What is the current vs voltage rating ?
1288992
Question is a little vague, but: 110/120vac coil means just that. 110-120vac to turn on the relay. That said, most air conditioners use 26VAC on the coil voltage. The contact voltage & current ratings are: 125vac 60amps resistive(not motor) 250VAC 35 amps resistive Inductive (motors) Full Load 125VAC 12 amps 250VAC 6 amps hope this helps
1288993
Question is a little vague, but: 110/120vac coil means just that. 110-120vac to turn on the relay. That said, most air conditioners use 26VAC on the coil voltage. The contact voltage & current ratings are:125vac 60amps resistive(not motor)250VAC 35 amps resistiveInductive (motors) Full Load125VAC 12 amps250VAC 6 ampshope this helps
1288994
I'm using it with 120 volts to operate it. I have 240volts on the contacts.Sorry that it took me so long to answer.
1288995
According to the data on the item, the coil is rated at 120VAC and the contacts are rated at 12A full load 60ACR 125VAC, or 6A full load 35ACR 250VAC. My device is marked: K90-341. I don't know if they are the same.
59137
Not sure if it helps, but in the case of a relay the voltage that is being switched does not matter.. What matters is the current rating, so if the datasheet says its in range then there should be no problem. If you dont know what the current rating is then the safest thing to do is to switch the mains the run the 12VDC psu.
986289
From the specifications: Maximum AC Current @108VAC - 13 Amps. If your voltage is higher the current will be lower.
1714293
5V, but only 0.5 Ampere in truth!!! This model only delivers a quarter of it's advertised Wattage/Ampere. 2100mA are NOT TRUE!
1537039
I just installed on of these, because the way it was written implied 2.1A each. It is *NOT* I checked both outlets and the first was pulling around 900mA, the second around 1,100mA. So that rating is for both outlets combined. Exact same model number.
896100
I wish I could help. Here is the spec sheet on it and there is no information on the amp rating, just the surge protection. http://media.accobrandspartner.com/datasheets/datasheet2012.aspx?sku=K62634&langua;ge=us&country;=us&sow;=1&hrp;=1&brandID;=6
2029713
I have this AC, plugged into a standard U.S. household outlet. I have no idea what my voltage is. There's a good discussion here about voltage ratings: http://forum.allaboutcircuits.com/showthread.php?t=3320
1362379
I don't remember seeing an amp rating on this switch when I bought it. I was impressed that someone said it was capable of 'switching' at a larger gap than other switches that they had tried---and I've found that to be true--and quite adjustable in that respect. I am feeding it with a 750 DC milliamp transformer and it has not failed my in the last 4 months that it has been in operation.
1545314
I believe the ratings are for 110-120 vac, standard U.S.A. household voltage.
607114
No. its rated at 1 amp. voltage is good up to 380v but amps are the same no mater what the voltage is.
2228759
The voltage is not specified in the operator instructions. The 2.1 indicators apparently refer to amperage, according to the information I discovered.
700923
First, the answer is NOT 500ma (.5) as someone else replied. That is the no-load idle current, NOT the MAXIMUM current. While I don't see an official answer, based on the claimed 87% efficiency, the maximum load and surge, and a battery voltage estimate of 13 volts, a little rough math gives us a possible full load current of a bit over 132 amps, with a possible surge current reaching twice that number. Keep in mind these are just some quick back of the napkin figures, and are not a substitute for the manufacturer's published rating. BOTTOM LINE: Contact them before wiring it, I'm just somebody on the Internet making unreliable wild-eyed claims about electricity.
700924
First, the answer is NOT 500ma (.5) as someone else replied. That is the no-load idle current, NOT the MAXIMUM current. While I don't see an official answer, based on the claimed 87% efficiency, the maximum load and surge, and a battery voltage estimate of 13 volts, a little rough math gives us a possible full load current of a bit over 132 amps, with a possible surge current reaching twice that number. Keep in mind these are just some quick back of the napkin figures, and are not a substitute for the manufacturer's published rating. BOTTOM LINE: Contact them before wiring it, I'm just somebody on the Internet making unreliable wild-eyed claims about electricity. First, the answer is NOT 500ma (.5) as someone else replied. That is the no-load idle current, NOT the MAXIMUM current. While I don't see an official answer, based on the claimed 87% efficiency, the maximum load and surge, and a battery voltage estimate of 13 volts, a little rough math gives us a possible full load current of a bit over 132 amps, with a possible surge current reaching twice that number. Keep in mind these are just some quick back of the napkin figures, and are not a substitute for the manufacturer's published rating. BOTTOM LINE: Contact them before wiring it, I'm just... » Read More First, the answer is NOT 500ma (.5) as someone else replied. That is the no-load idle current, NOT the MAXIMUM current. While I don't see an official answer, based on the claimed 87% efficiency, the maximum load and surge, and a battery voltage estimate of 13 volts, a little rough math gives us a possible full load current of a bit over 132 amps, with a possible surge current reaching twice that number. Keep in mind these are just some quick back of the napkin figures, and are not a substitute for the manufacturer's published rating. BOTTOM LINE: Contact them before wiring it, I'm just somebody on the Internet making unreliable wild-eyed claims about electricity. « Show Less
751969
Just FYI. Amps are a measure of current. The "amp rating" generally refers to how much current a device is designed to handle safely, or to how much current a device will draw from a power source, and is not something that anyone would usually care about from a battery like this since it is used to power only a single device which is designed to use that battery. By "amp rating" you might be referring to mAh (milli-amp-hours) which is a measure of energy stored in the battery. Wh = watt-hours also refers to the amount of energy stored in the battery. To convert Wh to mAh, divide by the voltage and multiply by 1000. So in this case 24 Wh*1000/18 V = 1333 mAh. Just FYI. Amps are a measure of current. The "amp rating" generally refers to how much current a device is designed to handle safely, or to how much current a device will draw from a power source, and is not something that anyone would usually care about from a battery like this since it is used to power only a single device which is designed to use that battery. By "amp rating" you might be referring to mAh (milli-amp-hours) which is a measure of energy stored in the battery. Wh = watt-hours also refers to the amount of energy stored in the battery. To convert Wh to... » Read More Just FYI. Amps are a measure of current. The "amp rating" generally refers to how much current a device is designed to handle safely, or to how much current a device will draw from a power source, and is not something that anyone would usually care about from a battery like this since it is used to power only a single device which is designed to use that battery. By "amp rating" you might be referring to mAh (milli-amp-hours) which is a measure of energy stored in the battery. Wh = watt-hours also refers to the amount of energy stored in the battery. To convert Wh to mAh, divide by the voltage and multiply by 1000. So in this case 24 Wh*1000/18 V = 1333 mAh. « Show Less
923185
It will never be more than what is on the transformer. The V in the answers below are volts. Current is measured in amps or amperes. I think this one is rated for about .1A or 1/10 of an amp. I can check mine if you like.
885450
It's rated to 12V. However, I'm using with 220V without any problems. I think it only matter the ampers involved.Hope is useful.
1919885
It says 19vdc (Volts DC) at 2.1 amps. Thanks for asking, because mine was very warm so I moved the power supply to a place where I could get more air to cool off. ;)