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Can a 12V 10Ah battery be used in a motorcycle that's supposed to use a 12V 9Ah battery?
Wiki User
∙ 6y ago
That should be no problem, since the voltage is the same. The 10 Ah simply means the battery will store more energy, and therefore last longer.
Wiki User
∙ 6y ago
Wiki User
∙ 6y agoYes, if it will fit.
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Can a 12V 9Ah battery be used in a motorcycle that's supposed to use a 12V 10Ah battery?
Yes just as long as you don't exceed 10Ah rating you will be ok.
What type of battery does a Yamaha v star 650 motorcycle need?
12V 10AH is the battery of Yamaha v star 650
Where can I find a 36v10ah battery for an electric?
If you can't get it from your device manufacturer, you can find (3) 12v 10ah batteries simply and connect them in series to provide your 36v 10ah replacement.
Could you change 5ah 24v battery with 10ah 24 v?
Since the voltage is the same, I would expect that not much charge would be transferred. Normally, for a 24 V battery, you would need a HIGHER voltage to charge it.
What does ah mean on a battery?
Ah stands for Ampere hours. It is a measure of capacity, how much electricity the battery can hold. Eg: A 12 volt 5 Ah battery can deliver 12v at 5 amps for 1 hour. Or 12v at 0.5 amps for 10 hours and so on. Remember. Voltage is supplied by the battery but current/ amps are drawn by the appliance. Power in watts is calculated as volts x amps. So for instance a 12 volt bulb drawing 2 amps is: 12x2=24 so it is a 24 watt bulb. so on a 12v 5ah battery it will burn for about 2.5 hours. This is why car batteries are quite big for only a 12 volt battery, the massive current drawn by just turning the engine would flatten a small battery, and probably still wouldn't start even then.
How many watts solar panel do you ned to charge 12v battery?
You can charge it with ANY wattage 12 volt solar panel.The wattage of the panel will determine How Many Hours of sunlight you'll need to charge the 12 volt battery, so the next piece of information you need to consider is: what are you going to use that 12v battery for, and how quickly do you need it charged up?Here's the math-To figure out how many hours it will take to charge the battery, first figure out the output of the solar panel by dividing it's WATTS by it's Volts, which will give you it's output in AMPS. So. .a 15 watt panel DIVIDED by 12v = 1.25 ampsNext, read the Amp Hour rating on your 12v battery. If we use a 50 amp hour battery for this example. . .DIVIDE 50 amp hours [required to fully charge the battery] by the 1.25 amp output of the solar panel = 40 hours of direct sunlight to charge the battery. Then add another 10% of time to his number, so figure 44 hours.Some more examples:5watt/12vpanel=.42amp and 50amp hr/.42amp=119 +10% = 131 hours of sun30watt panel works out to 22hours. 50watt=13hrs 80watt=about 8 hrs.Of course all of these times are based a 50amp hour 12v battery.BTW, I'm no expert... i just found this equation online 5 mins ago because i was wondering the same thing myself. . Now could anyone tell me how figure out quickly my computer or light or whatever will drain that 12v battery??[Answer final question from above]To determine how quickly your battery will drain, let's assume that same 50AH battery. You wish to run 2-5W 12V lamps for about four hours each evening and use your small laptop for an hour which has a 50W draw at 18V, so about 80W at 12V. Your use will be 80W/12V=6.7AH + ((2*5W)/12V)*4 hours=3.2AH, or a total of about 10AH per evening. If you allow the battery to discharge to 50% before wanting to recharge it, you can run as described for about 3-3 1/2 evenings per week. If you concurrently have a 30W solar panel charging the battery for 4 hours per day, you will be keeping the battery fully charged it (you will be putting back 10AH per day). This allows for a couple of cloudy days.Hope this answers your question. Remember, watts/volts=amps. Multiply each load by the number of hours you need it to run to get ampere-hours. Add all these results together to determine the total draw on the battery.
What is the difference between the e-zip e500 and e750?
These are the differences between the two models. The ezip500 has a 500 watt motor - The ezip750 has a 750 watt motor The ezip500 has a weight capacity of 240lbs - The 750 has a 260lbs capacity The ezip500 has a maximum range of 8 miles - The 750 has a maximum range of 12 miles The ezip500 batteries are rated 24V 10Ah - The 750 batteries are rated at 24V 12Ah The ezip500 charges in 6 - 8 hours - The 750 takes 8 - 10 hours to charge The ezip650/750 are better than the ezip500 for you money. More torque, longer range better battery life.
How do you modify a razor dirt quad for speed and power?
If you want just longer duration, you buy 10ah batteries, you will have to mortify the hold down clamp, since they are taller, otherwise the same size. Any Batteries + store will swap the connections to the new batteries. If your looking for more speed. you could convert to 36volt with batteries and a scooter control , don't know how the motor would hold up, major modification to hold batteries and will switch to a 36volt charger system, but be aware these quads have a narrow wheelbase and are not very stable in fast turns, a little one could get in trouble and get hurt. my opinion 8-10mph is more than fast for these quads.
What molecules make up Tetrodotoxin?
Tetrodotoxin binds to voltage gated sodium channels and blocks them from passing sodium into cells. These channels are a critical part of the functioning of nerve cells and blocking the movement of sodium effectively blocks the transmission of information along the nerve cells. This in turns leads to paralysis in the animal or person that was exposed to tetrodotoxin.
What gap size is needed for a 95 suzuki Katana 600?
well- how @ an entire spec sheet if that helps???Suzuki GSX600F specificationsDimensions and massOverall length: 2,135mm (84,1 inches)Overall width: 745mm (29,3 inches)Overall height: 1,195mm (47,0 inches)Wheelbase: 1,470mm (57,9 inches)Ground clearance: 120mm (4,7 inches)Seat height: 785mm (30,9 inches)Dry weight 1988 to 1997: 200kg (441 lbs)Dry weight 1998 on: 208 kg (458 lbs)EngineEngine type: Four stroke inline-four DOHC, air/oil-cooled with SACS, TSCC. 16 valves.Piston displacement: 599 cc (36.6 cu.in.)Bore x stroke: 62,6 mm x 48,7 mmCompression ratio: 11,3:1Carburetor 1988-1997: Mikuni BST32 x 4Carbuteror 1998 on: Mikuni BSR32SS x 4Starter system: Electric starter motorLubrication System: Wet sumpClutch: Wet multi-plate typeTransmission: 6-Speed Constant MeshGearshift pattern: 1-down, 5-upDrive System: Chain, 118 linksPrimary reduction ratio: 1.744Final reduction ratio: 3.133ChassisFrame: double-craddle steel pipeFront suspension: Conventional telescopic, coil spring, oil damped. 41 mm inner tube, fully adjustable rebound damping (1998 on: 4-step rebound damping)Rear suspension: Swingarm, progressive linkage, 4-step rebound dampind, 7-step spring preloadRake: 25,3 degreesTrail: 99,5mm (3,9 inches)Front brake: 2-piston calipers, dual disc, diameter 290 mm (11.4 in.)Rear brake: 2-piston caliper, single disc, diameter 240 mm (9.5 in.)Front wheel: 3.50 x17 inches, cast alumium-alloyRear wheel: 4.50 x17 inches, cast alumium-alloyFront tyre: 120/70-ZR17Rear tyre: 150/70-ZR17ElectricalIgnition type: TransistorizedIgnition timing: 13° B.T.D.C. below 1500 rpmBattery: 12V 39.6 kC (10Ah)/10HRGenerator: Three phase A.C. generatorHeadlight: 12V 60/55WCapacitiesFuel Tank (including reserve): 20 ltr (5.3/4.4 US/Imp gal)Reserve: 5,0 ltr (5.3/4.4 US/Imp qt.)Oil capacity: 4,7 liter1988 GSX600FJ specs (click to enlarge):Can anyone tell me why many of the numbers on this brochure are different?GSX600F performance figuresModelYearMax Speed (Prone) MPHMax Speed (Upright) MPHStanding Start 1/4 MileSEC@MPHPowerBHP@RPMAverage MPG(guide)GSX600FJ1988130125.612.36@110.475.0@10,700N/AGSX600FL1990131.5126.512.60@107.569.0@9,50048GSX600FM1991135.5129.512.60@108.071.0@10,50044.5GSX600FP1993130.6126.612.20@109.072.0@10,50052.3GSX600F service iInformationEngineSpark Plugs Standard (1988-1995) NGK DR8ES Hot type (1988-1995) NGK DR8ES-L Standard (1996 on) NGK CR9EK Hot type (1996 on) NGK CR8EK Gap 0,6 - 0,7 mm (0.024 - 0.028 inch) Engine idle speed 1988 and 1989 UK 1100 +/-100 rpm all others 1300 +/-100 rpm Valve clearance (cold engine) Screw-type valve adjusters 0,10 - 0,15 mm (0.004 - 0.006 inch) Shim-type valve adjusters Intake 0,10 - 0,20 mm (0.004 - 0.008 inch) Exhaust 0,15- 0,25 mm (0.006 - 0.010 inch) Cylinder Compression Pressure Standard 9,78 - 14,67 bars (142 - 213 psi) Minimum 7,85 bars (114 psi) Maximum variation 1,93 bars (28 psi) Cylinder numbering (left to right) 1-2-3-4Recommended lubricants and fluidsEngine/transmission oil Type API grade SE or SF (minimum) Viscosity SAE 10W-40 Capacity With filter change 3,8 liters (4.0 US qt, 6.7 Imp pt) Oil change only 3,6 liters (3.8 US qt, 6.3 Imp pt) Engine overhaul 5,0 liters (5.3 US qt, 8.8 Imp pt) Brake fluid DOT 4 Fork oil Type SAE 10 - fork oil Amount 1988 460 cc (15.5 US fl oz, 16.2 Imp fl oz) Amount 1989 on 478 cc (16.1 US fl oz, 16.8 Imp fl oz) Oil level 1988 134 mm (5.28 inches) Oil level 1989 on 100 mm (3.93 inches) Drive chain 20W-50 engine oil (not chain lube) Cables and lever pivots Chain/cable lubricant or 10W-30 motor oil Sidestand/centerstand pivots Medium-weight lithium-based multigrease Brake pedal/shift lever pivots Chain/cable lubricant or 10W-30 motor oil Throttle grip Multi-purpose grease or dry film lubricantMiscellaneousBrake pad minimum thickness To limit line Brake pedal height 45 mm (1.8 inch) below top of footpeg Freeplay adjustments Throttle cable 0,5-1.0 mm (0.020-0.040 inch) Clutch cable 1988-1993 models 4 mm (0.16 inch) 1994 on 10 to 15 mm (0.4 to 0.6 inch) Drive chain Slack Standard 20-25 mm (0.8-1.0 inch) Service limit 45 mm (1.77 inch) 21-pin length 319,4 mm (12.6 inch) Battery electrolyte specific gravity 1,28 at 20°C (68°F) Minimum tire tread depth (2) Front 1,6 mm (0.060 inch) Rear 2,0 mm (0.080 inch) Tire pressure (cold) Front 2.27 bars (33 psi) Rear 2.48 bars (36 psi)Torque specificationsOil drain plug 20-25 Nm (18-25 ft-lbs) Spark plugs New plugs 1/2 turn after gasket touches engine Used plugs 1/4 turn after gasket touches engineModel identificationYear and model code Frame numbers (starting frame number) 1988 GSX600FJ GN72A-100001 to 103968 1988 GSX600FJ GN72A-103979 to 104098 1989 GSX600FK GN72A-103969 to 103978 1989 GSX600FK GN72A-104099 1990 GSX600FL GN72A-106385 1991 GSX600FM GN72A-110633 1992 GSX600FN GN72A-115034 1993 GSX600FP GN72A-118194 1994 GSX600FR GN72A-121465 1995 GSX600FS GN72A-12371
