what type or number of the solenoid does it use??? What is the voltage of the solenoid ??
144058
It comes with a solenoid valve and a 24 volt transformer. I used the furnace transformer and did'nt need the supplied transformer.
810885
This solenoid is rated at 12 vdc / 1.2 amperes for nominal operation. A fresh 9 vdc "transistor battery" is rated 9 vdc / 0.565 A-h. This is just sufficient to operate the solenoid, but the drain on the battery will be significant and I won't hold for long. You will be much better off with a small 12 vdc battery, both from operating voltage and from the rate of drain. You can find 12 VDC/5 A-h and larger batteries on the Amazon site.
624344
I am sorry I do not understand what a solenoid noise is and i had to look up the word but i still do not have a sense of the sound.I would describe the sound as a loud click that does not seem to have any affect on performance .I am sorry i am not more helpful
1926095
I don't know, I have not test but is a small solenoid on function only on one side; ex.: for the main tank always on with no current and on ( 12V) when is for the auxilliary side. So if you run on the main you don't use current.Regards
1893960
the people who sell these wouldn't answer my questions-they are jerks-I wanted to know the output voltage, they refused to answer my questions. I think it is a 3 phase alternator with all 3 wires hot, and maybe the case is ground. then the controller/rectifier converts to dc. the company that imports these from china just wants to collect the markup, and not warranty or provide customer support-they told me to hire a engineer and they would only talk to him.
2154457
A wiring diagram would be that of what you intend to use the solenoid for. Wire size is dependant on what Amperage draw the load that is running draws. The only "required" value for this solenoid is 12 volts DC to activate it. If you are attempting to determine how to wire this solenoid it is as follows: one small terminal is for the ground, the other is for the 12+ to activate. One large terminal is the line in or source of power to the load or device you are powering. The other large terminal is the power out to the device. It doesn't really matter which side you choose for which. Good Luck
1372068
i also really wanna know is its dual voltage!!!! pkease can somebody that know this product or ever use it tell us! please
1264579
Gary, I'm not sure what your asking here. Could you be more specific? The solenoid (the two smaller screws) and the power connections (the two larger connectors) both operate on 12VDC. It doesn't matter how much current (amperage) you have available for the solenoid (as long as it's enough to operate it) as it will only draw the current it needs to operate. As far as the power switch goes, you can pull up to the rated 150 amps through it. It should last as long as it's designed to at up to 150 amps. More than that will likely shorten it's life. A lot more than that will probably burn it out instantly. Again, if you can be more specific, I'd be happy to help. Gary, I'm not sure what your asking here. Could you be more specific? The solenoid (the two smaller screws) and the power connections (the two larger connectors) both operate on 12VDC. It doesn't matter how much current (amperage) you have available for the solenoid (as long as it's enough to operate it) as it will only draw the current it needs to operate. As far as the power switch goes, you can pull up to the rated 150 amps through it. It should last as long as it's designed to at up to 150 amps. More than that will likely shorten it's life. A lot more than that will probably burn it out... » Read More Gary, I'm not sure what your asking here. Could you be more specific? The solenoid (the two smaller screws) and the power connections (the two larger connectors) both operate on 12VDC. It doesn't matter how much current (amperage) you have available for the solenoid (as long as it's enough to operate it) as it will only draw the current it needs to operate. As far as the power switch goes, you can pull up to the rated 150 amps through it. It should last as long as it's designed to at up to 150 amps. More than that will likely shorten it's life. A lot more than that will probably burn it out instantly. Again, if you can be more specific, I'd be happy to help. « Show Less
2106162
My solenoid has printed on it that it has a 3/32" orifice. Whether it replaces a Carrier B2015-S85 I don't know. Also watch the water flow. There is an arrow on the unit pointing the water flow. My solenoid had to be installed backward from the original because water flow was reverse.
766846
thank you very much, can I find the proper A solenoid for this auto trans Ford Laser 2001 _ I need to buy it, thanks
1758416
Each pair of wire (one pair can be determined by a VOM ) is capable of maximum10w /100v solenoid control. It is better explained by drawing schematic. But unfortunately I can not do it in this written format. Perhaps you search this matter in you tube videos. Most likely you will find somebody explaining this.
2193960
The water timers I bought are battery run so need no electrical input. I'm sorry but I don't know what solenoid you are referring to. You just pop in a battery, connect one end of the timer to the faucet and the other to the hose or in my situation the coupler for my drip system and off you go. Hope this helps. It's very simple but works great.
16777
no. think there aare 6 solenoids in the trans but 3 different kinds. I know a and b are the same so id think " and d would be the same but im not sure. xs4z-7g484-aa. thats what i belive to be the part number for c which could also be d. lol sorry thats the most i can help. try seaching for the part numbers. makes the easier to google.
2154455
A wiring diagram would be that of what you intend to use the solenoid for.Wire size is dependant on what Amperage draw the load that is running draws.The only "required" value for this solenoid is 12 volts DC to activate it.If you are attempting to determine how to wire this solenoid it is as follows:one small terminal is for the ground, the other is for the 12+ to activate.One large terminal is the line in or source of power to the load or device you are powering. The other large terminal is the power out to the device. It doesn't really matter which side you choose for which.Good Luck A wiring diagram would be that of what you intend to use the solenoid for.Wire size is dependant on what Amperage draw the load that is running draws.The only "required" value for this solenoid is 12 volts DC to activate it.If you are attempting to determine how to wire this solenoid it is as follows:one small terminal is for the ground, the other is for the 12+ to activate.One large terminal is the line in or source of power to the load or device you are powering. The other large terminal is the power out to the device. It doesn't really matter which... » Read More A wiring diagram would be that of what you intend to use the solenoid for.Wire size is dependant on what Amperage draw the load that is running draws.The only "required" value for this solenoid is 12 volts DC to activate it.If you are attempting to determine how to wire this solenoid it is as follows:one small terminal is for the ground, the other is for the 12+ to activate.One large terminal is the line in or source of power to the load or device you are powering. The other large terminal is the power out to the device. It doesn't really matter which side you choose for which.Good Luck « Show Less
1304356
It says to use 3 volts. I have mine running a little robot set to 5 volts with no issue. The added power changes the final speed because the motor goes faster. It also gets hot quicker. So you can use it with 9 volts, but it will shorten the life of the motor.
1657076
wrong electric plug, one single wire, one dual wire plug, i had to use my old solenoid to make it work.
1055975
I do not understand the question. This valve works with a millivolt pilot generator and is working well. Two of the three terminals go to the generator, and two go to the thermostat. As pictured here, the middle terminal goes to the white wire of the pilot generator. The front terminal goes to the red wire of the pilot generator and the red wire of the thermostat. The rear terminal goes to the white wire of the thermostat. (I believe the thermostat is not polarity sensitive.) The thermostat wire should be #20 to carry enough current for the solenoid.