欧力特lcpa200-12蓄电池
product performance characteristics:
1. using high-quality alloy as grid, it has good electrical conductivity, corrosion resistance, less gas evolution and low water loss rate.
2. positive and negative plates adopt paste-coated structure and high-energy active material formulation. they have large capacity, high specific energy and excellent discharge performance at high current. the maximum instantaneous discharge current can reach 15c20.
3. agm diaphragm with high porosity and tight assembling technology are adopted, which is vibration-resistant, short-circuit-free and has long service life.
4. battery shell is made of reinforced abs plastic, sealed with modified epoxy resin sealant, corrosion-resistant, acid-free leakage;
5. the electrolyte is prepared with high purity dilute sulfuric acid and unique additives to ensure the maximum energy of the electrode and effectively suppress the generation of self-discharge.
6. normal use need not add acid to make up water, adjust acid density and other cumbersome maintenance work.
product use
this product is widely used in emergency lighting equipment, uninterrupted power supply, mobile measurement equipment and other places where dc power supply is needed.
欧力特lcpa200-12蓄电池应用领域与分类：
免维护无须补液； ups不间断电源；
内阻小，大电流放电性能好； 消防备用电源；
适应温度广； 安全防护报警系统；
自放电小； 应急照明系统；
使用寿命长； 电力，邮电通信系统；
荷电出厂，使用方便； 电子仪器仪表；
安全防爆； 电动工具,电动玩具；
深放电恢复性能好； 便携式电子设备；
无游离电解液，侧倒仍能使用； 摄影器材；
产品通过ce,rohs认证,所有电池 太阳能、风能发电系统；
符合标准。 巡逻自行车、红绿警示灯等。
欧力特lcpa200-12蓄电池产品特性：
槽式化成保证电池达到标准容量,
高可靠的极柱双重密封结构，其抗冲击性能及密封性能大大提高，确保电解液不会渗出，提高了产品的可靠性。
安全可靠，内置国内防爆虑酸片安全阀，具有的开闭阀压力及防爆、过滤酸雾功能，一旦过充，可释放出多余气体，不会使电池胀裂、酸雾逸出。
1、安全性能好:正常使用下无电解液漏出,无电池膨胀及破裂。
2、放电性能好:放电电压平稳,放电平台平缓。
3、耐震动性好:完全充电状态的电池完全固定,以4mm的振幅,16.7hz的频率震动1小时,无漏液、膨胀,开路电压正常。
4、耐冲击性好:完全充电状态的电池从20cm高处自然落至1cm厚的硬木板上3次。无漏液、膨胀,开路电压正常。
5、耐过放电性好:25摄氏度,完全充电状态的电池进行定电阻放电3星期(电阻值相当于该电池1ca放电要求的电阻),恢复容量在75%以上。
6、耐过充电性好:25摄氏度,完全充电状态的电池0.1ca充电48小时,无漏液,无电池膨胀及破裂,开路电压正常,容量维持率在95%以上。
7、耐大电流性好:完全充电状态的电池2ca放电5分钟或10ca放电5秒钟。无导电部分熔断,无外观变形。
采用纯原辅材料和添加剂、特殊配方的电解液，具有内阻小，高倍率特性好、充电接受能力强的特点。
采用工艺技术（合金工艺、铅膏工艺、电解液配方、环氧封结工艺），确保产品良好性能。
欧力特lcpa200-12蓄电池产品主要特点：
阀体
胶体化电解质
电脑铸造电源通路栅板和计算机控制的氧化物
低备用损失
槽式极板
由icao，iata，以及dot认定的不会溢出
欧力特蓄电池12v系列
欧力特lcpa200-12蓄电池产品主要优点：
密封的结构消除周期性加水，腐蚀性酸挥发和溢出。
电解质不会层积，没有均衡充电的需要。
增强了苛刻运用下的耐性和深循环能力。
每月备用损失低于2%说明在运输和储存中的消耗微不足道。
保证电池间电压匹配。
空运容易安全，不需要专门的包装箱。
保证可靠的服务，支援和品质。
欧力特lcpa200-12蓄电池检查维护须知：
一 每月检查的内容 1、目检电池的外观有无严重的变形连接条受腐蚀的情况着重检查三个容易漏液的部位极柱、气阀、密封盖。 2、测量电池组的浮充电压、浮充电流。 3、测量电池组的环境温度尽量保持在25℃为20℃。 4、特别留意或落后电池的单体电压。 二、季度检查的内容 1、每只单体电池的端电压如电压偏差值大于生产厂商提供的参数需进行均充。 2、每只单体电池的表面的温度留意是否有过热的电池。 三、每年检查的内容 1、检查连接螺钉的紧固扭矩及连接状况。 2、电池室的通风状况 3、可做一次30-40深度的核对性放电测试。
欧力特lcpa200-12蓄电池
欧力特lcpa200-12蓄电池
延长欧力特蓄电池的方法大家可能都不了解，要知道欧力特蓄电池的寿命寿命很重要，顾客不能购买了蓄电池，知道其价格，种类，质量但是不明白其延长寿命的方法，在这个过程中要通过保养维护来增加。 欧力特蓄电池的使用寿命是有一定性的，不会无穷的增加，但是通过维修保养，在一定程度上会增加其使用期限。在这方面上理士蓄电池企业有着自己的技巧。 欧力特蓄电池的类型比较多，但是延长其方法的招数有那么几个 一、经常检查欧力特蓄电池液的高度
欧力特蓄电池在充放电的过程中，电解液会因为电解蒸发减少，造成电解液面下降。如果不及时补充，会缩短使用寿命。所以要时刻注意电解液的刻度，实时添加
欧力特lcpa200-12蓄电池
二、保持欧力特蓄电池的外观整洁完好 欧力特蓄电池的表面很多人不重视，都是灰尘和垃圾，应该及时清洁保护，不要造成其加注空堵塞或者通气孔堵塞等，也不要造成外观损坏，对内部影响不良影响。 三、经常检查电路，电压要稳定 欧力特蓄电池的电路要时常检查，电压确保稳定，在保养和维护的时候增加一些技巧。效果上可能会好很多，用这些方法给蓄电池带来更好的保养效果。
欧力特lcpa200-12蓄电池
olite batteries are used as backup power when the power supply system is out of power. it has been widely used in industrial production, transportation, communications, wind power generation and other industries. if the battery capacity is insufficient, it may cause serious accidents, so the operation parameters of euler batteries must be monitored comprehensively0n-line. one of the most important symbols of the state of euler batteries is its internal resistance.
whether the battery capacity is insufficient or the battery charge and discharge is inappropriate, we can see from its internal resistance changes. therefore, the battery internal resistance can be tested to evaluate its working status. at present, the common methods of measuring the internal resistance of storage battery are as follows:
(1) density method
density method estimates the internal resistance of lead-acid batteries mainly by measuring the density of the electrolyte. it is often used to measure the internal resistance of open lead-acid batteries, which is not suitable for the measurement of the internal resistance of sealed lead-acid batteries. the applicability of this method is limited.
(2) open-circuit voltage method
the open-circuit voltage method estimates the internal resistance of the battery by measuring the end plate of the battery. the accuracy is very poor. it may lead to wrong conclusions. because even if a battery with a small capacity has been changed, its terminal voltage may still behave normally under reflow condition.
(3) dc discharge method
dc discharge method is to measure the instantaneous voltage drop0n the battery by discharging the battery with instantaneous high current. the internal resistance of the battery is calculated by ohm's law. although this method has been widely used in practice, it also has some shortcomings. if this method is used to detect the internal resistance of storage battery, it must be carried out in the static or off-line state, and it can not realize0n-line measurement. moreover, high current discharge will cause great damage to the battery, which will affect the maximum capacity and life of the battery.
(4) ac injection method
by injecting a constant ac current signal is into the battery, the voltage response signal vo at both ends of the battery is measured, and the phase difference between the two signals is determined by the impedance formula. this method can detect the internal resistance of battery safely0n-line without discharging the battery, so it will not affect the performance of the battery. this method needs to measure the most ac current signal is, the voltage response signal vo. and the phase difference between voltage and current.
it can be seen that this method not0nly has many interference factors, but also increases the complexity of the system, but also affects the measurement accuracy.
in order to overcome the shortcomings of the above methods, quanling energy adopts a four-terminal measurement method, which multiplies the voltage response signal0n both ends of the battery through the ac differential circuit and the sinusoidal signal that generates a constant ac source through the analog multiplier, and then filters the output voltage signal of the analog multiplier into the wave circuit, so that the ac signal is converted into the dc signal, and the dc signal is amplified by the dc signal. the converter is amplified and converted to analog-to-digital mode. the converted value is sent to mcu for simple processing.
欧力特lcpa200-12蓄电池
欧力特lcpa200-12蓄电池
》贫液式设计，电池内的电解液全部被极板和超细玻璃纤维隔板吸附，电池内部无自由流动的电解液，在正常使用情况下无电解液漏出，侧倒90度安装也可正常使用。 》阀控密封式结构，当电池内气压偶尔偏高时，可通过安全阀的自动开启，泄掉压力，保证安全，内部产生可燃爆性气体聚集少，达不到燃爆浓度，防爆性能极佳。
欧力特蓄电池免维护性能
》利用阴极吸收式密封免维护原理，气体密封复合效率超过95%，正常使用情况下失水极少，电池无需定期补液维护。
欧力特蓄电池绿色环保
》正常充电下无酸雾，不污染机房环境、不腐蚀机房设备。
欧力特蓄电池自放电小
》采用析气电位高的pb-ca-sn合金，在20℃的干爽环境中放置半年，无需补电即可投入正常使用。
欧力特蓄电池适用环境温度广
》－10℃～45℃可平稳运行。
欧力特蓄电池耐大电流性能好
》紧装配工艺，内阻小，可进行3倍容量的放电电流放电3分钟或6倍容量的放电电流放电5秒，电池无异常。
欧力特蓄电池寿命长
》由于采用高纯原材料及长寿命配方、电池组一致性控制工艺，gm系列电池组正常浮充设计寿命可达12～15年。
欧力特蓄电池电池组一致性好
》不计成本的保证电池组中的每一个电池具有相对一致的特性，确保在投入使用后长期的放电一致性和浮充一致性，不出现个别落后电池而拖垮整组电池。 ①从源头的板栅、涂膏量的重量和厚度开始控制； ②总装前再逐片极板称重分级，确保每个单体中活性物质的量的相对一致性； ③定量注酸，四充三放化成制度，均衡电池性能； ④下线前对电池进行放电，进行容量和开路电压的一次配组； ⑤出库前的静置期检测，经过7～15天的“时间考验”，出库时再100%检，能有效检出下线时难以检出的极个别疑虑电池； ⑥出库时依据电池的开路电压和内阻进行二次配组。
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