What is the Amp hour rating of the 1250 ?
60649
Hi BamaDoc,Thank you for your inquiry! This unit contains a 100 amp hour battery and it has a 1200 watt inverter. Please note that additional batteries can be attached to the Yeti 1250 for extended backup power. Please let us know if you have any additional questions.Best regards,Earthtech Products
106893
It appears the wattage is 150. The information on the handle says: 125V 60Hz 150W
1705004
Maximum Voltage 32V DCContinuous Rating 300AIntermittent Rating 500A (5 min)Cranking Rating 10 sec 1500ACranking Rating 1 min 775A
1184284
I have never heard of amp hours rating but to break that down 4-6 charging hours and 680 cranking amps. I hope that answer your question.
444144
The power rating is overall and the manufacturer does not provide a specific figure for the sub alone. I'd venture to say it's around around 100-125 RMS and 200-250 max but again that's an estimate.
902636
I have no idea, but I just read the manual and it states 125@ 8ohms, and 200 @4 ohms.
565477
Mine is coming in at 109 watts. So they are not the 125 watt they are saying, but still seems to be working well.
1493911
I can't help much with this question, I think it is 250W or less, I think the 250W rating is for the industrial version.
2006322
Well yes and no: at 13.5 amps you will draw (13.5 amps) * (110 volts) = 1485 watts. The unit is designed to max at 1500 watts so you are pushing this at 1485/1500 = 99% capacity. While short bursts (such as at power-on) are fine, I guess the duty cycle of these are not capable of sustaining this for prolonged periods. I recommend you get the 2000 watt unit and not drive the inverter at a sustained capacity of greater than 80% to maintain prolonged life. The next consideration is the battery (or batteries) supply...most lead-acid are rated somewhere around the 100 amp hours - a bit of conversion gives (100 amp hours) * (~12 volts) = 1200 watt hours. Then your snow blower with a fully charged battery at this rating should provide roughly (1200 watt hours) / (1485 watt) = 0.8 hours or ~48 minutes. Hope that helps.
413320
15A / 1800W MANUAL: http://www.monsterproducts.com/lit/INT_MANUL_HTS_1600.pdf
686894
Since I knew there had to be an electrical label for the fan (it's required), I finally found it stamped into the plastic on the underside of the stand. The rating for the HT-900 is 0.6 amps. That's probably the max it draws at startup.
521644
It's only 17 amp hours so I'd say for 500 watts, about 10 minutes? Probably less? If you want more substantial running time, your best bet is probably to build your own kit with a solar charger battery, where you can usually find 125 amp hours or more, and then get an inverter and charger separately. It'll cost a lot more but 125 amp hours from a 12v battery should power 500 watts for over an hour.
1705003
Maximum Voltage 32V DC Continuous Rating 300A Intermittent Rating 500A (5 min) Cranking Rating 10 sec 1500A Cranking Rating 1 min 775A
291945
They are probably overrated, but 1000 mha is 1amp for 1 hour. that is how long the battery will provide 1 amp worth of energy. I would consider this rating useless as there is no energy draw stated for most electronics.
666421
Typically these batteries will be coded with the first 2 characters as 12 (12 volt) and the remaining characters are the amp hours x 10. Thus 12180 would be 12volt and 18amp-hours. More amp hours means longer life (but the package sizes usually change too)
96779
Looks good. The UL tag lists:22amp3/4 hp at 125VAC1-1/2 HP for 250-277VAC applications
332095
75Ah. I've listed some additional specs below.Performance DataCold Cranking Amps: 900Cranking Amps: 1125Nominal Voltage: 12 voltsOpen Circuit Voltage (fully charged): 13.1 voltsInternal Resistance (fully charged): 0.0025 ohmsCapacity: 75 Ah (C/20)Reserve Capacity: BCI: 155 minutes (25 amp discharge, 80°F (26.7°C), to 10.5 volts cut-off)