Power-Sonic免维护蓄电池PS-12330 12V33AH

Power-Sonic免维护蓄电池PS-12330 12V33AH

Power-Sonic免维护蓄电池PS-12330 12V33AH

Power-Sonic免维护蓄电池PS-12330 12V33AH

Power-Sonic免维护蓄电池PS-12330 12V33AH

POWER SONIC蓄电池产品特点 

1、采用紧装配技术，具有优良的高率放电性能。 

2、采用特殊的设计，电池在使用过程中电液量几乎不会减少，使用寿命期间完全无需加水。 

3、采用独特的耐腐蚀板栅合金、使用寿命长。 

4、全部采用高纯原材料，电池自放电极小。 

5、采用气体再化合技术，电池具有极高的密封反应效率，无酸雾析出，安全环保，无污染。 

6、采用特殊的设计和高可靠的密封技术，确保电池密封，使用安全、可靠

How to connect a battery in Series?
The positive terminal of the first battery is connected to the negative terminal of the second battery, the positive terminal of the second is connected to the negative of the third, etc. The voltage of the assembled battery is the sum of the battery voltages of the individual batteries. So the batteries are connected: + to - to + to - to + to -, etc. The capacity of the battery is unchanged.

How to connect a battery in Parallel?
The positive terminal of the first battery is connected to the positive terminal of the second battery, the positive terminal of the second is connected to the positive of the third, etc. and The negative terminal of the first battery is connected to the negative terminal of the second battery, the negative terminal of the second is connected to the negative of the third, etc. So the batteries are connected: + to + to + and - to - to -. In this configuration, the capacity is the sum of the capacities of the individual batteries and voltage is unchanged. For example, if you take 5 6V 10AH batteries and connect the batteries in series, you would end up with a battery array that is 30 Volts and 10AH. If you connect the batteries in parallel, you would end up with a battery array that is 6 Volts and 50AH. By the way, this is how ordinary auto batteries are made. 6 2volt cells are put in series to give 12v battery and the 6 cells are just enclosed in one case. Many ni-cad batteries are done the same way.

POWER SONIC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；
◆ 独特配方，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；

PS and PSH-Series General Purpose used for :

Emergency Lighting

Burglar/Fire Alarms

Data Centers

Solar and Alternative Energy

Portable Communications

Wind Turbines

Robotics

Remote Monitoring

Portable Video Equipment

Portable Lighting

Photographic Equipment

Scientific Instruments

Test and Measuring Equipment

and much more...

PG-Long Life and PHR-High Rate Series used for :

Communication & Telecom Systems

UPS - Uninteruptible Power Supplies

Power Station Applications

Remote Monitoring

Remote Area Power Generation

Remote Access Devices

and much more...

Can I take a wheelchair, scooter or other equipment that is powered by a sealed AGM or Gel battery on a airplane or cruise ship?
Yes. There should be no problem, the battery is considered non-spillable, non-hazardous, since it is a absorbed glass mat design. These sealed lead acid valve regulated (VRLA) batteries are classified as "Battery, wet non-spillable, not subject to regulations" by DOT and IMO. By IATA they are classified as "Not restricted for air transport" and they are in compliance with IATA/ICAO special provision A67. For the gelled electrolyte batteries, they are classified as "Battery, wet, filled with acid, UN2794, Class 8". They can be legally shipped via air with special packaging etc.

How do I Jump Start my Battery using booster cables?
WARNING-BATTERIES PRODUCE EXPLOSIVE GASES. These instructions are designed to minimize the explosion hazard. Keep sparks, flames and cigarettes away from batteries at all times. Both batteries should be of the same voltage (6, 12, etc.).

SAFE BOOSTER CABLE OPERATION When jump starting, always wear proper eye protection and never lean over the battery. Do not jump start a damaged battery; inspect both batteries before connecting booster cables. Be sure vent caps are tight and level. Be sure that the vehicles are not touching and that both ignition switches are in the "OFF" position. Turn off all electrical equipment (radio, defroster, windshield wipers, lights, etc.)

公司一贯坚持“质量第一，用户至上，优质服务，信守合同”的宗旨，凭借着高质量的产品，良好的信誉，优质的服务，产品畅销全国近三十多个省、市、自治区公司与多家零售商和代理商建立了长期稳定的合作关系,公司实力雄厚，重信用、守合同、保证产品质量，以多品种经营特色和薄利多销的原则，赢得了广大客户的信任

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；
◆ 独特配方，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；
符合国家标准。 ● 巡逻自行车、红绿警示灯等。  

技术特色 (TECHNICAL FEATURES)
● 密闭结构 (Sealed Construction)
● 电解液悬浮系统 (Electrolyte Suspension System)
● 气体再组合 (Gas Recombination)
● 使用免保养 (Maintenance-Free Operation)
● 任何方向可使用 (Operation In Any Position)
● 低压力排气系统 (Low Pressure Venting System)
● 高负荷格子体 (Heavy Duty Grids)
● 低自行放电－长保存寿命 (Low Self Discharge-Long shelf Life)
● 宽广的温度使用范围 (Broad Operating Temperature Range)

蓄电池产品特点 

1、采用紧装配技术，具有优良的高率放电性能。 

2、采用特殊的设计，电池在使用过程中电液量几乎不会减少，使用寿命期间完全无需加水。 

3、采用独特的耐腐蚀板栅合金、使用寿命长。 

4、全部采用高纯原材料，电池自放电极小。 

5、采用气体再化合技术，电池具有极高的密封反应效率，无酸雾析出，安全环保，无污染。 

6、采用特殊的设计和高可靠的密封技术，确保电池密封，使用安全、可靠。 

Customer:

1. The client may with our purchase contract no., and provide the damaged battery photo in detail, customer service by verifying immediately after distributed free of charge to the customer specify the type of battery.

2. Customer after received the new replacement battery, damage to the battery will immediately send it to the delivery company.

Dear customer, thank you for your attention and support. In order to we can communicate better and have a good deal, please spend a few minutes to look at the following words before shopping, I wish you a happy shopping!

A: how to place an order

1) take a cell phone and QQ to contact with us;

(2) or telephone contact, put your requirements detailed description!

2: before ordering, please contact customer service

We strictly according to every customer's specifications, quantity and quality requirements to delivery; Please the

随着时间的推移，UPS电源系统变得越来越复杂，这使得其难以保持所使用的术语或概念以下探讨如今的静态双变换在线UPS为什么通常采用无变压器技术。总体而言，2016年的无变压器UPS的产量几乎比配置变压器的UPS多出了四倍，估计到2021年这个比例将增加到五倍。

其关键优势是效率提高了5％左右，整个负载频谱都有所改善。这大大降低了电力和冷却支出。无变压器设计还可以产生更高的输入功率因数，其最小负载依赖性保持一致。减小了输入电流，因此减小了电缆和开关设备的尺寸，这将会降低电力成本。

另外，通过无变压器技术，三相UPS中的总输入电流谐波失真（THDi）从30％左右降低到3％以下。通过EMC兼容性，限制谐波辐射有助于满足能源网络协会G5/4-1关于使用连接设备的电力供应系统运行良好的要求。

无变压器拓扑也具有物理优势，为UPS行业带来深刻的变化。消除以往配置的变压器和12脉冲整流器，这大大减少了UPS的体积和重量。UPS电源的占地面积减少了一半，而重量减少了大约四分之三。这种减少意味着UPS成为机架式安装模块，而不是落地式UPS。

因此，模块化UPS系统已经变得可行。通过使用N+1模块UPS的部署，可以提高可用性，简化电路，增加冗余。由于有故障的模块可以快速更换，而不是在原地进行修理，这显著减少了维修和维护的时间，进一步提高可用性。最终，如果模块是可热插拔的，则负载不会有任何的电源中断。

模块化UPS实现也从可扩展性中受益匪浅，其模块可以轻松地添加到机架而无需中断电源以增加容量。在许多系统中，机架可并联在一起实现进一步扩展，同时提供所需的冗余。