微处理器控制电池充电器

James L. Mitchell
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引用次数: 1

摘要

微处理器控制电池充电器使用户在电话中心局的充电器控制和使用上具有更大的灵活性。使用充电器中的车载电脑,用户可以通过键盘或电话远程控制充电器。因为充电器的操作参数可以通过键盘改变,所以不需要内部访问来改变电位器设置。这不仅使更改参数的任务更容易,而且还增加了安全性,因为人员不会暴露在危险电压下。由于访问更改参数的例程需要安全代码,因此只有经过授权的人员才能进行这些更改。与传统充电器相比,微处理器控制电池充电器的优点是:精确监控和控制充电器功能。允许在线更新运行参数,无需停机。执行诊断程序。所有操作功能的数字显示。简化安装和维护。改善了可维护性。增加了安全性。微处理器控制充电器还增强了其与“智能”工厂控制器系统的使用,因为参数可以改变和监控,包括浮子和均衡电压设置,而不会中断设备的运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Microprocessor Controlled Battery Charger
The Microprocessor Controlled Battery Charger enables the user to have more flexibility in control and use of the chargers in the telephone central office. Using the on-board computers in the charger enables the user to have total control of the charger either locally via a key pad or remotely via the telephone. Because operating parameters of the charger can be changed through the key pad, no internal access to change potentiometer settings is needed. This not only makes the task of changing parameters easier, but also adds safety, in that, personnel are not exposed to hazardous voltages. Since a security code is needed to access the routines for changing the parameters, only authorized personnel can make these changes. The advantages of the Microprocessor Controlled Battery Chargers over the conventional charger are many: ¿ Precisely monitor and control charger functions. ¿ Permits on-line updating of operating parameters with no shut down. ¿ Performs diagnostic routines. ¿ Digital display of all operating functions. ¿ Simplifies installation and maintenance. ¿ Improved serviceability. ¿ Increased safety. The Microprocessor Controlled Charger also enchances its use with a "smart" plant controller system, since parameters can be changed and monitored including the float and equalize voltage settings without interrupting the operation of the unit.
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