其核心dryfit胶体技术使蓄电池拥有无与伦比的安全性和深放电性。
Its core Dryfit colloid technology makes the battery has unparalleled security and deep discharge.
电池经过深放电有利于提高电池的初期容量但大大地缩短了电池的深循环寿命。
The initial capacity of battery was increased, and the deep cycle life was shortened greatly because of over deep discharging.
如果电池深放电接近该电路将断开负载，并重新连接，只有当补给正在有条不紊地进行。
This circuit will disconnect the load if the battery gets close to deep discharge, and reconnect it only when recharge is well underway.
电池具有良好的深放电恢复能力，电池深放电后12小时内，可再充电到额定容量的95%。
The battery has strong ability to recover from deep discharging. Within 12 hours after deep discharging, the battery can be charged to 95% of the rated capacity.
为了达到规范约定的电池使用寿命，需要修正直流开关电源缺省电池管理参数，并尽量避免深放电。
In order to regulate the battery service life, the default battery management parameters need to be changed and avoid deep discharging.
德国阳光蓄电池抗深放电能力强，100%放电后仍可连续接在负载上，在一月支配充电可恢回复复兴容量95%。
Germany sunshine battery deep discharge resistance is strong, 100% still can pick up on the load continuously after discharge, dominant charging can restore the revival capacity of 95% in January.
变幅脉冲充电模式，减少充放电容量比率和失水量，促使串联中各电池性能的一致，达到延长深循环寿命的目的。
C variable amplitude pulse charging mode was proposed to reduce capacity ratio of charge-discharge and water-loss rate, so the batteries in series were in conformity, thus to extend the cycle life.
全新电源系统，针对大面积及深孔加工，电脑可选定二段伺服进给速度，加工性能优异并可保持放电精密度。
Newly designed power supply system. While in machining big surface and deep hole, the computer provides two steps servo feed for superior machining quality and discharge accuracy.
全新电源系统，针对大面积及深孔加工，电脑可选定二段伺服进给速度，加工性能优异并可保持放电精密度。
Newly designed power supply system. While in machining big surface and deep hole, the computer provides two steps servo feed for superior machining quality and discharge accuracy.
应用推荐