Translation of "Tiefenentladung" in English

In contrast to lithium batteries, deep discharging is uncritical.

There is also the possibility of a 100% deep discharge.

Electronic-Cell-Protection (ECP): protects the battery against overload and deep discharge.

As a consequence, the charging process can be optimized preventing deep discharge.

These technologies protect the battery against deep discharge and put an end to memory effect and self-discharge. Key product features

The internal switch will disconnect the battery in case of over discharge, over charge or high temperature.

Bosch Electronic Cell Protection (ECP):protects the battery against overheating and deep discharge.

A total discharge of Lead-Acid battery is to be avoided, as these can make the battery useless.

Otherwise, it might deep-discharge, which can damage the battery.

18-V cordless hammer drill with SDS-plus tool mounting and Bosch Electronic Cell Protection (ECP): Protects the battery against overheating and deep discharge.

Published Japanese patent document JP 2005 194 767 discloses a movement sensor for checking the position of a sliding door, the sensor being situated and designed in such a way that a deep discharge of a vehicle battery is avoided.

This is important in today's motor vehicles in particular, because the increasing number of electrical consumers requires a sophisticated idle current concept to minimize or avoid a strain on the motor vehicle battery in the shutdown state of motor vehicle 14 and the associated danger of a deep discharge.

It is thus very simple and economical to prevent not only an exhaustive discharge of a rechargeable battery used as an energy source but also damage to an electrical device operated with the energy source.

In automatic operation, the control system of the hybrid electric vehicle starts the internal combustion engine as soon as the system-internal predetermined minimum value is reached or drops below it, in order that the traction battery does not suffer any damage due to deep discharging and can be recharged once again in driving operation.

Fires caused by improper use – such as deep discharge, excessive ambient temperatures or obsolescence – should actually be prevented by various safety precautions in the battery itself, in the charger or in the electrical appliance.

In this system, thermodynamics and gravity are used instead of electrical hydraulic and electronic control and regulating components, to enable the particular stratification and extensive discharge of the buffer-storage system.

If the output sinks below a value of 19.6V (24V-version) or 9.8V (12V-version) the output voltage is disconnected in order to protect the storage battery against low discharge.

The criteria included organizational factors, workplace layout, ergonomic aspects, mechanical and electrical hazards, hazards from fire and explosion, such as overcharging or extreme discharge of the battery, effects of water/moisture, dusts, low temperature and many others.

In addition an exhaustive discharge - thus the destruction of the battery - is prevented by an appropriate protection.

If such batteries are visibly or not visibly damaged or recharged after a deep discharge, this can lead to spontaneous combustion.

They guarantee high reliability, cutting-edge technology and ease of installation at minimum cost.An optional usable load output can protect the battery against deep discharge.

The intelligent analysis of physical values can indicate atypical operating conditions and critical trends, e.g. deep discharge immediately. This allows quick elimination of the detected issues and permits permanent operation with sensors working at the highest energy efficiency.

The paste of the positive plates is less sensitive to softening, even in case of repeated 100% discharge of the battery, and new additives to the electrolyte reduce sulfation in case of deep discharge.