Manufacturers

NP 7-6

6 V lead-acid rechargeable batteries

The lead-acid rechargeable batteries of the series NP by Yuasa are characterised by good high current performance, a good cycle durability of - according to discharge intensity - more than 1000 discharging/recharging cycles and an extended shelf life at low self-discharge level.
The valve regulated design with mechanically strong ABS container is extremely flame-retardant (acc. UL94HB). Above that the batteries are endued with the Absorbing GlassMatt Technology (AGM) in which the electrolyte is fully absorbed and a corrosion reduction using a lead-tin-calcium alloy to extend service life. They can be operated permanently when lying on the side: any operation upside down is solely permissible for one discharge.

* excellent high current performance
* service-free operation
* very good charging efficiency
* expected Design Life: 3 to 5 years

NP 7-6

27798 NP 7-6 NP7-6 NP7-6 6 V lead-acid rechargeable batteries. The lead-acid rechargeable batteries of the series NP by Yuasa are characterised by good high current performance, a good cycle durability of - according to discharge intensity - more than 1000 discharging/recharging cycles and an extended shelf life at low self-discharge level. The valve regulated design with mechanically strong ABS container is extremely flame-retardant (acc. UL94HB). Above that the batteries are endued with the Absorbing GlassMatt Technology (AGM) in which the electrolyte is fully absorbed and a corrosion reduction using a lead-tin-calcium alloy to extend service life. They can be operated permanently when lying on the side: any operation upside down is solely permissible for one discharge. * excellent high current performance* service-free operation* very good charging efficiency* expected Design Life: 3 to 5 years

Specifications

manufacturer
Manufacturer's name NP7-6
Rated capacitance [Ah] 7
Height [mm] 6,5
Nominal voltage [V] 6
Width [mm] 34
Plug size [mm] 4,75
Length [mm] 151
Data Sheet

Unit price

24,59 €

Stock: 17
Further delivery:
CW 52/2024