UB121000UNIVERSAL蓄电池12V100AH

UB121000UNIVERSAL蓄电池12V100AH
UB121000UNIVERSAL蓄电池12V100AH

usage precautions

SLA batteries, if used under recommended conditions, generate no sulfuric acid gasses. However, because they contain lead and sulfuric acid, which are both toxic, proper care and handling is important in order to avoid accidental fires, damage to property, bodily injuries or even death. > Improper charging and poor maintenance may cause battery to emit hydrogen gas; therefore, do not use battery near a spark,fuse, flame and/or e that emits sparks. > Never mix the SLA batteries together with other types of batteries, such as dry cells and nickel-cadmium batteries. > Keep the battery terminals from contract with wire, metal cabinets, metal tools, such as screw drivers, spanners, torque wrenches unless they are properly insulated. Do not wear any watches, personal jewelry, hair pins or any other metallic objects when servicing the batteries. > Short circuiting the terminals of the battery can cause burns, injuries, damage to the storage battery, or trigger explosions. > Do not direct solder to terminal. This may lead to electrolyte leakage. > Do not use SLA batteries in the upside down position. > Do not use organic solvent, cleaning agents, paint/thinner, petroleum products to clean battery surface. These products can lead to battery container/cover cracking. > SLA batteries may not be compatible with certain e. Any uncertainty about the specifications of the battery should be brought to our attention. > Observe circuit polarities. Do not make or break live circuits. > As appropriate, use an insulating blanket to cover exposed portions of the battery system when performing extended maintenance that could result in personal or e contact with energized conductors.

使用注意事项

 

SLA电池，如果在推荐的条件下使用，不会产生硫酸气体。然而，由于它们含有铅和硫酸，它们都是有毒的，适当的处理和保养是很重要的。 为了避免意外火灾、财产损失、人身伤害甚至死亡。充电不当和维护不善可能导致电池排放氢气，因此不要使用电池。 在火花、熔断器、火焰和/或发射火花的设备附近。不要将SLA电池与其他类型的电池(如干电池和镍镉电池)混在一起。>保留电池 与电线，金属柜，金属工具，如螺丝刀，扳手，扭矩扳手签订合同，除非它们是适当绝缘的。请勿佩戴手表、个人珠宝、发夹。 或任何其他金属物体在维修电池时。电池端子短路会引起烧伤、受伤、蓄电池损坏或引发爆炸。不要乱来 将焊料焊至端子。这可能导致电解质泄漏。不要在颠倒位置使用SLA电池。不使用有机溶剂，清洗剂，油漆/稀释剂，石油产品 清理电池表面。这些产品会导致电池容器/外壳开裂。SLA电池可能与某些设备不兼容。关于蝙蝠规格的任何不确定性 应该引起我们的注意。>观察电路极性。不要制造或破坏活电路。>酌情使用绝缘毯覆盖电池系统暴露的部分 执行可能导致个人或设备与带电导体接触的延长维护。

爱你的电池。正确充电你的深循环AGM/凝胶电池：>主动用户：每天充电。>偶尔使用：外出前、使用后充电，如果没有用，每隔90天充电一次。 >仅用于指定的充电器。只有使用适当的充电器为AGM和凝胶电池充电，因为充电率不同。不要在AGM/凝胶电池上使用汽车或湿式充电器。>顶茶 经常充电和/或留在充电器/维护器上。

love your battery

.To properly charge your deep cycle AGM/GEL battery: > Active user: Charge daily. > Occasional user: Charge your battery before any outing, after use, and every 90 days if no use. > only use with a specified charger. only use appropriate charger to charge AGM vs GEL batteries as charging rates differ. > Never use an automotive or wet type charger on a AGM/GEL battery. > Top charge your battery fre and/or leave on charger/maintainer.

 

As an owner of a powerchair, scooter or other battery powered mobility applications, it is critical to choose the right battery for your e to maximize its performance. This guide will assist you in making that selection and provide helpful tips on how to charge, maintain and prolong the life of your battery. Getting Started

作为一个电动椅，滑板车或其他电池动力移动应用程序的所有者，这是至关重要的选择正确的质量电池为您的设备，以最大限度地提高其性能。这个鬼 德将协助您作出选择，并提供有用的提示，如何充电，维护和延长您的电池寿命。开始

For end-users of powerchairs and personal mobility

devices, the most important performance feature of

your battery must be that of “deep cycle” operation

for longer daily run times. UPG’s Universal® “Deep-Cycle”

Sealed Lead-Acid, in short SLA battery, is a type of battery

that is at its best when it is the primary power source for

a personal mobility device. UPG’s Universal® AGM and

Gel batteries have been optimized to constantly cycle

and deliver a long life.

 

对于电动椅和个人移动设备的终端用户来说，电池最重要的性能特征必须是“深度循环”操作，以延长日常运行时间。UPG‘s Univer Sal“深循环”密封铅酸是SLA短电池中的一种电池，当它是个人移动设备的主要动力源时，它处于最佳状态。UPG的通用AGM和 凝胶电池已经被优化，以不断循环和提供一个很长的寿命

事实上，UPS与EPS的逆变器无论是拓扑结构还是工作原理都是相同的，差别主要来自设计参数和器件容量选择的不同。目前的SPWM逆变器几乎都是四象限运行模式，理论上能适应阻性、感性、容性和非线性等各种负载。有不少关于逆变器的负载能力与负载功率因数关系的讨论，但究其原理，并没有见到令人信服的分析或说明。电流相位的超前与滞后会影响电流在逆变开关管和反并联二极管中的分配方式，因此会影响到功率器件的通态损耗和开关损耗，但影响并不显著；而非线性负载可能导致很高的峰值电流，必须由功率器件承担；冲击性负载的冲击电流也需要功率器件承担。负载电流的超前与滞后对逆变器输出能力的影响主要源自逆变器中的输出滤波器，而逆变器对非线性负载和冲击性负载的适应能力主要决定于功率器件的电流耐量和逆变器控制、保护方式；直流环节对逆变器的负载适应性也会产生显著影响。例如，输出滤波器中的滤波电容是并联在逆变器输出端的，其中流过的容性工频电流一般为逆变器额定输出电流的15%～40%，这相当于给逆变器的输出加了一个容性偏置，因此逆变器带容性负载的能力一般要比带感性负载能力差。过多的容性负载还可能明显改变输出滤波器的截止频率，进而影响逆变器闭环控制系统的稳定性。而当逆变器带感性负载时，其输出滤波电感对输出工频电压的分压比重增加，如果逆变器的输出滤波电感较大且SPWM调制系数又没有足够的设计裕度，则可能导致输出电压下跌或波形畸变。