrical specifications-------------------------------------------------------------------------------------------------------7 1.4. Audible alarm--------------------------------------------------------------------------------------------------------------------8 1.5. Environmental specifications------------------------------------------------------------------------------------------------9 1.6. Fan control-----------------------------------------------------------------------------------------------------------------------9 1.7. Power limitation-----------------------------------------------------------------------------------------------------------------9 1.8. Short circuit protection--------------------------------------------------------------------------------------------------------91.9. Over load protection---------------------------------------------------------------------------------------------------------102. Installation and operation--------------------------------------------------------------------------------------------------------10 2.1. Unpacking and inspection--------------------------------------------------------------------------------------------------10 2.2. Handling and storage--------------------------------------------------------------------------------------------------------11 2.3. Front panel description and operation-----------------------------------------------------------------------------------12 2.4. Rear panel description and operation-----------------------------------------------------------------------------------152.5. Installation----------------------------------------------------------------------------------------------------------------------153. Maintenance and troubleshooting---------------------------------------------------------------------------------------------18 3.1. Preventative maintenance-------------------------------------------------------------------------------------------------18 3.2. Troubleshooting guide------------------------------------------------------------------------------------------------------18Manual instructionPurposeThe purpose of this manual is to provide explanations and procedures for operating, maintaining, and troubleshooting the pure sine wave inverter. This manual should be read through carefully before installations and operations. Please retain this manual for future reference.ScopeThis document defines the functional requirements of pure sine wave inverter, intended for worldwide use in electronic processing equipment. The inverter unit shall contain a fan for forced air-cooling. The inverter may be used singly or in redundant configurations. All manuals are applicable under all operating conditions when installed in the end use system, unless otherwise stated.Order of precedenceThis manual is intended for anyone who needs to install and operate the inverter. In the event of a conflict between this manual and references cited herein, this manual shall take precedence.OrganizationThis manual is composed of three chapters.Chapter 1: product introduction contains the information about general description, features and specifications of inverter.Chapter 2: installation and operation provides the information about installation and operation of inverter.Chapter 3: maintenance and troubleshooting contains the information of how to maintain and troubleshoot inverter.Important safety instructionsGeneral safety precautions1. Before installing and using the inverter, read all instructions and cautionary markings on the inverter andall appropriate sections of this guide. Be sure to read all instructions and cautionary markings for any equipment attached to this unit.2. This unit is designed for indoor use only. Do not expose the inverter to rain, snow, or spray.3. To reduce risk of fire hazard, do not cover or obstruct the ventilation openings. Do not install the inverterin a zero-clearance compartment.4. Use only attachments recommended or sold by the manufacturer. Doing otherwise may result in a risk offire, electric shock, or injury to persons.5. To avoid a risk of fire and electric shock, make sure that existing wiring is in good condition and that wireis not undersized. Do not operate the inverter module with damaged or substandard wiring.6. Do not operate the inverter module if it has received a sharp blow, been dropped, or otherwise damagedin any way.Precautions when working with batteriesTo avoid personal injury and property damage, read these battery precautions on handling, charging and disposing batteries.1. Not reverse INPUT+ and INPUT- to battery.2. Keeps the battery away from heat sources including direct sunlight, open fires, microwave ovens, andhigh-voltage container? Temperatures over 60ºC may cause damage. Make sure the area around the battery is well ventilated.3. Never smoke or allow a spark or flame near the engine or batteries.4. Use caution to reduce the risk or dropping a metal tool on the battery. It could spark or short circuit thebattery or other electrical parts and could cause an explosion.5. Remove all metal items, like rings, bracelets, and watches when working batteries.6. Have plenty of fresh water and soap nearby in case battery acid contacts skin, clothing, or eyes.7. If battery acid contacts skin or clothing, wash immediately with soap and water. If acid enters your eye,immediately flood it with running cold water for at least twenty minutes and get medical attentionimmediately.8. If you need to remove a battery, always remove the grounded terminal from the battery first. Make sure allaccessories are off so you don’t cause a spark.1. Product introduction1.1. General function descriptionThe pure sine wave inverter adopts many superior features and is designed based on the highest standards in the industry. The advanced high frequency infrastructure with pure sine wave output is perfectly designed for diverse applications including home, office, and heavy-duty industrial power environments. The inverter can operate independently. However, the unique optional N+X parallel redundancy structure design can maximize the expansibility of integrating additional units to the inverter system in the future. Pure sine wave inverter promises to provide the extraordinary performance in terms of reliability and flexibility all environments from home to heavy-duty industrial.1.1.1. FeaturesØAdopts new pure sine wave inverter topologyØHigh power density with superior reliability and performanceØSurge rating: 2 * power ratingØInput/output isolated designØOptional N+X redundancy functionØDesign for harsh environment and various equipmentsØ“All master” dynamic mechanism eliminate single point failure to optimize reliabilityØPure sine wave output(THD<3%) for wide range of applications and harsh environmentØOutput frequency: 50/60Hz switch selectableØLow power “power saving mode” to conserve energyØCapable of driving highly reactive & capacitive loads at start momentØLED indicators displayØAdvanced DSP controlØProtection: input low voltage/overload/short circuit/low battery alarm/input over voltage/over temperature/high output voltage/low output voltage/unit internal failure/unit parallel failure1.1.2. ApplicationPower tools: circular saws, drills, grinders, sanders, buffers, weed and hedge trimmers, air compressors. Office equipment: computers, printers, monitors, facsimile machines, scanner.Household items: vacuum cleaners, fans, fluorescent and incandescent lights, shavers, sewing machines. Kitchen appliances: coffee makers, blenders, ice markers, toasters.Industrial equipment: metal halide lamp, high – pressure sodium lamp.Home entertainment electronics: television, VCRs, video games, stereos, musical instruments, satellite equipment.1.2. Series models introductionTo fulfill the diverse environments and power demands, the pure sine wave inverter has complete lines for meeting the requirements from the clients. The inverter system ranges from 600W to 3000W that can fulfill the majority power demands from home, small business to industrial heavy-duty environment.1.2.1. Product linePart number DescriptionInvertek600/120 600W inverter (I/P: 12VDC, O/P: 120VAC)Invertek1000/120 1000W inverter (I/P: 12VDC, O/P: 120VAC)Invertek2000/120 2000W inverter (I/P: 12VDC, O/P: 120VAC)Invertek3000/120 3000W inverter (I/P: 12VDC, O/P: 120VAC)Invertek600/220 600W inverter (I/P: 12VDC, O/P: 220VAC)Invertek1000/220 1000W inverter (I/P: 12VDC, O/P: 220VAC)Invertek2000/220 2000W inverter (I/P: 12VDC, O/P: 220VAC)Invertek3000/220 3000W inverter (I/P: 12VDC, O/P: 220VAC)1.2.2. Physical specifications:Inverter mechanicalModel Dimension(L*W*H) mm Weight Invertek600 270(L)*160(W)*70(H) 2.2KgInvertek1000 355(L)*180(W)*82(H) 4.0KgInvertek2000 425(L)*245(W)*95(H) 7.5KgInvertek3000 495(L)*245(W)*95(H) 9.5Kg600W dimension (mm)1000W dimension (mm)2000W dimension (mm)3000W dimension (mm)1.2.3. CertificationCertification CESafety Comply with EN60950, UL-458 StandardEMCFCC part 15 class B; EN55022 Class B; IEC61000-4-2; IEC61000-4-3;IEC61000-4-4; IEC61000-4-5; IEC61000-4-61.3. Electrical specificationsNominal voltage 12VDC Operating range 10VDC~15VDC Output waveform Pure sine wave Surge rating 2*power rating Nominal output voltage 110/115/120VAC 220/230/240VACOutput voltage regulation±5% Output frequency50/60Hz ±0.1%Output current @110/115/120Invertek600/120 5.45A/5.22A/5AInvertek1000/120 9.09A/8.70A/8.33AInvertek2000/120 18.18A/17.39A/16.67AInvertek3000/120 27.28A/26.09A/25AOutput current @220/230/240Invertek600/220 2.73A/2.61A/2.50AInvertek1000/220 4.55A/4.35A/4.17AInvertek2000/220 9.10A/8.70A/8.34AInvertek3000/220 13.65A/13.05A/12.51ACrest factor 3:1THD <3%, linear load;<5%, non-linear load;Peak output current@110/115/120 Invertek600/120 10.92A/10.44A/10AInvertek1000/120 18.2A/17.4A/16.68AInvertek2000/120 36.4A/34.8A/33.36AInvertek3000/120 54.6A/52.2A/50.04APeak output current@220/230/240 Invertek600/220 5.46A/5.22A/5.00AInvertek1000/220 9.10A/8.70A/8.34AInvertek2000/220 18.20A/17.40A/16.68AInvertek3000/220 27.3A/26.1A/25.02APeak efficiency > 90%No load current drawInvertek600/1000 <12WInvertek2000/3000 <20W Stand-by current drawInvertek600/1000 <6WInvertek2000/3000 <10WPower saving recovery time 5 secondsProtection Overload, short circuits, reverse polarity,Over/under input voltage, over temperature,Over/under output voltage, unit internal failure,Unit in-parallel failure1.4. Audible alarmItem Alarm mode Beep mode RemarkInput level<battery-low level or >battery-high level1 Alarm Beep 1 time/1sLoad>150%2 Alarm Beep 2 time/1s Power limitation by temperature3 Alarm Beep 3 time/1s Fan fault4 Fault Beep always All fault modeSwitch on/off Chirp one time When switch on/off the unit 5Remote on/off Chirp one time When remote switch on/off the unit 1.5. Environmental specificationsOperating temperature Operation temperature: –20°C to +70°C –5°C to 40°C with full performanceStorage temperature -30°C to 70°COperating humidity 90% relative humidity(no condense) Noise <50dBOperating attitude 1500MForce cooling Load and temperature controlled cooling fan 1.6. Fan controlLoad level and temperature Fan speed Load<=10% and temperature<=40℃0Else Full speed 1.7. Power limitation½¼¾Temperature (°C)Power de-rating V.S. ambient temperature1.8. Short circuit protectionShort circuit protection algorithm consists of 2 stages:Stage 1: power limited during short circuitThe short current is set as the normal value for inverter, if output voltage is less than 40VAC and output current is higher than 2A for 4 cycles, Inverter will judged as short circuit fault maybe happened, and the short circuit protection algorithm will go to the second stage.Stage 2: unit resumed from short circuit conditionThe short current is regulated to 50% normal value, if output voltage is less than 50VAC and output current is higher than 2A for 30 seconds, the inverter system will consider the short circuit occurs, and the short current is set to a small value (4A), otherwise the short circuit alarm will be cleared.1.9. Over load protectionOver load protection consists of 2 stages:Stage 1: The overload protection will happen if the load power exceeds the rated power. With the conditions of 20s of 125% overload/10s of 150% overload/5s of 200% overload, the inverter system will judge as overload and de-rate the output power less than the rated power. Then the protection algorithm goes to the second stage.Stage 2: The inverter system remains operating with the de-rating power. If the load power is less than 10% for 10s, the system will recover back to the normal operation status.2. Installation and operation2.1. Unpacking and inspectionOnce receiving your pure sine wave inverter, remove the unit from its packaging and inspect it for scratches, cracks, broken connection. Your purchase of inverter unit should ship with the manual. If you want to add other more modules into the system achieve parallel function, you can choose the propositional packaging, if any missing or damage is discovered, repack the unit and return it to the original place of purchasing.Packing of inverterIn addition, some optional accessories are available could work with pure sine wave inverter. Please base on your application and then choose the suitable package.Part name Function descriptionFigureSync-hub-4A necessary kit for the in-parallel application. It can make modules parallel and achieve synchronized operationMax. in-parallel ports: 42.2. Handling and storageIf the inverter is going to be stored, it should be stored in a cool, dry, well-ventilated location where the rain, splashing water, chemical agents, etc. will not reach based on the environment specification standard. The equipment should be covered with a tarpaulin or plastic wrapper to protect it from dust, dirt, paint, or other materials.The equipment can be lifted from the front panel by drawing out the handle. Firstly, screw off the steel bolt, then drawing out the handle until the whole module out. When the inverter module has to be installed in the shelf, the bolt should be screwed down.2.3. Front panel description and operationFront panel view (1000W)2.3.1. LED indicatorRefer to the above figure. There are 3 dual color LED indicators on the front panel: 1. Unit status indicator, 2. Load level indicator, 3. Input voltage indicator.1. Unit status indicatorSolidInverter okay Blink(slow) Power saving Green LEDBlink(fast) Unit starting SolidEEPROM faultBlink(slow) Unit start failure(DC-DC circuit) Orange LEDBlink(fast) Unit start failure(DC-AC circuit)SolidOver temperatureBlink(slow) Unit internal failure(DC-DC circuit)Red LEDBlink(fast)Short circuitOrange and red interchanged(slow) Unit internal failure(DC-AC circuit)Orange+red LED Orange and red interchanged(fast)Unit in-parallel failure2. Load level indicatorLED status OFF Green solid Orange solid Red solid Red blink 600W0~30W30~198W198~450W450~576WOver 576WPower saving / Frequency settingAC output outletLED indicatorParallel portCom. port1000W 0~50W 50~330W 330~750W 750~960W Over 960W 2000W 0~100W 100~660W 660~1500W 1500~1920W Over 1920W 3000W 0~150W 150~990W 990~2250W 2250~2880W Over 2880W3. Input voltage indicatorLED status Battery cut-off level(12VDC)Load level 0~29% 30~69% 70~100%Red solid <10.3VDC <10.2VDC <10VDCRed blink 10.3~11.3VDC 10.2~11.2VDC 10~11.0VDCGreen solid 11.3~14VDC 11.2~13.9VDC 11.0~13.7VDCOrange blink 14~15VDC 13.9~14.9VDC 13.7~14.7VDCOrange solid >15VDC >14.9VDC >14.7VDC2.3.2. Power saving/frequency setting1. Power saving mode can be set by 3 dip switches, SW1, SW2 and SW3 on front panel. For example: when the power saving watt setting is 15W, if load level>15W, the inverter will go to normal operation; if load level<15W, the inverter will go to the power saving mode.Invertek600 Invertek1000 Invertek2000/3000 SW1 SW2 SW3 Disable Disable Disable OFF OFF OFF 13W 20W 40W ON OFF OFF 35W 50W 100W OFF ON OFF 60W 80W 160W ON ON OFF 85W 110W 220W OFF OFF ON 85W 110W 220W Others2. Frequency can be set by a dip switch SW4 on front panel.Frequency S4 Status50Hz OFF60Hz ON2.3.2. AC outlets600W1000W2000W&3000WGFCI*1GFCI*1NEMA 5-15R(2 position)*2Schuko*1Schuko*1Schuko*1Universal*1Schuko*1, hardwireSchuko*2, hardwireIEC(2 position)*1Universal*1, hardwireGFCI*1, hardwireNEMA 5-15R(2 position)*1 IEC(2 position)*1Universal*2, hardwireAustralia/New Zealand*1 NEMA 5-15R(2 position)*1IEC(4 position)*1, hardwireUnited Kingdom*1Australia/New Zealand*1,hardwireNEMA 5-15R(2 position)*2,hardwireUnited Kingdom* 1, hardwireAustralia/New Zealand*2,hardwireIEC*1, hardwireUnited Kingdom*2, hardwireNEMA 5-20R(2 position)*12.4. Rear panel description and operationRear panel view (1000W)Main switchON: Located the switch to “On”, the machine power on.OFF: Located the switch to “OFF”, the machine power off.REMO: Located the switch to “REMO”, the machine can be switched on or off remotely by wired remote control.Remote control portConnect the remote control to the port.Ground terminalConnect the GND to the ground terminal.Please using #6 AWG wire to connect vehicle chassis.The inverter should be installed in a location that meets the following requirements:n Dry — Do not allow water to drip or splash on the invertern Safe — Do not install in a battery compartment or other areas where flammable fumes may exist, such as fuel storage areas or engine compartmentn Ventilated — Allow at least one inch of clearance around the inverter for air flow. Ensure the ventilation opening on the rear and front of the unit are not obstructedn Dust — Do not install the inverter in a dusty environments where are dust, wood particles or other filings/shavings are present. Dust can be pulled into the unit when the cooling fan is operatingn Close to batteries — Avoid excessive cable lengths but do not install the inverter in the same compartment as batteries. Also do not mount the inverter where it will be exposed to the gases produced by the battery. These gases are very corrosive and prolonged exposure also will damage the inverterM6 screwPVC WIRE AWG#2, #2/0, #4, #4/0TerminalBattery to inverter cable connection2.5.2. Battery connectionStep 1-Following battery polarity guide located near battery terminal! Place the battery cable ring terminal over inverter’s battery terminal. Tighten the M6 nut. Do not place anything between the flat partof battery terminal and the battery cable ring terminal, or overheating may occur.Caution! DO NOT place anything between battery cable ring terminals and battery terminals. The terminal stud is not designed to carry current. Apply anti-oxidant paste to terminals after terminals have been torqued.Step 2- Connect battery cables to your batteriesl Single battery connection:when using a single battery, its voltage must be equal to the voltage of pure sine wave inverter nominal input voltage.Caution! For the user operation safety, we strongly recommend that you should isolate the battery terminals before you start to operate the unit. If you parallel more batteries to extend the backup time, please make sure that you already use tapes to isolate the rest battery terminals before you start to operating the unit.l Parallel battery connection:when using multiple batteries in parallel, each battery’s voltage must be equal to the voltage of pure sine wave inverter nominal input voltage.DC wiring connectionsPlease be noted that connect the battery cables to the DC input terminals of the pure sine wave inverter. Your cables should be as short as possible (ideally, less than 6 feet/1.8 meters) enough to handle the required current in accordance with the electrical codes or regulations application. Cables are not an adequate gauge (too narrow) or too long will decrease the inverter performances such as poor surge capability and low input voltage warnings frequently and shutdowns.If the cables longer or narrower, the greater the voltage drop. Increasing your DC cable size will help improve the situation.The following cable recommendations are for the best performance of inverter (apply both 120V and 220V versions).Model P/N Wire AWG Inline fuseInvertek600 # 4 120AInvertek1000 # 2 160AInvertek2000# 2/0 320AInvertek3000# 4/0 480AWarning:1. Connect the cables to the power input terminals on the rear panel of the inverter. The red terminal is positive (+) and black terminal is negative (-). Insert the cables into the terminals and tighten screw to clamp the wires securely2. Also, use only high quality copper wire and keep cable length short, a maximum of 3-6 feet. Make sure all the DC connections are tight. Loose connections could result overheat in a potential hazard.3. Carefully check that all wiring is disconnected from any electrical sources. Do not connect the output terminals of the inverter to an incoming AC source.2.5.3. AC connectionBefore having AC connection, match the power requirements of connected devices with the power output of pure sine wave inverter to avoid overload. Consult a qualified electrician, follow local code for the proper outlet connectors and select the correct outlet (reference 2.3.3. AC outlet).3. Maintenance and troubleshooting3.1. Preventative maintenanceThe following preventive maintenance routines should be considered as a minimum requirement. Your installation and site may require additional preventive maintenance to assure optimal performance from your installed inverter and associated equipment. These routines should be performed twice a year (more often if required). We strongly recommend a contract with pure sine wave inverter customer support services for preventive and remedial maintenance. The technician or electrician performing preventive maintenance on the equipment must read and understand thoroughly this manual and be familiar with the indicators, controls, and operation of the equipment.3.2. Troubleshooting guideIf the inverter fails to operate properly, use the troubleshooting table to determine the probable cause(s) and solution(s) to resolve error conditions. For unlisted error conditions, please contact your local dealer for technical assistances.Troubleshooting tableError condition Possible cause RecommendationNo AC output and all LEDs off Lack of input power1. Check if input cables are all firmlyconnected to power source.2. Check if power source is not yet switchedon, or is low in power.3. Check if input cables are connected tocorrect polarity, positive to positive, negative to negative(reverse connect will lead to the fuse open, need be repaired).No AC output and status LED isred/blink(fast) Short circuit1. Check if the devices connect to the ACoutput is damaged.Turn off the input power source, remove theload and check the connection, then switchon the input power to restart the inverter.No AC output and status LED isred/blink(slow) Audible alarm: beep always Unit internal failure(DC-DC circuit)Reboot the inverter unit, If the inverter cannot work normally; suggest to send the unitback to supplier.No AC output and status LED isred/solidAudible alarm: beep always Over temperature1. The inverter has been overheated, switchoff the inverter and the consumer, and waitfor approx. 2 minutes and switch on theinverter only, suggest reduce the loadingand make sure that a better ventilation forthe inverter is given ,Then switch on theconsumer again.No AC output and status LED is orange/blink(fast) Audible alarm: beep always Unit start failure(DC-AC circuit)Reboot the inverter unit, if the inverter cannot work normally; suggest to send the unitback to supplier.No AC output and status LED is orange/blink(slow) Audible alarm: beep always Unit start failure(DC-DC circuit)Reboot the inverter unit, if the inverter cannot work normally; suggest to send the unitback to supplier.No AC output and status LED isorange red /blink (red one time and Yellow one time (slow)) Audible alarm: beep always Unit internal failure(DC-AC circuit)Reboot the inverter unit, if the inverter cannot work normally; suggest to send the unitback to supplier.No AC output and status LED isorange red/blink(red one times and yellow one time(slow)) Audible alarm: beep always Unit in-parallel failure1. Check if output power cables areconnected to correctly;2. Check if parallel communication cablesare connected to correctly.No AC output and input level LEDis red solidAudible alarm: beep 1 time/1s Input voltage lower thanoperatingrange(10~15V)No AC output and input level LEDis orange solidAudible alarm: beep 1 time/1s Input voltage higherthan operatingrange(10~15V)Ensure input voltage in 10V~15VDC range.AC output exists and beep alarm3 times per second Fan failureReboot the inverter system, if the invertercan not work normally, suggest to send theunit back to supplier.。