JavaScript seems to be disabled in your browser.

You must have JavaScript enabled in your browser to utilize the functionality of this website. Click here for instructions on enabling javascript in your browser.

40x38x25mm. Lithium
Henter lager-information...
Henter lager-information fra leverandører...
Inkl. moms:
Kr. 99,00
Kr. 199,00

Type: Lithium. Voltage: 6.0 V. 1200mAh.

Length: 40 mm. Height: 25 mm (including velcro) Width: 38 mm.

Functional replacement for: Panasonic BR-E3, Panasonic BRE3 and Panasonic BR-E2, BR-E3, BRE2, BRE3, BR-E3C3BCA, IBM Part No. 1743456.

This small battery block is commonly used in computers. Our battery is a functional replacement for the CMOS batteries mentioned above. This battery can be used in many IBM motherboards. It is used in IBM 8573 model P75 Portable and can replace IBM part number 64F9987 (FRU 64F9987).

Our BR-E3 (BRE3) CMOS battery comes with:

  • a 4 pin Berg-type connector (with one socket closed off to ensure correct polarity).
  • 23 cm cable
  • a velcro mounting system (hook and loop fastening) to attach the battery out of the way on the power supply or case.

CMOS & Clock Backup batteries perform an important function when the power is turned off; the CMOS battery maintains the time and date, thus insuring their accuracy when the system is once again restarted. Also important, the battery saves the computers BIOS set-up configuration, so the system can be efficiently rebooted once it is switched on again. For example, the computer knows what type of hard drive it is booting from etc. These batteries are variously known as CMOS batteries, Real Time Clock (RTC) batteries, PRAM batteries or simply internal batteries.

In most cases, replacement of the CMOS battery is an easy task. It is simply a matter of locating the battery on the computer's motherboard, removing it and plugging in a new one.

Some older computers have 4 pins on the motherboard, whereas today's plug-in batteries come with a 3 pin connector (one of the pinholes is closed in order to prevent the user from inadvertently plugging the battery in with reversed polarity). If this is the case, you will need to clip the pin from the motherboard that corresponds to the sealed pinhole on the battery plug. That pin performs no function, and by removing it you ensure that future batteries will not be installed with the polarity reversed.

Del produkt
Del via E-Mail
Del på Facebook Del på Twitter