无线电遥控的氘灯电源

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氘灯电源工作过程

氘灯电源工作过程
射频智能灯电源的工作过程:
1、开始：射频智能灯电源在从电网的高压端获取电能的情况下，可以满足照明灯的工作需求，耗电量可以自动调整，可以节约能源。

2、首先：电源将检测当前室内环境光照强度，然后根据算法对当前照明灯的功率进行精确调整，从而节省电能。

3、然后：电源将根据环境的变化，形成软件的智能分析；依据人们的使用习惯，根据事先程序制定的灯光参数保守框架范围，进行调节调整。

4、其次：根据灯的不同使用情况，可以在灯光的频率和功率上，对照明灯的亮度进行精确的调节，确保灯光的稳定性。

5、另外：射频智能灯电源还具备更多功能，比如节能，它可以针对不同的照明需求，根据智能感知耗电量硬件科技，进行节电调节。

6、最后：室内太阳智能系统联合当前电源信号，开关等综合考虑，确保灯系统的正常运行，可以自动根据室内环境的变化而智能调节，从而实现省电。

INL-96X应急电源规格书

产品型号 INL-961 INL-962 INL-963
INL-964
数据表（1）
产品型号
产品代码 89020961 89020962 89020963 89020964
水平安装孔距长 D
光源类型 HQI/HPS HQI/HPS HQI/HPS HQI/HPS
水平安装孔距宽 d
光源功率
20W
35W
70W
● 高效率低温升长使用寿命 300000 小时 ● 启动过程快 ● 灯开路短路及寿命终结保护 ● 内置过热自动关闭 ● 高至 2.5mm²的接线端子 ● 功率因素高，功率因素大于 0.98
● 外置可选简易的自动应急模式和手控应急模式 ● 手控模式外置开关兼容普通墙壁照明开关
● 可选应急时简易的降功率运行延长应急照明时间 ● 内置优秀的电池管理系统 ● 电池过充电过放电保护 ● 电池故障监测 ● 外置应急系统管理状态指示灯
Data 13/09/16 INL-96X_SPEC V1.0_CN 如有更改恕不另行通知
1/4
四、安装布线
1、连接线类型及截面积
使用单芯线或多股绞合线，截面 0.75mm²-2.5mm²的铜
芯线布线。线端剥开 6-8mm
的裸线（图示 2），确保完好的接入本控制装置的接线端
图示 4
子并压紧。
图示 2
W W W V V A Hz λ % V V V V V Hz
kVp m/pF m/mH
℃ ℃ ℃ ℃
W V S h min
kV
INL-961 89020961 MH/CDM/HQI/HPS
20 24 27 / 39 220—240 160—264 0.18 50 / 60 > 0.95 < 10 > 275 11.1/12 9.6—14.5 250 70—130 160—174 ＜1.4 ＜4.5 5 / 150 80 / 35 -25 55 80 -25—80 有有有有有有 12 150-170 <0.022 ≤24 ≥90 有有 2 / 60 秒 Ni-Cd/Ni-Mh/Li-ion 11.1V/12V 3.5AH CE / RoHS

氘灯电源工作过程

氘灯电源工作过程
氘灯电源是一种常用的光源，通常应用于工业、实验室以及航空航天等领域。

它的工作原理是利用电压在氘灯电极间的弧光作用，释放出可见的发光，因此是一种高效的光源。

这种特殊的人造发光体原理是基于金属在高温环境中的辐射原理。

氘灯电源的工作过程可以大致分为两个部分：灯芯构筑和电源提供。

首先是灯芯构筑，它包括光源灯芯的结构，也就是它的运作空间，以及电动极等机构。

灯芯一般由钽棒、把手、空气隔离罩和电极构成，钽棒在灯芯中充当稳定物，把手则负责灯芯的支撑，同时也允许用户拆卸灯芯。

空气隔离罩的作用是防止灯芯的过热，电极的作用是形成一个可供电流流过的活性空间。

灯芯装完后，就可以提供电源了。

电源提供是指通过电池或外部电源把电路接到灯芯，以此给灯芯提供能量。

在此过程中，电路将电压转化为高能量电流，从而使灯芯释放出光能。

最后，当氘灯电源提供电源时，在灯芯中产生弧光，从而实现氘灯电源的发光。

弧光是一种形式的高能量电磁辐射，这种电磁辐射在高温环境中的辐射原理的基础上，将气体中的离子分解成阴离子和阳离子，并释放出可见的发光，这也是氘灯电源比较高效的原因所在。

总而言之，氘灯电源的工作原理和过程是：首先构筑灯芯；然后提供电源；最后产生弧光辐射，释放出可见的发光。

氘灯电源不仅可以用于工业、实验室以及航空航天等领域，而且效率非常高，能够满
足高能量需求，是一种特殊的人造光源。

液相氘灯功能寿命

液相氘灯功能寿命液相氘灯功能与寿命液相氘灯（Liquid Phase Deuterium Lamp）是一种广泛应用于科学研究、工业技术和生活实践中的光源。

它以氘气（D2）为基质，在高压下产生蓝色的连续光谱。

本文将深入探讨液相氘灯的功能以及其寿命特点。

一、液相氘灯的功能液相氘灯具有多种功能，包括但不限于以下几个方面：1. 光谱分析:液相氘灯产生的连续光谱可以用于光谱分析，如紫外-可见吸收光谱、荧光光谱、原子吸收光谱等。

它的高照度和稳定的输出能够提供精确的光信号，有助于准确测量和分析样品的光学特性。

2. 生物医学应用:液相氘灯在医学领域具有广泛的应用，特别是在荧光显微镜和免疫组织化学中。

具有较低的热效应以及可调的亮度和颜色温度，可以提供更真实的观察和检测结果。

3. 工业检测:液相氘灯在工业检测中扮演着重要的角色。

它可以被用作光源进行材料表面缺陷检测、涂层质量检测以及质量控制。

其高稳定性和可调的亮度使其成为许多行业中不可或缺的工具。

4. 光固化:液相氘灯的紫外光可被用于光固化，即利用紫外光聚合光敏物质以达到固化目的。

这在3D打印、电子制造和涂层工艺等领域具有重要的应用。

二、液相氘灯的寿命液相氘灯的寿命受多种因素的影响，主要包括以下几个方面：1. 使用时间:液相氘灯的使用时间是影响其寿命的主要因素之一。

长时间连续使用会导致灯管内部部件的磨损和老化，从而缩短寿命。

因此，在使用液相氘灯时，适当控制使用时间和频率是延长寿命的重要措施。

2. 使用环境:使用环境对液相氘灯的寿命也有重要影响。

高温、高湿度以及灰尘等环境条件可能导致灯管内部部件的腐蚀和损坏，进而缩短寿命。

因此，在使用液相氘灯时，应尽量避免在恶劣的环境条件下操作。

3. 使用电流和电压:液相氘灯的使用电流和电压也会影响其寿命。

过高或过低的电流和电压可能导致管内部件的不正常磨损和老化，加速寿命的衰减。

因此，在使用液相氘灯时，应确保稳定的电流和电压输入。

4. 使用频率和模式:使用频率和模式也会对液相氘灯的寿命产生一定影响。

Suunto D4i 用戶指南

zh
Suunto D4i
用戶指南
1. 歡迎進入 SUUNTO 潛水電腦錶的世界 .................................... 8 2. 警告、小心和注意 .................................................... 9 3. SUUNTO 使用者介面 ....................................................14 3.1. 流覽菜單 ...................................................... 15 3.2. 按鈕符號和功能 ................................................ 16 4. 開始使用 .......................................................... 18 4.1. TIME（時間）模式設置 .......................................... 18 4.1.1. 設置鬧鐘 .................................................. 19 4.1.2. 設置時間 .................................................. 20 4.1.3. 設置雙時區時間 ............................................ 20 4.1.4. 設置日期 .................................................. 20 4.1.5. 設置單位 .................................................. 21 4.1.6. 設置背光 .................................................. 21 4.1.7. 設置對比度 ................................................ 22 4.1.8. 設置鈴聲 .................................................. 22 4.2. 碼錶 .......................................................... 23 4.3. AC 水接點 ..................................................... 23 5. 潛水之前 ........................................................... 25 5.1. Suunto RGBM ................................................... 25 5.2. 緊急上升 ...................................................... 26 5.3. 潛水電腦表的各項限制 .......................................... 26 5.4. 高氧 .......................................................... 26 5.5. 自由潛水 ...................................................... 27 5.6. 聲音和圖像警報 ................................................ 27

Waters(沃特世)紫外氘灯

Waters氘灯waters氘灯228-34016waters氘灯价格waters氘灯供应228-34016，质保2000小时的长寿命氘灯，适用于岛津SPD-10A/20A检测器岛津Shimadzu LC-20A检测器氘灯Shimadzu LC-20A检测器氘灯的货号和描述LC-10A/20A紫外氘灯货号：228-34016岛津原装SPD-10A/20A紫外检测器氘灯，货号：228-34016，产品保用2000小时.纯正进口原装。

您身边的色谱专家，waters（沃特世）紫外氘灯228-34016专业供应商。

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waters（沃特世）紫外氘灯可提供同类灯具所没有的专属功能：专用型电容器盒，启动更可靠；实验室通用仪器waters（沃特世）紫外氘灯228-34016在价格，厂商，报价方面具有巨大优势。

国达仪器设备是一家价格、批发、厂家、采购，和实验室通用仪器一体的专业色谱公司，涉及各种色谱耗材、实验室仪器设备等国达仪器设备供应的waters（沃特世）紫外氘灯228-34016电子安全性经过认证；精准调整，实现最高性能；相容型阴极涂层，可提高稳定性；精准的机械加工，使沃特世检测器的界面达到最佳水平；无机烧制粘结胶泥，可最大程度地减小灯强度的降级；经过严格测试，性能可靠；保证最短使用期限，经济划算；范围有保证，用户放心。

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安捷伦液相氘灯寿命 -回复

安捷伦液相氘灯寿命-回复安捷伦液相氘灯寿命是指安捷伦公司生产的液相氘灯在正常使用条件下能够平均使用的时间。

液相氘灯是一种常见的实验室仪器，用于提供紫外光源。

本文将从液相氘灯的构成、工作原理、常见使用问题以及延长寿命的方法等方面逐步回答关于安捷伦液相氘灯寿命的问题。

首先，我们来了解液相氘灯的构成。

液相氘灯主要由一个具有电极的玻璃管、一定压力的氘气和可能加入的其他气体（如稀有气体或氮气）组成。

玻璃管的电极有正负两极，当施加外加电压时，在灯管中形成电弧放电，产生紫外光。

安捷伦液相氘灯在设计上采用了先进的技术，使其具有较长的寿命。

其次，我们来了解液相氘灯的工作原理。

液相氘灯通过施加高压电场，使电子与氘气分子碰撞，产生激发态的氘气分子。

随后，这些激发态的氘气分子会自发地退激发，在这个过程中会发射出紫外光。

这种紫外光主要位于160-400纳米的波长范围内，适合用于紫外检测器。

然而，液相氘灯也存在一些常见的使用问题，这些问题可能会影响其寿命。

首先是电极烧蚀问题。

由于电弧放电的过程中，电极会受到高温和高能粒子的烧蚀，导致电极损坏。

其次是氘气泄漏问题。

液相氘灯的密封性能可能会受到损坏，导致氘气泄漏。

这些问题都可能导致液相氘灯寿命的缩短。

为了延长液相氘灯的寿命，可以采取一些措施。

首先是正确使用液相氘灯。

在使用液相氘灯前，应先确保灯管密封性良好，避免氘气泄漏。

其次是避免过高的工作电压。

过高的工作电压可能会导致电弧放电过强，加速电极烧蚀。

此外，还可以定期进行维护和清洁。

定期检查液相氘灯的密封性能以及清洁电极表面等，可以延长其寿命。

安捷伦公司也提供了一些针对液相氘灯寿命的解决方案。

例如，安捷伦的液相氘灯产品具有较长的设计寿命，并且经过了严格的生产和质量控制过程，以确保其长期稳定的工作性能。

此外，安捷伦还提供了一对一的技术支持，解决客户在液相氘灯使用过程中遇到的问题，帮助客户最大程度地延长液相氘灯的寿命。

总结起来，安捷伦液相氘灯寿命受到多种因素的影响，包括电极烧蚀、氘气泄漏等。

RCR123A 3.0V 680 mAh 可重充电电池说明书

Specification RCR123A 3.0V 680 mAh Rechargeable Battery2700 Rydin Road unit C. Richmond, CA, 94804 USA.Tel: 510-525-2328Fax:510-439-2808TYPE --------------------------- CYLINDRICALMODEL ----------------------------- ICR17335SPECIFICATION------------------------- 17335Nominal voltage ----------------------- 3.0V------------------------- 18gC5mAh--------------------------------- 550mAhCharge voltage----------------- 4.500±0.05VMinimum discharge end voltage---------- 2.0VMaximum charge voltage----------------- 4.50VMaximum continuous charge current------ 550mAMaximum continuous discharge current--- 1100mA(including shrink sleeve/label)(20o C, 0.2 C5 to 2.0V)Internal impedance（20℃±5℃）＜400mΩCharge-Discharge conditions (20℃±5℃)0.5I t mA CC/CV0.2I t mA CC toFast charge---------------------- 1I t mA CC/CVRelative humidity (45-75%)Pressure (86-106KPa)Discharge--------------------------- -20-60℃Standard charge----------------------- 0-45℃Standard Test Conditions (Except additional quest) Temperature------------------------ 20℃±5℃Relative humidity-------------------- 65±20%1.PerformanceTest item Test conditions Requirements(1)Outside Appearance Visual check No abnormal stain,Deformation nor damage(2) Standard test conditionsMeasurements are carried out at 20±5℃and relative humidity of 65±20% without other specified condition. Accuracy of voltmeters and ammeters used in test is equal to or better than the grade 0.5.(3) Standard chargeCells shall be charged continuously at the constant current of 0.5I t mA to 4.5V, then charge at the constant voltage of 4.5V until the end current of 10mA(4)Standard dischargeCells shall be discharged continuously at the constant current of 0.2I t mA to 2.0V(5) Fast charge Cells shall be charged continuously at theconstant current of 1I t mA to 4.5V, then charge at theconstant voltage of 4.5V until the end current of10mA(6)Open-circuitvoltage (OCV)≥3.3V（load voltage）(7)Rated CapacityCells shall be charged in Item (3) and dischargedin Item (4) within 10minutes after full charged. Ifthe discharge duration does not reach the specifiedvalue, the test may be repeated up to three times intotal.Rated capacity:≥100C5mAh（8）Capacity high-rate dischargeCells shall be charged in Item (3) and dischargedcontinuously at the constant current of 1I t mA to 2.0Vwithin 10minutes after full charged. If thedischarge duration does not reach the specifiedvalue, the test may be repeated up to three times intotal.Discharge capacity:≥90%C5mAh(9) Cycle Life (20℃)Cells shall be charged continuously at theconstant current of 1I t mA to 4.5V and dischargedcontinuously at the constant current of 1I t mA to2.0V.A cycles defined as one charge anddischarge .carry out cycles until discharge capacity<80% C5mAh≥300 cycles(9) Cycle Life (20℃)Cells shall be charged continuously at theconstant current of 1I t mA to 4.5V and dischargedcontinuously at the constant current of 1I t mA to2.0V.A cycles defined as one charge anddischarge .carry out cycles until discharge capacity<80% C5mAh≥300 cycles(10)Low temperature dischargeCells shall be stored under -20℃±2℃ for 16h～24h after charged in Item (3),then discharged atconstant current of 0.2I t mA to 2.0VDischarge capacity：≥60%C5mAh2 Mechanical testTest Item Test Conditions Requirements(1)Vibration Test Vibrate test sample for 90minutes per each of thethree mutually perpendicular axis(x,y,z)after ratedcharge.Amplitude: 0.38mm(10-30Hz)；0.19mm（30-55Hz）Frequency: 10-55Hz(1oct/min)Direction: X, YAfter test , cells are discharge at constant currentof 0.2I t mA,and cycles per 1(3)and 1(4)for 3 cyclesto obtain recovered capacityNo rupture, fire, smoke,Nor critical damage≧90% C5mAh(2) Drop Test Drop 100% charged test sample from 1 meter above ontoconcrete board with more than 5cm thickness two timeseach for every direction after rated charge.After test , cells are discharge at constant currentof 0.2I t mA,and cycles per 1(3)and 1(4)for 3 cyclesto obtain recovered capacity No rupture, fire, smoke, Nor critical damage≧90% C5mAh3 Safety EvaluationTest Item Test Conditions Requirements(1) Hot Oven Test The charged batteries are to be heated in a gravityconvection or circulating air oven. The temperatureof the oven is to be raised at a rate of 5±2℃ perminute. The oven is to remain for 30 minutes at 150±2℃ before the test is discontinued.No fire, Nor explosion(2)Short Circuit Test After fast charge at 20±2℃, Connect batteryterminals with electric wire ( electric resistance:50mΩor less ). And stop the test when theNo fire, Nor explosiontemperature of battery is 10℃lower than peaktemperature.(3) Overcharge After discharged at 1I t mA and to 2.0V, the batteriesNo fire, Nor explosion shall be charged at 3I t mA current with a voltage limitof 4.6V.chargeing is continued for 8 hours4 Charge State of Battery before shipmentTo be determined.(Recommendation Approx. V)5 Duration of guarantee the productWe can keep on the quality in six month.6 ProtectionWhen Li-ion rechargeable battery is used over the permitted voltage or current, electrolyte may disassemble, and this case will affect safety performance of Li-ion rechargeable battery. So“PTC heat-fuse” and protection circuit module were usedin order to prevent overcharge, overdischarge and overcurrent.The parameters of protection circuit module as follows:overcharge protection voltage 4.550±0.025Voverdischarge protection voltage 1.80±0.08Vovercurrent protection ≤1.8A7 Handling precautions on Lithium Ion Rechargeable BatteryTo assure product safety, describe the following precautions in the instructionmanual of the equipment.! Danger-When charging the battery, use dedicated chargers and follow the specified conditions.-Use the battery only in the specified equipment.-Do not connect battery directly to an electric outlet or cigarette lighter charger.-Do not heat or throw battery into a fire.-Do not use, leave battery close to fire or inside of a car where temperature may be above 60℃. Also do not charge / discharge in such conditions.-Do not immerse, throw, and wet battery in water/ seawater.-Do not put batteries in your pockets or a bag together with metal objects such as necklaces. Hairpins, coins, or screws. Do not store batteries withsuch objects.-Do not short circuit the (+) and (-) terminals with other metals.-Do not place battery in a device with the (+) and (-) in the wrong way around.-Do not pierce battery with a sharp object such as a needle.-Do not hit with a hammer, step on or throw or drop to cause strong shock.-Do not disassemble or modify the battery.-Do not solder a battery directly.-Do not use a battery with serious scar or deformation.! Warning-Do not put battery into a microware oven, dryer, or high-pressure container.-Do not use battery with dry cells and other primary batteries, or batteries of a different package, type, or brand.-Stop charging the battery if charging is not completed within the specified time.-Stop using the battery if abnormal heat, odor, discoloration, deformation or abnormal condition is detectedDuring use, charge, or storage.-Keep away from fire immediately when leakage or foul odor is detected.-If liquid leaks onto your skin or clothes, wash well with fresh water immediately.If liquid leaking from the battery gets into your eyes, do not rub your eyes. Wash them well with clean water and go to see a doctor immediately.! Caution-Store batteries out of reach of children so that they are not accidentally swallowed.-If younger children use the battery, their guardians should explain the proper handling.-Before using the battery, be sure to read the user’s manual and cautions on handling thoroughly.-Thoroughly read the user’s manual for the charger before charging the battery. -For information on installing and removing from equipment, thoroughly read the user’s manual for the specific equipment.-Batteries have life cycles. If the time that the battery powers equipment becomes much shorter than usual, the battery life is at an end. Replace the battery witha new same one.-Remove a battery whose life cycle has expired from equipment immediately.-When the battery is thrown away, be sure it is non-conducting by applying vinyl tape to the (+) and (-) terminals.-When not using battery for an extended period, remove it from the equipment and store in a place with low humidity and low temperature.-While the battery pack is charged, used and stored, keep it away from objects or materials with static electric charges.-If the terminals of the battery become dirty, wipe with a dry clothe before using the battery.-The battery can be used within the following temperature ranges. Do not exceed these ranges.Charge temperature range : 0℃ to 45℃ Discharge temperature range : -20℃ to 60℃ (When using equipment)。

氘灯的使用常识

氘灯的使用常识：一、氘灯氘灯主要产生190~400nm波长范围的紫外光。

主要是依靠等离子体放电（就是指始终让氘灯处于一个稳定的氘元素（D2或者重氢）电弧状态下。

低于190nm波长的紫外光难以被使用的原因是其波长段被氘灯外部的石英套所吸收。

二、氘灯的正常使用寿命一个氘灯的使用寿命是指其在提供足够光强的状态下的所使用的小时数。

氘灯为易耗件，一般使用寿命为：国产氘灯500～800h，进口氘灯为1000h（少数长寿命可达2000h），一般情况下，氘灯发光孔处发黑，就应该考虑氘灯的使用寿命是否到期了。

很明显的，一个用来做痕量分析的氘灯的寿命要比做HPLC 一类的检测相对简单实验的氘灯寿命要来的短。

经验法则告诉我们，当在指定波长下光强不足初始值的50%时，你就可以换氘灯了。

氘灯正常使用时的发射光强是一个很缓慢的减弱过程，可以用以下的指数函数来表示：It = Io x e-ct式中：It 表示在t时刻的光强值；Io 表示初始光强；C表示一个常数；t表示时间。

三、氘灯的光强减少量主要取决于以下3个因素：1.此氘灯的内部金属部件以及涂料的蒸发（同时可能导致灯的能否点亮）；2.此氘灯的灯丝涂料的材料与石英套发生反应（主要是阻碍穿透）；3.日晒光照会导致石英套吸收200—250nm波长的光。

当氘灯使用寿命快到时，它发出的光强衰减的会很快一直到它不能点亮为止。

如果一直出现点灯失败，那就是氘灯有问题的信号。

四、导致氘灯使用寿命缩短甚至于早期失效的主要原因是什么？氘灯的开关频率氘灯的开关次数与其正常使用时间成反比。

以每日工作8小时来说，如果在期间不关灯的话，那你的氘灯寿命会下降三成。

每日在休息等时间将氘灯频繁开关也将对氘灯寿命造成损害，同时可能对生产效率产生影响，因为氘灯点亮后须要30分钟左右的稳定时间。

氘灯的外套受到玷污。

不要用手直接接触氘灯。

手上含有的油脂类物质会在石英外套上残留下一个污点，这会阻碍氘灯的光源的发射光。

安捷伦氘灯更换要点

安捷伦氘灯更换要点1.引言1.1 概述安捷伦氘灯是一种常用于科学研究和实验室实践的重要光源。

在实验室中，氘灯被广泛应用于光谱测量、光谱分析、荧光测量以及其他与光学相关的实验和研究中。

本文旨在介绍安捷伦氘灯更换时需要注意的要点，以及更换氘灯的重要性。

更换氘灯对于保持实验结果的准确性、提高实验可重复性以及确保实验安全至关重要。

在文章的下一节中，将对安捷伦氘灯的简介进行详细介绍，包括氘灯的原理、结构和工作机制，以便读者对于氘灯的基本知识有一个清晰的了解。

接下来，将探讨安捷伦氘灯更换的重要性，包括为何需要定期更换氘灯以及更换氘灯对实验结果的影响。

最后，在结论部分将对安捷伦氘灯更换的要点进行总结，并探讨这些要点对于实验室实践的意义。

通过本文的阅读，读者可以了解到如何正确进行安捷伦氘灯的更换以及为什么更换氘灯对于实验室的科研工作至关重要。

接下来，让我们进入文章的第二部分，详细介绍安捷伦氘灯的相关知识和更换的重要性。

文章结构部分的内容可以是：文章结构是指整篇文章按照一定顺序和组织方式进行划分和组织的过程。

一个良好的文章结构能够使读者更好地理解文章的逻辑关系，使文章内容更加条理清晰。

本文主要包括引言、正文和结论三个部分。

下面将对每个部分进行详细介绍。

1. 引言部分：引言部分是文章开头的部分，旨在引入读者进入主题，并对文章进行概述。

本部分包括三个小节：- 1.1 概述：在概述部分，可以简要介绍什么是安捷伦氘灯，或者阐述安捷伦氘灯在实验室中的重要性，为后续内容的阐述打下基础。

- 1.2 文章结构：本小节是本文的当前小节，用于说明文章的整体结构和内容安排。

- 1.3 目的：在这一小节中，可以详细说明本文撰写的目的和意义，即为什么要研究或讨论安捷伦氘灯的更换要点。

2. 正文部分：正文部分是文章的核心部分，对于安捷伦氘灯的更换要点进行详细的描述和分析。

本部分包括两个小节：- 2.1 安捷伦氘灯简介：在这一小节中，可以详细介绍安捷伦氘灯的基本特性、工作原理和用途。

索拉HD SDN-C高性能电源说明说明书

High performance specifications and extensive international certifications ensure that the SolaHD SDN-C is suitablefor the most extreme environments, including hazardous locations and off-shore applications. Features like wide operating temperature range, power boost capability,and adjustable output voltage ensure reliable operation in the harshest industrial environments. Parallel operation, extensive LED diagnostics, and universal AC or DC input voltage simplify installation and maintenance. For added reliability, the SDN-C power supplies can be used with theSolaHD Redundancy modules to provide redundant power supply operation.Applications• Industrial Automation• Process Control• Material Handling and Conveyors• Hazardous Locations• Marine ApplicationsFeatures• Extensive international hazardous location certifications, including Class I, Zone 2, ATEX, IECEx, ExEAC.Hazardous location temperature code (T-Code) ratingof T4.• International off-shore certifications, including ABS and DNV-GL• PowerBoost TM enables short duration overloadcapability, to start loads with high inrush current• Three LEDs provide extensive diagnostics• Dual output terminals for convenience in wiring• DC OK relay to provide diagnostic information to a PLC, controller, or monitoring system• Universal AC and DC input voltages to accommodateglobal requirements• Wide operating temperature range accommodates both extreme hot and extreme cold environments• Active Power Factor Correction on most models• Parallel operation capability standard• Supports redundant power supply operation usingoptional SDN™ Redundancy modules• 5-year limited warranty Certifications and Compliances *All Models• Listed, Ind. Control Equipment, E61379- UL 508, CSA C22.2 No. 107.1•UL 60950UL Recognized Component, ITE, E137632- UL 60950-1/CSA C22.2 No. 60950-1, 2nd Edition •UL 60950UL Recognized Component, Class I, Div 2;Class I Zone 2; T4 E234790•EMC and- Low Voltage Directive- IEC/EN60950-1, 2nd Edition• RoHS CompliantModels SDN 5-24-100C, SDN 10-24-100C, SDN 16-12-100C, SDN 20-24-100C, SDN 40-24-100C, SDN 5-24-480C, SDN 10-24-480C, SDN 20-24-480CD•UL 60950UL Recognized Component, Haz. Loc., E234790 - UL60079-0/CSA E60079-0, UL 60079-15, CSAE60079-15- Class I, Zone 2, AEx nA nC IIC, Ex nA nC IIC•- EN60079-0, EN60079-7, EN60079-15-• IECEx Certified- IEC 60079-0, IEC 60079-7, IEC 60079-15- Ex ec nC IIC GcModels SDN 5-24-100C, SDN 10-24-100C, SDN 16-12-100C, SDN 20-24-100C, SDN 40-24-100C, SDN 5-24-480C, SDN 10-24-480C• Type ApprovalModels SDN 5-24-100C, SDN 10-24-100C, SDN 16-12-100C, SDNModels SDN 5-24-100C, SDN 10-24-100C, SDN 20-24-100C, SDN 40-24-100C• CertifiedSDN-C Performance DIN Rail Series* Refer to user manual for installation requirements when used in hazardous locations.E61379UL 60950E137632E234790IECExThe SolaHD DifferenceRugged metal housingMultiple output connections for ease of wiring multiple devicesSingle or parallel use selectable by userClearly labeled front panelMultiple certifications for versatility in applicationsAutomatically adjusts for global Input voltagesNarrow width saves panel spaceNo internal fan, no extra cooling required in any power levelAdjustable output voltageDC OK Relay Terminals provide diagnostic information to a PLC or controllerVisual LED diagnostics show input and output status (see table below)LED Light Status ConditionsRelated Products• SDN-C Redundancy Modules• IP67 SCP-X Extreme Environment Series • SDU UPS Accessories• Chassis Mount BracketsSDN-C Specifications (Single Phase)1. Input current ratings are conservatively specified with low AC input, worst case efficiency and power factor.2. Losses are heat dissipation in watts at full load, nominal AC input line.3. Ripple/noise is stated as typical values when measured with a 20 MHz, bandwidth scope and 50 Ohm resistor.4. All models are capable of paralleling. For redundant operation, please use external Redundancy module. Only the 40A uses Active paralleling scheme. Please refer to usermanual for details.5. Peak current is calculated at nominal voltage levels.6. Contact tech support for operation at -40°C.SDN-C Specifications (Single Phase) continued7. Screw terminals. Use only one copper wire per terminal. Non-ratcheting torque driver recommended.8. SDN 40-24-100C only — Provided with Signal Mode terminal block which includes the following features: DC OK, Ground signal, PS ON, I_share connection. Refer to SignalsManual for terminal connection details..SDN-C Specifications (Three Phase)1. In the event of a phase loss, the power supply will continue to operate normally. However, the resulting lower rectified RMS voltage can cause excessive heat build up, which may eventually cause the unitto shut down if maximum operating temperature is exceeded.2. Input current ratings are specified with low AC 3-phase input, line conditions, worst case efficiency values and power factor spikes. Input current at nominal AC 3-phase input will typically be half thesevalues.3. Losses are heat dissipation in watts at full load, nominal line.4. 24-28 Vdc adjustable guaranteed at full load.5. Ripple/noise is stated as typical values when measured with a 20 MHZ, bandwidth scope and 50 Ohm resistor6. All models are capable of paralleling. For redundant operation, please use external Redundancy module. Only the 40A uses active paralleling scheme. Please refer to user manual for details.7. SDN 20 and SDN 40 are capable of delivering 150% load for approximately 4s before the unit will go to HICCUP mode. SDN 5 and 10 will maintain minimum 4s to deliver 150% load then drops to almostzero Vout. The output voltage will immediately drop to almost zero when load rises above 150%.8. Contact Tech Support for operation -40°C.SDN-C Specifications (Three Phase)9. Screw terminals. Use only one copper wire per terminal. Non-ratcheting torque driver recommended.10. SDN 40-24-480C only: Output signaling terminal block features (Shut down, Power Good, Current Monitor, Current Balance, signal GND). Please refer to Signals Manualfor details.SDN-C Series DimensionsSDN 40-24-480C DimensionsSDN 40-24-100C and SDN 40-24-480C output signaling terminal block features: Shut Down, Power Good, Current Monitor, Current Balance, GND, and active current sharing through I_SHARE connectors (See Signals Manual for connection information).4.85 i n . [13 m m ] 1.97 in.[50.0 mm]4.36 in. [110.8 mm]W D Voltage adjustment potentiometer located on top of power supplySDN 40-24-100C Dimensions5.51 i n . (139.96 m m )WDD + 0.54 in (13.80 mm)SignalConnectorPower Supply HSolaHD SDN-C power supplies are designed to be easily and reliably mounted to DIN rail. For applications requiring mounting the power supply directly to the panel, optional Panel Mount Adapter Brackets are available.SDN-PMBRK2SDN-C Series MountingPanel mounting of SDN-C power supplies is simplified by using an optional Panel Mounting Bracket kit. Each kit comes with two brackets for modifying one power supply. Choose the appropriate bracket kit based on the power supply model in the tables below. Note that the Panel Mount bracket will add approximately 2-4mm in depth, compared to DIN rail mounting. Refer to the manual that comes with the bracket kit for detailed instructions on assembly and mounting.Detachment from DIN Rail:with M3X8 mm Phillips Screw and lock washer (use 7kgf torque).Top View 3D ViewDIN BracketM3X8 mmPhillips ScrewBack ViewPower Supply AccessoriesSDN-PMBRK3Panel Mount Brackets Installation ManualDimensions in Inches (Millimeters)2. Reta of th3. Pus with7983472006511.93 (49.0)Top View 3D View Top View 3D ViewDimensions - in. (mm)Dimensions - in. (mm)。

氘灯的熟悉及利用

氘灯：要紧产生190~400nm波长范围的紫外光。

主若是依托等离子体放电（确实是指始终让氘灯处于一个稳固的氘元素（D2或重氢）电弧状态下。

低于190nm波长的紫外光难以被利用的缘故是其波长段被氘灯外部的石英套所吸收。

氘灯的正常利用寿命：一个氘灯的利用寿命是指其在提供足够光强的状态下的所利用的小时数。

很明显的，一个用来做痕量分析的氘灯的寿命要比做HPLC一类的检测相对简单实验的氘灯寿命要来的短。

体会法则告知咱们，当在指定波长下光强不足初始值的50%时，你就能够够换氘灯了。

氘灯正常利历时的发射光强是一个很缓慢的减弱进程，能够用以下的指数函数来表示：It = Io x e-ct式中：It 表示在t时刻的光强值；Io 表示初始光强；C表示一个常数；t表示时刻。

氘灯的光强减少量要紧取决于以下3个因素：1.此氘灯的内部金属部件和涂料的蒸发（同时可能致使灯的可否点亮）；2.此氘灯的灯丝涂料的材料与石英套发生反映（主若是阻碍穿透）；3.日晒光照会致使石英套吸收200—250nm波长的光。

当氘灯利用寿命快到时，它发出的光强衰减的会专门快一直到它不能点亮为止。

若是一直显现点灯失败，那确实是氘灯有问题的信号。

致使氘灯利用寿命缩短乃至于初期失效的要紧缘故是什么？氘灯的开关频率氘灯的开关次数与其正常利历时刻成反比。

以每日工作8小时来讲，若是在期间不关灯的话，那你的氘灯寿命会下降三成。

每日在休息等时刻将氘灯频繁开关也将对氘灯寿命造成损害，同时可能对生产效率产生阻碍，因为氘灯点亮后须要30分钟左右的稳固时刻。

氘灯的外衣受到玷污。

不要用手直接接触氘灯。

手上含有的油脂类物质会在石英外衣上残留下一个污点，这会阻碍氘灯的光源的发射光。

若是不警惕用手直接接触到了氘灯，那在氘灯安装之前请用异丙醇将氘灯清洗干净。

物理冲撞当氘灯或检测器受到物理冲撞时，如灯是亮着的话，极可能将灯丝弄坏乃至是弄断。

（因为当氘灯点亮时其温度有2700K度，现在灯丝几乎是液态的。

日立液相色谱氘灯能量更换-概述说明以及解释

日立液相色谱氘灯能量更换-概述说明以及解释1.引言1.1 概述在现代科研实验中，液相色谱技术被广泛应用于化学、药物、生物等领域，为科学家们提供了一种精确、快速、有效的分析方法。

而氘灯作为液相色谱中的重要光源部件，发挥着关键作用。

本文将针对日立液相色谱中氘灯能量的更换问题展开探讨，分析其原因及影响，并提出相应的解决方案。

通过对这一问题的深入研究，我们可以更好地了解日立液相色谱仪器的工作原理和维护方法，为实验的顺利进行提供有力支持。

1.2 文章结构文章结构部分的内容:本文主要分为引言、正文和结论三个部分。

在引言部分，将分别概述日立液相色谱和氘灯能量的基本情况，以及论文的目的。

在正文部分，将重点介绍日立液相色谱和氘灯能量的相关知识，并详细探讨其更换过程。

最后在结论部分，将总结本文的观点，分析可能的影响，并提出一些建议措施。

整个文章结构清晰，层次分明，便于读者理解和参考。

1.3 目的：本文的主要目的是介绍如何在日立液相色谱仪中更换氘灯能量。

通过本文的阐述，读者将能够了解到氘灯在液相色谱中的重要性以及更换氘灯的步骤和注意事项。

同时，本文也旨在帮助读者解决在日立液相色谱仪中更换氘灯能量时可能遇到的问题，为实验室工作提供便利。

通过深入了解如何更换氘灯能量，读者将能够更好地维护和管理日立液相色谱仪，提高其性能和稳定性，确保实验数据的准确性和可靠性。

最终目的是帮助实验室工作者更有效地开展科研工作，促进科学研究的进步和发展。

2.正文2.1 日立液相色谱液相色谱是一种用于分离化学物质的技术，通过溶解样品并将其通过一列填充了吸附剂的管柱来实现分离。

日立液相色谱系统是一种高性能的色谱仪器，可以提供精确的分析结果和稳定的性能。

日立液相色谱系统具有高灵敏度、高分辨率和高效率的特点，使其在生物化学、药物研发和环境监测等领域得到广泛应用。

其操作简便，性能稳定，是实验室中常用的色谱技术之一。

使用日立液相色谱系统进行化学分析时，需要注意样品的准备和处理工作，确保样品的纯度和稳定性。

Xenon Light Source 300W说明书

XENON LIGHT SOURCE 300W·Low noise, low heat conduction· Electronical light control via buttons· Simple lamp replacement· Waterproof touch control panelMulti connector option:Wolf, Storz, Olympus, ACMI10/2021 Specifications subject to change without notice. Reproduction in whole or in part prohibited. All rights reserved. © 2021 ILO electronic GmbH Manufactured by ILO electronic GmbH, Carl-Zeiss-Strasse 3, 25451 Quickborn XENON LIGHT SOURCE 300WSingle Version:Xenon X 300-M 300 Watt xenon lamp, Storz adapter, manual light intensity controlXenon X 300-A 300 Watt xenon lamp, Storz adapter, automatic light intensity controlXenon X 300-AT 300 Watt xenon lamp, turret adapter, automatic light intensity control Backup version:Xenon X300M-LED 300 Watt xenon lamp, Backup LED lamp, 2x Storz adaptermanual light intensity controXenon X300A-LED 300 Watt xenon lamp, Backup LED lamp, 2x Storz adapterautomatic light intensity controllXenon X300AT-LED 300 Watt xenon lamp, Backup LED lamp, 2x turret adapter automatic light intensity control Series Description Lamp:Main: Backup (optional):· Xenon arc lamp: 300 W · White LED lamp· Daylight quality, 5600 K · Daylight quality, 6500 K· Lifetime: 500 hr (expected) · Lifetime: > 20.000 hr Light guide connection:· Storz, Wolf, Olympus or turret adapter Voltage range (current consumption):· 100-240 V (300W light source: 370 VA)Frequency:· 50-60 Hz Device protection:· 2x T6,3 A Video In (optional): · 1x Video (automatic Version only)Protection class (acc.to IEC 60601-1): · ISafety class: · BFIP code: · 20Standard: · IEC 60601-1-2Device classification (EU) 2017/745, annex VIII: · IDimensions (WxHxD):· 355mm x 120mm x 340mm Weight:· approx. 12,5 kg (300W) Delivery contains:· Light source, mains cable, user manual, BNC cable (optional)Options:· Automatic light intensity control· Backup LED lamp · Multi connector option, turret:Technical Data Ø max. 5,9mmWolfACMIOlympusStorz Exclusively pictured version!min. 4mm。

RD8000 使用手册(详细)

RD8000英国雷迪精确定位管线仪2008790/RD8K-OPMAN-ENG/01RD8000 Operation Manual i前言警示！发射机可以输出具有致命性电压。

往管道和线缆上加载信号时，必须谨慎。

警示！此仪器没有得到在有害气体环境中使用的认证。

警示！取出发射机电池盒之前，先关闭设备，并断开连线。

警示！RD8000可探测到几乎所有地下导体，但是有些物体不发射可探测到的信号，因此RD8000探测不到这些导体。

有些带电电缆，RD8000在电力模式下也探测不到，请谨慎使用。

电池警示！碱性电池在最大输出功率下长时间使用会发热。

更换电池时，请小心。

废旧电池处理请遵照你所在的国家、城市和公司的要求处理镍镉电池。

特殊蓝牙Bluetooth® 通知RD8000 接收机和发射机包含Class 1 Bluetooth® 设备在操作（某些产品）时发射无线信号。

在蓝牙配对、发送iLOC™无线指令、发送SurveyCERT™测绘数据时，蓝牙天线应离身体至少20厘米。

图2.2指示天线的位置。

无线技术使用合规使用iLOC™无线技术应符合国家电信法规规定。

请咨询本国政府。

感谢您购买英国雷迪公司RD8000管线定位仪。

RD8000使用最先进的管线探测技术、设计轻盈、外形符合人机工程学原理。

使用前，请仔细阅读此手册。

此手册信息在发布时，内容正确。

英国雷迪公司会不断对产品进行改进。

英国雷迪公司保留改变产品的权力。

请联系英国雷迪公司或本地代理商查询RD8000的最新产品资料以及其它产品系列，也可访问英国雷迪公司网站。

一般性管线定位仪的探测效果会受到旁边的金属和过往的车辆的影响。

请在这些物体一米至两米外测量深度和电流读数。

RD8000进行了IEC 801-2标准的测试，静电放电不会对RD8000以及其他管线定位仪造成永久性损坏。

但是在极端情况下，产品可能会暂时无法工作，遇此情况，请先关机后再开机，如果机器依然无法正常工作，那么，请卸下电池，等几秒钟后再装入电池，然后开机即可恢复正常工作。

DURATRAX IntelliPeak Mini Pulse Charger 说明书

•Advanced fuzzy logic peak detector with automatic cut-off circuit featuring high efficiency P-Channel MOSFET drive transistors •8-bit 4MHz CPU with 8K ROM, 1K RAM, 1-channel 16-bit analog-to-digital converter•8-bit pulse width modulated charge current to charge NiCd or NiMH batteries to 100% without overcharging•Built-in Artificial Intelligence to eliminate false peaks •11-15V DC input•Includes incredibly small, detachable, 12 volt7 amp AC power supply with built-in cooling fanfor at-home use•Output: 4-7 cells on DC, 4-8 cells on AC •Adjustable fast charge current: 0.5-4.5 amps •100mA trickle charge• 2 amp fixed discharge rate•Cycle functions: Select a single discharge/charge cycle for periodic pack conditioning, or continuous “auto-repeat” cycles for reviving batteries that have developed a memory or for breaking in a new pack•Four multi-function, high intensity LED’s and audible tones for easy set-up•Built-in miniature fan keeps charger cool, increasing efficiency and lifespan•Fused overload and reverse polarity protection •Capable of charging transmitter batteries •Charge only nickel-cadmium or nickel-metalhydride rechargeable batteries. Damage may occur from other types of batteries.•Do not use automotive type battery chargers to power the charger.•Do not allow water, moisture or foreign objects into the charger.•Do not cover the air intake holes on the charger. This will cause the charger to overheat.•Do not charge batteries containing fewer than4 cells•Always connect the power source first.•Do not use a cable longer than 30cm to connect the charger with the batteries.•Do not leave the charger unattended while charging. Disconnect the battery immediately if the charger becomes hot.Allow the charger or battery to cool down before reconnecting.•Keep out of reach of children.•Do NOT discharge cells smaller that sub-C size cells.Unlike most other chargers, theIntelliPeak Mini Pulse Chargeris capable of charging bothnickel-cadmium (NiCd) andas identified by this symbol. Look exclusively forbattery chargers with this symbol to handle bothNiCd and NiMH charging needs.While similar in appearance to sub-C NiCdbatteries, NiMH batteries have a different internalchemistry and require a different charging method.It is important not to allow NiMH batteries tooverheat while being charged.Heat can adverselyaffect the performance of NiMH batteries. Whencharging NiMH batteries with the IntelliPeak MiniPulse Charger, do not adjust the PEAK CHARGEAMPS adjustment knob above 3.0 amps. Chargingat a higher amperage will heat up the batteries andcould cause permanent damage. If overheating isobserved, disconnect the battery from the chargerimmediately, and reduce the charge rate for futurecharging needs. Also, do not deep cycle NiMHbatteries. Permanent damage could result. StoreNiMH packs with some voltage remaining on thecells. Use a NiMH battery pack no more than threecycles per day, with a two to three hour breakin-between for cooling. More frequent use is likelyto overheat the pack.If using a DC power supply or 12V DC battery forinput power, connect the DC adapter cord(included) to the lead exiting the rear of thecharger. Attach the red alligator clip to the positive(+) terminal on the power supply, and the blackalligator clip to the negative (-) terminal. It’s best touse a clean DC power source whose output isfiltered to remove unwanted electrical noise.Disconnect the DC input adapter cord from thecharger when not in use.The IntelliPeak Mini Pulse Charger accepts DCinput voltage only. To draw power from a 110V ACsource, plug the white connector exiting the rear ofthe charger directly into the white connectorlocated in the rear of the AC power supply. Plugthe power supply into a 110V AC outlet. Do notattempt to connect the charger directly to 110V ACpower, as permanent damage to the chargerwill result.The IntelliPeak Pulse Charger is fuse protectedfrom current overload. Only replace the spade typeautomotive fuse with one of the same 7A ratingand physical size. CAUTION: Disconnect thecharger from the input power source and theload battery from the charger before replacingthe fuse.The output lead (included) has a standard styleconnector at one end, with the opposite wire endsstripped so a small portion of bare wire is showing.Insert the red, positive (+) wire into the red springloaded terminal on the front of the charger. Installthe black, negative (-) wire into the black springloaded terminal. These terminals allow virtuallyany other charge leads to easily be connected tothe charger if so desired. CAUTION: Make surewire strands never make connection betweenthe red and black terminals!Failure to do socould result in a short circuit condition, causing thefuse to blow or permanent damage to the chargerand/or battery.The IntelliPeak Mini Pulse Charger offers a slow100mA trickle charge rate for charging a newbattery or topping off a previously charged battery.Connect the battery to the charge lead on the frontof the charger. The green SLOW CHARGE LEDshould automatically begin to flash, indicatingtrickle charge is in progress. A1500mAh batteryshould reach full charge in approximately 15 hoursusing this charge method.This unit has a high-rate fast charge to recharge apartially discharged battery, with circuitry designedto monitor pack voltage and automaticallyterminate fast charge when full charge is reached.Select the desired charge rate using the PEAKCHARGE AMPS adjustment knob. Connect thebattery to the charge lead on the front of thecharger. The green SLOW CHARGE LED shouldautomatically begin to flash, indicating tricklecharge is in progress. Push the MODE SELECTbutton once to start peak charging. The red PEAKCHARGE LED should light, and the charger willbeep once to confirm peak charge is in progress.When this LED begins to flash the battery isapproaching peak charge. This should soon befollowed by occasional flashing of the STATUSLED, where each flash represents instantaneousmoments when actual battery voltage is starting todecline, thus indicating the battery has reachedpeak and the charger will soon return to slowcharge automatically.WARNING: Do not leave charger unattendedduring fast charge.If the battery or charger Congratulations on your purchase of the IntelliPeak™Mini Pulse Charger by DuraTrax®! With intelligently designed features to provide increased performance and convenience, the IntelliPeak Mini Pulse Charger is well suited for a variety of modeler applications.become hot at any time, disconnect the battery from the charger immediately!Failure to do so may cause permanent damage to the charger and battery, and may cause bodily harm. Reduce the charge rate for future charging needs.Discharging removes charge from a battery for storage or conditioning purposes. Connect the battery to the lead on the front of the charger. Push and hold the MODE SELECT button for two seconds. The charger will beep two times, and the amber DISCHARGE LED will light, confirming discharge is in progress at a fixed rate of 2 amps.When the battery is finished discharging, the charger will automatically switch to slow charge mode. The IntelliPeak Charger has a fixed, non-adjustable discharge cutoff voltage setting of 2.60V. If a specific discharge cutoff value other than 2.60V is desired, monitor the pack voltage during discharge with a separate voltmeter and manually terminate discharge at such point as desired. This step must be followed during all cycling functions as well if a different cutoff voltage is desired.WARNING:Do NOT discharge cells which are smaller than sub-C size.The discharge current rate of the IntelliPeak is too high for smaller cells such as A, AA, and AAA size, in addition to the wiring used to assemble such packs. Failing to avoid this will likely cause permanent damage to the cells and/or wiring in the battery packs, and possibly the equipment in which the battery is installed.Use the single cycling feature to conduct a single discharge/charge cycle for periodic pack conditioning of regularly used batteries. Select the desired charge rate using the PEAK CHARGE AMPS adjustment knob. Then, connect the battery to the charge lead on the front of the charger. Push the MODE SELECT button twice. The amber DISCHARGE LED will light and the charger will beep three times to confirm single cycling is in progress. When discharge is complete, it will automatically switch to peak charging, confirmed by the red PEAK CHARGE LED and a single beep. This LED will flash when the battery nears peak charge, after which the charger will automatically return to slow charge as indicated by the flashing green SLOW CHARGE LED.Auto-repeat cycling lets you conduct repeated discharge/charge cycles for deep pack conditioning to break in new packs or revive older or unused packs which may have developed memory. Select the desired charge rate using the PEAK CHARGE AMPS adjustment knob. Then,connect the battery to the charge lead on the front of the charger. Push the MODE SELECT button twice and hold it down for two seconds. The amber DISCHARGE LED will light and the charger will beep four times to confirm auto-repeat cycling is in progress. After the battery has finished discharging it will automatically switch to peak charge mode, confirmed by the red PEAK CHARGE LED and a single beep. When this LED begins to flash, the battery is approaching peak charge. This should soon be followed by occasional flashing of the STATUS LED, where each flash represents instantaneous momentswhen actual battery voltage is starting to decline,thus indicating the battery has reached peak and the charger will soon return to slow charge automatically. Once peak charge has completed,the charger will automatically repeat this entire discharge/charge process. To end this function,the user must push the MODE SELECT button or disconnect battery from the charger.To discharge the battery for storage, allow the battery to cycle the desired amount of times and then push the MODE SELECT button until the orange DISCHARGE LED lights. This will start discharge mode only. To peak charge the battery,wait until the last desired cycle is over and then push the MODE SELECT button until the red PEAK CHARGE LED lights.The IntelliPeak Mini Pulse Charger is capable of charging 9.6V transmitter batteries. This is best accomplished when using 110V AC input through the AC power supply, or DC input power of greater than 12V but less than 15V. Connect the appropriate adapter (not included) into the spring terminals on the front of the charger. CAUTION:Failure to recognize proper polarities will cause permanent damage to the battery and/or radio! Turn the PEAK CHARGE AMPS adjustment knob down to 0.5 amps to allow the batteries to peak charge. Charging at a higher amperage can cause permanent damage to the transmitter batteries. Do not allow standard capacity TX batteries to remain in slow charge mode in excess of 1 hour after peak charge has been reached, as overheating of the battery might occur. Note: If your transmitter has a diode in the charge circuit, it may be necessary to remove this diode to allow your transmitter to receive a full charge with this IntelliPeak charger. In addition, the battery will NOT accept a discharge with the diode in the circuit.Removal of the diode will allow a full charge and discharge.WARNING: Do NOT discharge transmitter batteries with the IntelliPeak Charger.The discharge current rate is too high for such smaller cells and the wiring which is used to assemble such packs. Failing to avoid this will likely cause permanent damage to the cells and/or wiring in the battery packs, and possibly the equipment in which the battery is installed.Input Voltage:11-15V DCOutput:4-7 cells DC, or 4-8 cells with AC power supplyNiCd Fast Charge:0.5-4.5A NiMH Fast Charge:0.5-3.0ATrickle Charge Rate:100mA Discharge Rate: 2 Amp fixed Discharge Cutoff Voltage: 2.60V fixed Battery Types:Nickel-cadmium (NiCd) &nickel-metal hydride (NiMH)Case Size: 3.38" x 1.88" x 3.5"Weight:7.6 oz. (without power supply)Part Number:DTXP4110DuraTrax warrants this product to be free from defects in materials and workmanship for a period of 1 year from the date of purchase. During that period, we will repair or replace , at our option, any product that does not meet these standards. You will be required to provide proof or purchase date (receipt or invoice). If during the 1 year period,your DuraTrax product shows defects caused by abuse, misuse, or accident, it will be repaired or replaced at our option, at a service charge not greater than 50% of the current retail price. Be sure to include your daytime telephone number in case we need to contact you about your repair.This warranty does not cover components worn by use, application of reverse voltage, cross connections, poor installation, subjection of components to foreign materials, any alterations to wires, or tampering. In no case shall our liability exceed the original cost of the product. Your warranty is voided if...A.You allow any wires to become frayed which could cause a shortB.You tamper with any of the electronic components.C.You exceed minimum or maximum cell specifications for the battery pack.D.You allow water, moisture, or any foreign material to enter the charger case.E.You apply reverse voltage by connecting the battery pack backwards.Under no circumstances will the purchaser be entitled to consequential or incidental damages.This warranty gives you specific legal rights, and you may also have other rights which vary from state to state. If you attempt to disassemble or repair this unit yourself it may void the warranty.For service to your DuraTrax product, either in or out of warranty, send it post paid and insured to:Hobby Services 1610 Interstate Drive Champaign, IL 61822(217) 398-0007e-mail:*************************Internet Address: www.duratrax.coLED DISPLAYConditionDischarge LEDFast Charge LEDSlow Charge LEDStatus LED (Yellow)(Orange)(Green)(Red)No Battery OFF OFF OFFON Slow Charging OFFOFFOFF: When batteryOn: Normal is < 3VFlash: Bad batteryFlash: Slow ChargingconnectionOff: Weak power supply Fast Charging OFFON: Battery is chargingOFFOn: Battery voltage is Flash: Battery is increasing or stable near peakOff: Battery voltage isdecreasingDischarging ON OFFOFFONDTXZ4110 for DTXP4110 V1.2。

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