Exell 1.2V 4000mAh NiMH C Measurement Rechargeable Battery w/Tabs to be used with excessive energy static functions (Telecoms UPS and Sensible grid) radio managed units electrical instruments Knowledge Meters

Value: $5.95
(as of Aug 30,2022 06:09:53 UTC – Particulars)

Exell 1.2V 4000mAh NiMH C Measurement Rechargeable Battery with Tabs Exell 1.2V C 4000mAh Batteries are glorious for constructing customized battery packs. If you’re a novice or an previous professional, these batteries will preserve you powered up. These batteries may be recharged 500-1000 occasions supplying you with years of use. Client Purposes Broadly utilized in radio managed units, electrical instruments and toys, electrical mopeds, meters, two radios, hybrid vehicles, electrical razors, toothbrushes, cameras, camcorders, cell phones, pagers, devices/gear, excessive energy static functions (Telecoms, UPS and Sensible grid), and quite a few different functions. Excessive capability, higher energy efficiency, decrease inner impedance, extra secure efficiency, safer and extra dependable, higher storage efficiency. Exell 1.2V C 4000mAh Battery Specs Voltage: 1.2V, Amperage: 4000mAh Chemistry: Nickel Steel Hydride (NiMH), Diameter: 1.00in (25.45mm) , Peak: 1.93in (49.62mm), Terminal Sort: Tabs, Nation of Manufacture: China, Options Top quality rechargeable NiMH battery., Gives lengthy use time per cost with this very excessive capability, Designed for enhanced efficiency for top drain functions resembling emergency lighting, transportable units, energy instruments., Glorious high quality and the most effective worth, Benefits: 30-40% % greater capability than a normal Ni-Cadmium, Typical cycle life is 3000 cycles. Will be deep cycled. (80% to 100% DOD), Much less liable to reminiscence than Ni-Cadmium, may be rejuvenated, Easy storage and transportation; not topic to regulatory management, Environmentally pleasant; accommodates solely gentle toxins, Nickel content material makes recycling worthwhile, Huge temperature vary, Limitations: Restricted service life; deep discharge reduces service life, Requires advanced cost algorithm. Delicate to overcharge, Doesn’t soak up overcharge properly; trickle cost have to be stored low, Generates warmth throughout quick cost and high-load discharge, Excessive self-discharge,