BE蓄電池PL12-80/12V80AH檢測儀器專用
技術(shù)特點
1.長壽命，低放電：特殊合金配方，加厚板柵設(shè)計及極板固化工藝，使電池在深放電條件依然
能保持長壽命。
2.雙排防爆阻燃，濾酸安全閥設(shè)計，能有效釋放多余氣體，隔斷電源，確保用戶使用安全。
3.端子密封采用專利多層密封技術(shù)，嚴(yán)格避免使用過程中端子爬酸。
4.放射型板柵和新配方活性物質(zhì)的使用,大大提高了電池的高倍率放電性能。
5.高純度的原材料和清潔的生產(chǎn)環(huán)境,降低了電池的自放電延長了電池的使用壽命
蓄電池應(yīng)用領(lǐng)域與分類：
免維護無須補液； UPS不間斷電源；
內(nèi)阻小，大電流放電性能好； 消防備用電源；
適應(yīng)溫度廣； 安全防護報警系統(tǒng)；
自放電小； 應(yīng)急照明系統(tǒng)；
使用壽命長； 電力，郵電通信系統(tǒng)；
荷電出廠，使用方便； 電子儀器儀表；
安全防爆； 電動工具,電動玩具；
，深放電恢復(fù)性能好； 便攜式電子設(shè)備；
無游離電解液，側(cè)倒仍能使用； 攝影器材；
產(chǎn)品通過CE,ROHS認(rèn)證,所有電池 太陽能、風(fēng)能發(fā)電系統(tǒng)；
符合國家標(biāo)準(zhǔn)。 巡邏自行車、紅綠警示燈等
技術(shù)特點
- 高品質(zhì)鉛錫鈣合金板柵涂膏式厚極板確保低腐蝕和高性能
- 電解液固定于膠體結(jié)構(gòu)中，完全填充極板間從頂部到底部的間隙
- 有著極高孔率和非常低的內(nèi)部電阻的隔板
- 符合IEC 707 FV0標(biāo)準(zhǔn)的阻燃ABS塑料外殼
- 外殼和中蓋的設(shè)計保證了高的機械強度
- 螺母式M8/M10 銅芯端子保證了高的電導(dǎo)率，短的安裝時間和扭矩保持力
- 濾氣片排出了多余的氣體同時阻止了火花或明火進入電池內(nèi)部
- 低壓開啟安全閥
產(chǎn)品特點
1、安全性能好:正常使用下無電解液漏出,無電池膨脹及破裂。
2、放電性能好:放電電壓平穩(wěn),放電平臺平緩。
3、耐震動性好:完全充電狀態(tài)的電池完全固定,以4mm的振幅,16.7Hz的頻率震動1小時,無漏液,無電
池膨脹及破裂,開路電壓正常。
4、耐沖擊性好:完全充電狀態(tài)的電池從20cm高處自然落至1cm厚的硬木板上3次。無漏液,無電池膨脹
及破裂,開路電壓正常。
5、耐過放電性好:25攝氏度,完全充電狀態(tài)的電池進行定電阻放電3星期(電阻值相當(dāng)于該電池1CA放
電要求的電阻),恢復(fù)容量在75%以上。
6、耐過充電性好:25攝氏度,完全充電狀態(tài)的電池0.1CA充電48小時,無漏液,無電池膨脹及破裂,開
路電壓正常,容量維持率在95%以上。
7、耐大電流性好:完全充電狀態(tài)的電池2CA放電5分鐘或10CA放電5秒鐘。無導(dǎo)電部分熔斷,無外觀
變形。
specifically for critical standby applications. The EnerGEL battery is designed for low maintenance standby applications where it is kept0n a float charge and is ready for instantaneous use whenever there is a mains power system failure. It is a fact that battery life is generally halved the with every 10o C increase in average operating temperature. Battery Energy and CSIRO developed SuperGEL technology which focuses0n providing a product with superior life performance. The SuperGEL battery technology is based0n unique chemical and molecular characteristics, and differentiated production techniques, compared to regular gel batteries. This is characterised by features such as very low float currents and high operating efficiency. The superior life characteristics apply to the performance of the battery under varying extreme climatic conditions. The robust construction allows it to withstand both electrical abuse as well as vibration and physical abuse during transport, installation or operation. EnerGEL is typically used to support mission critical applications and services or critical elements of revenue generating technology. EnerGEL will deliver a reliable service with a long operating life based0n it's unique blend of physical, structural and chemical characteristics. For this reason EnerGEL is possibly the world’s leading standby batteries from Battery Energy using revolutionary SuperGEL long life plate technology has been designed specifically for solar applications. Solar batteries are traditionally hard working batteries and are usually cycled0n a daily basis as part of a primary power source of electricity where no grid power is available. When the CSIRO and Battery Energy developed SuperGEL technology, they focused0n developing a product with superior life characteristics. Although the SuperGEL battery technology is based0n previous gel technology, it uses unique chemical and molecular characteristics and differentiated production techniques from regular gel superior characteristics of SunGEL batteries have been tested and verified by the CSIRO in a number of independent tests the results of which prove the superiority of SunGEL batteries under the most extreme test conditions. It typically out-performs other gel batteries by a factor of between 2 and 3, subject to applications are often remotely located and installed in the most extreme environmental conditions. To deliver a reliable service with a long operating life requires a unique blend of physical, structural and chemical characteristics. For this reason SunGEL is possibly the world's best solar batteries from Battery Energy incorporate SuperGEL long life plate technology and lock bonded manufacturing techniques to produce vibration resistant long life batteries that have been specifically developed for rolling stock applications. Railway applications consist of two main requirements, either starting the locomotive or providing standby support for the carriages. They are characterized by fairly difficult environments, including high vibration and variable-charging characteristics, which frequently can leave the batteries in a semi discharged state.
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