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8 Nickel-Cadmium Batteries 9 – 10 Vrla CHAPTER PAGE LITHIUM-ION BATTERIES 2 – 5 NICKEL-METAL-HYDRIDE BATTERIES 6 – 8 NICKEL-CADMIUM BATTERIES 9 – 10 VRLA BATTERIES 10 – 14 LITHIUM BATTERIES 14 – 19 DRY CELL (ALKALINE AND ZINC-CARBON BATTERIES) 20 – 21 1 LITHIUM-ION LITHIUM-ION EXCELLENT MODEL NUMBER (EXAMPLE) NCR-18650A Appendix stands for battery performance characteristics BATTERY SAFETY Divide this by 10 to obtain the approx. battery height (in mm) Stands for approx. diameter (in mm) of the battery Round AND SUPERIOR Lithium-Ion battery UR-18650ZT Appendix stands for battery PERFORMANCE performance characteristics Divide this by 10 to obtain the approx. battery height (in mm) Stands for approx. diameter (in mm) of the battery Lithium-Ion battery, round Model Technology*1 Nominal Typical*2 Dimensions (mm) Approx. voltage (V) capacity (mAh) Diameter Height weight (g) UR-14430P Li-Ion Standard Type 3.7 700 13.9 42.9 17.5 UR-14500Y Li-Ion Standard Type 3.7 710 13.9 49.2 19.4 VIDEO UR-14500P Li-Ion Standard Type 3.7 840 13.9 49.2 20.0 UR-14650P Li-Ion Standard Type 3.7 980 13.9 64.7 26.0 UR-14650R Li-Ion High Power Type 3.6 1,050 13.9 64.8 26.6 UR-16650ZT High Voltage Charge System 3.7 2,200*3 16.4 64.9 40.0 UR-18500Y Li-Ion Standard Type 3.7 1,400 18.1 49.3 31.9 UR-18500F Li-Ion Standard Type 3.7 1,700 18.1 49.3 33.5 UR-18650SA Li-Ion High Power Type 3.7 1,300 18.1 64.8 44.2 UR-18650W Li-Ion High Power Type 3.7 1,600 18.1 64.8 46.1 Scan QR code UR-18650WX Li-Ion High Power Type 3.7 1,600 18.1 64.8 45.9 to view product UR-18650Y Li-Ion Standard Type 3.7 2,000 18.1 64.8 43.3 series video. UR-18650E Li-Ion High Power Type 3.6 2,150 18.1 64.8 44.5 UR-18650A Li-Ion Standard Type 3.6 2,250 18.1 64.8 43.0 CYLINDRICAL SINGLE CELL UR-18650AA Li-Ion High Power Type 3.6 2,250 18.1 64.8 42.1 UR-18650F Li-Ion Standard Type 3.7 2,600 18.1 64.8 47.0 A perfect combination of high energy density (NNP technology), safety (PSS techno- NCR-18500 NNP, HRL 3.6 2,000 18.2 49.4 34.0 logy) and long life shows what is possible with Lithium-Ion battery technology from UR-18650ZY Li-Ion Standard Type 3.7 2,600 18.2 64.8 47.0 Panasonic. Excellent battery safety on one hand, and superior battery performance UR-18650RX Li-Ion High Power Type 3.6 2,050 18.2 65.1 46.5 on the other: this is what Panasonic stands for. NCR-18650E NNP, HRL, Li-Ion High Power Type 3.6 2,250 18.2 65.1 44.0 UR-18650EA Li-Ion High Power Type 3.6 2,350 18.2 65.1 46.0 UR-18650NSX FEATURES APPLICATIONS Li-Ion High Power Type 3.6 2,600 18.3 65.1 46.4 UR-18650ZT High Voltage Charge System 3.7 2,800*3 18.2 65.1 48.0 High energy density and high voltage ensure small Power tool battery dimensions Garden tool NCR-18650 NNP, HRL 3.6 2,900 18.2 65.1 45.5 Long-life, stable power supply with flat discharge voltage Emergency lighting NCR-18650F NNP, HRL 3.6 2,900 18.2 65.1 45.0 Use of Lithium-Ion batteries requires a safety unit UPS system NCR-18650PF NNP, HRL, Li-Ion High Power Type 3.6 2,900 18.2 65.1 47.0 Safety technologies such as HRL available Portable POS terminal NCR-18650A NNP, HRL 3.6 3,070 18.2 65.1 46.0 GPS device NCR-18650BF NNP, HRL 3.6 3,350 18.2 65.1 46.5 Shaver UR-16650ZTA 4 E-bike High Voltage Charge System 3.7 2,500* 16.4 64.9 39.6 Pedelec, other UR-18650ZTA High Voltage Charge System 3.7 3,000 18.2 65.1 48.0 2 *1 Please find the explanations of our technologies on the following pages. *2 4.2V charge *3 4.3V charge *4 4.35V charge LITHIUM-ION LITHIUM-ION FEATURES APPLICATIONS 3D ILLUSTRATION*1 8 High energy density and high voltage ensure small Power tool 1 9 battery dimensions Garden tool 1 Exhaust gas hole 2 10 Long-life, stable power supply with flat discharge voltage Emergency lighting 3 2 CID (Current 11 Use of Lithium-Ion batteries requires a safety unit UPS system Interrupt Device) Safety technologies such as PSS and HRL available Portable POS terminal 3 Insulator GPS device 4 Separator Shaver 5 Cathode E-bike VIDEO 6 Anode MODEL NUMBER (EXAMPLE) Pedelec, other 7 Negative pole (cell can) NCA-752836A 8 Positive pole Appendix stands for battery 9 PTC (Positive performance characteristics Temperature 4 Battery height (in mm) Coefficient Device) Width of the battery (in mm) 5 10 Gasket Thickness of the battery (in mm) 11 Collector 6 Prismatic Lithium-Ion battery Scan QR code to 7 view 3D animated UF-103450P video. 3 Appendix stands for battery performance characteristics Battery height (in mm) Width of the battery (in mm) Thickness of the battery (in mm) Lithium-Ion battery, prismatic NOTICE TO READERS Model Technology*1 Nominal Typical*2 Dimensions (mm) Approx. voltage (V) capacity (mAh) Diameter Thickness Height weight (g) We are unable to support single cell business or accept orders from consumers. We design Lithium-Ion battery packs including a suitable safety unit device based UF-553436G LCO-System 3.7 830 35.60 5.50 33.85 15.6 on the technical specification of the customer. Due to the need for careful review UF-653436SU LCO-System 3.7 930 35.70 6.30 33.85 17.8 when selecting Lithium-Ion battery solutions please contact your local Panasonic UF-503436F LCO-System 3.7 700 35.80 4.90 33.95 13.8 sales office. In order to avoid a lack of supply please check the battery availability UF-593536F LCO-System 3.7 920 35.95 5.74 34.45 16.9 with your Panasonic sales team before design-in. Moreover this all Panasonic cells must always be equipped with a safety unit. UF-673438F LCO-System 3.7 1,100 38.00 6.70 33.50 20.8 UF-653039SU LCO-System 3.7 960 38.75 6.40 29.95 17.5 UF-533640S LCO-System 3.7 950 39.80 5.20 35.90 17.6 UF-703141FU LCO-System 3.7 1,090 40.70 7.05 30.50 20.9 UF-634042F LCO-System 337.7 1,270 41.70 6620.20 39.85 24.6 UF-423643F LCO-System 3.7 730 42.40 4.10 35.95 14.8 UF-383543F LCO-System 3.7 680 42.55 3.80 34.95 13.6 UF-463443GU LCO-System 3.7 850 42.60 4.55 33.85 16.0 UF-553443ZU LCO-System 3.7 1,040 42.80 5.55 33.80 18.7 PRISMATIC SINGLE CELL UF-653445ST High Voltage Charge System 3.8 1,260*3 44.50 6.30 33.80 22.3 UF-463446S LCO-System 3.7 870 45.80 4.45 33.86 17.2 A perfect combination of high energy density (NNP technology), safety (PSS techno- UF-533446Z LCO-System 3.7 1,080 45.80 5.35 33.86 20.4 logy) and long life shows what is possible with Lithium-Ion battery technology from UF-504547F LCO-System 3.7 1,290 46.60 5.00 44.90 25.0 Panasonic. Excellent battery safety on one hand, and superior battery performance UF-564447F on the other: this is what Panasonic stands for. LCO-System 3.7 1,420 46.60 5.55 43.90 27.0 UF-624447F LCO-System 3.7 1,580 46.60 6.15 43.90 29.9 UF-515148SX High Voltage Charge System 3.8 1,710*3 47.50 5.05 50.90 28.7 *1 Some batteries are not equipped with a PTC. Please consult Panasonic for further information. The illustration shows only one example of a Li-Ion 3 battery structure. *1 Please find the explanations of our technologies on the following pages. *2 4.2V charge *3 4.35V charge LITHIUM-ION LITHIUM-ION Model Technology*1 Nominal Typical*2 Dimensions (mm) Approx. Model Technology*1 Nominal Typical*2 Dimensions (mm) Approx. voltage (V) capacity (mAh) Diameter Thickness Height weight (g) voltage (V) capacity (mAh) Diameter Thickness Height weight (g) UF-555148SX High Voltage Charge System 3.8 1,870*3 47.50 5.45 50.90 31.2 UF-575673SX High Voltage Charge System 3.8 3,200*3 72.50 5.65 55.40 53.7 UF-463048F LCO-System 3.7 750 47.80 4.45 29.65 15.0 UF-475678SX High Voltage Charge System 3.8 2,720*3 78.00 4.65 55.40 47.4 UF-553048F LCO-System 3.7 930 47.80 5.40 29.65 17.9 UF-426080SX High Voltage Charge System 3.8 2,640*3 80.00 4.20 60.00 47.8 UF-103450P LCO-System 3.7 2,000 48.80 10.50 33.80 38.5 UF-496080SX High Voltage Charge System 3.8 3,160*3 80.00 4.85 60.00 55.4 UF-514050F LCO-System 3.7 1,260 49.50 5.00 39.80 23.7 NCA-623535 NNP, HRL 3.6 1,080 35.10 6.30 35.20 17.7 UF-463450F LCO-System 3.7 960 49.60 4.45 33.85 18.5 NCA-473136 NNP, HRL 3.6 650 35.45 4.70 30.90 11.7 UF-553450Z LCO-System 3.7 1,200 49.80 5.55 33.85 22.3 NCA-752836A NNP, HRL 3.6 1,010 35.95 7.80 27.90 16.7 UF-653450S LCO-System 3.7 1,300 49.80 6.35 33.85 25.1 NCA-793540 NNP, HRL 3.6 1,570 40.50 7.90 35.10 25.8 UF-703450F LCO-System 3.7 1,480 49.80 7.00 33.85 28.1 CGA-504042 PSS 3.7 980 41.35 5.00 39.80 19.8 UF-383551FU LCO-System 3.7 850 50.55 3.85 34.95 16.3 CGA-543442 PSS 3.7 900 41.55 5.40 33.80 17.6 UF-404251S LCO-System 3.7 1,060 50.80 3.90 41.90 20.3 NCA-593446 NNP, HRL 3.6 1,300 45.75 5.90 33.80 20.6 UF-495252ST High Voltage Charge System 3.8 1,720*3 51.50 4.90 51.90 30.3 NCA-103450 NNP, HRL 3.6 2,350 48.80 10.50 33.80 38.4 UF-534553F LCO-System 3.7 1,580 52.50 5.25 44.85 29.9 NCA-523450 NNP, HRL 3.6 1,150 49.55 5.30 33.76 19.7 UF-644553F LCO-System 3.7 1,960 52.50 6.40 44.85 36.6 NCA-903864A NNP, HRL 3.6 3,220 63.80 9.00 38.00 50.7 UF-644553FT High Voltage Charge System 3.8 2,060*3 52.50 6.40 44.85 35.2 NCA-653864 NNP, HRL 3.6 2,200 64.35 6.50 38.10 36.4 UF-485155S LCO-System 3.7 1,710 55.00 4.80 50.90 31.9 NCA-596080 NNP, HRL 3.6 4,170 80.00 5.85 60.00 67.0 UF-495255ST High Voltage Charge System 3.8 1,870*3 55.00 4.90 51.90 32.3 UF-515155SX High Voltage Charge System 3.8 2,040*3 55.00 5.05 50.90 33.6 UF-555155SX High Voltage Charge System 3.8 2,140*3 55.00 5.45 50.90 36.5 4 UF-575555SX High Voltage Charge System 3.8 2,370*3 55.00 5.70 54.90 40.3 3D ILLUSTRATION* UF-613756F LCO-System 3.7 1,450 55.40 5.80 36.65 28.6 UF-465156SX High Voltage Charge System 3.8 1,790*3 55.50 4.55 50.90 30.5 1 Anti-explosion valve UF-625556SX High Voltage Charge System 3.8 2,690*3 55.50 6.20 54.95 44.6 2 Anode cap 3 Terminal 1 UF-493856S LCO-System 3.7 1,290 55.55 4.77 37.85 24.6 4 Internal terminal 2 UF-514657FX
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