Many thanks for your feedback. We are very glad to hear about your experiences.

We've got you in the raffle for a drain controller best of luck. You can run the kit on higher voltages easily if you have the right converter. Running it from a mains voltage socket such as a house wall plug is very simple and cheap to source. If you need help please message us.

Same here. Me and wife been away for a month now and things still works perfectly fine. Really a gem to find.

We are very pleased to hear that you are both doing well with your kits

Perfect. We've been looking for this device for so long. We have tried lots of floats they just wont do..They say automatic but a failure. Get 2 for me Terry. Gonna install this at my parents too.

Told ya. I have called these guys before. We can ask what's good for our project.

You have been entered into the raffle.

Hi thanks for your comment. Short answer is yes you can... Depending on what sort of signal you want. It will also defend on the voltage of your pump. Because the device can be wired up so it turns something on or off. . it has two connectors. This means that as it turns your pump off because the tank is full, Air Canada turn something else on or trigger something else to turn on for a short period of time. If for example you have a mains voltage pump. .. you could wire in a mains voltage signal lamp or siren, and waterproof reset switch. This would enable the device to automatically refill your tank... And when it reaches the full position it would turn on a siren or light until someone presses the reset button disconnecting the circuit. The system would then go back to monitoring the tank to see if it needs refilling again. Is this the sort of thing you meant?

@@IACSElectronics wow, thanks for the quick reply! So this is doable. Got it. So my tank is with warm pressurized water used for flushing out sludge from the bottom of the fermentation tank. So I am wondering if I can switch a solenoid as well as a pump for this or will i need a 2nd board? The pump and solenoid are both 110V AC.

@@TerryPelsky you can switch to together as long as the total amperage doesn't exceed the maximum rating on the board. If you check the average or wattage of your pump and solenoid... Add the number of amps together. . then multiply the total by 3... This is the approximate spike. The continuous draw should preferably be below 25 amps. Make sure your pump and solenoid have their own fuse or surge protectors if needed. I would recommend intersecting the neutral side of each. Route through calm and normally open. We will show diagrams in part 2 of the installation guide.

Hi there. Thank you for your comment. You need the float kit X series kit 3 which is also known as our automatic drain controller. Not be confused with a device for managing drains it's actually designed for draining a tank using a pump. It does not include a pump. You will need to install two float switches into your tank. You how's the circuit board in a box away from the tank or on the side of the tank. It's easier than it sounds. It is available on our website on the following link... Please let us know if you need any help. iacselectronics.com/product/fk-x1d-automatic-drain-controller/

Certainly please do feel free to ask questions... If you need help with a specific installation scenario please let us know the details of what you're trying to achieve with your tank. Best of luck with the installation! Thank you for your purchase.

We will be doing a video comparison of the kids shortly. If you cannot wait please message us on the live chat on our website. Please provide an overview of your tank and what you are trying to achieve.

Hello thanks for your comment. Yes we have an installation video which will be made available soon.

Hi Jamie. So just to clarify... The cat doesn't prevent waves or ripples from occurring inside your tank, 8 merely detects when they are occurring and acts to protect your pump or solenoid from excessive switching. The device uses a series of thought processes like a very basic form of artificial intelligence to decide whether to act upon the water level or ignore it. This means your pump or solenoid will be controlled in a more intentional way. So the board basically acts to correct the problems caused by waves or ripples, rather than preventing them from happening. I hope this helps and please let us know if you have any follow-up questions

Thank you for the clarification.

Hey mate. I've got the same problem. We stuck the float switch in the tube in the end but it is far from reliable.

Sorry dear you've been having problems with your tank. We have in fact been filming a video about things like this. Your problem is quite common. I will send you some links. kzbin.info/www/bejne/aWaYgn6uaJuKebcfeature=shared IACS FLOAT KIT X-Series Kit 2 - Intelligent Pump and Solenoid Protection and Control System: Ripple Correction Code amzn.eu/d/hrCHjFg If you have any further questions please don't hesitate to get in touch!

Sorry got it in the description

Sure, the product is available on Amazon with high-speed dispatch. The product will soon be made available worldwide. Please check the following link to Amazon. www.amazon.co.uk/dp/B0D3CJLWWH

Hello we are very sorry for the very late reply, we have been inundated with work and we have made many improvements to our services and products. At this precise moment, the best place to find our products is on Amazon. We will update the links in the description shortly. You can view data sheets on iacs electronics.com

Hello, they are in and out signal lines which puts out a positive voltage of approximately 3 to 5 volts. The second wire carries the signal back from the float switch. It is hypothetically possible to wire two switches either in series or parallel through that connector. However it would only work if you are going to be having the one relay switch operate when both are up or down. Some people use it as a backup incase a switch should ever fail.

@@IACSElectronics Light adapter everything is 12 volts... If we determined 3 levels and connected 3 sensors to measure the water level, what should the connections be? The way it works is as follows: The first light will turn on when the water rises to the 1st sensor level at the bottom, and the second light will turn on when the water level rises to the second sensor in the middle. The 3rd light will turn on when the water rises to the top sensor when the can is full.

You can share the supply with the switching side provided it matches the supplies input voltage 12V DC.

@@IACSElectronics didn't we need to isolate the switch from the load? Is is safe to have the same supply?

@@jonathanrodriguez8219 hello thank you for your comment... If you are using something such as a solenoid running from a DC power source, you probably need to put some sort of circuit protection in to make sure that the fluctuation doesn't affect the board. We recommend the addition of a capacitor to the circuit if using a solenoid powered from the same DC circuit. The x series board has got built-in fluctuation protection but it is only limited. If you are using mains power or anything other than 12 volts DC for your switch side you definitely need to isolate it from the supply side of the board. Supply side range is 9 volts to 14.5 volts DC only. You can run a 12-volt DC pump from the same power source as the bored easily because the board is quite resilient and will protect its own circuitry. But you may need to account for drops in voltage if the pump takes a surge when it turns on.

Hello, these are built to order. You can order them on our website iacselectronics.com

Yes this is achievable. Depending on the size of your pump and whether a single point of monitoring is sufficient, this kit is suitable. However you may want to consider our new fkx which offers many more protection features as well as a superior switching capacity and many other improvements. Please let us know if you have any further questions or more specific details about your installation.

Solenoid wiring is the same as pump wiring. We will be doing a video about solenoids in the near future. If you have any specific questions about your solenoid valve and project, please feel free to comment and we will make sure your questions are answered in more detail. 😊 Please note that solenoids can often cause a power surge, so you may need to fit a capacitor. Please let us know your solenoid details if you require further assistance.

Sorry for our slow reply, we have been working through backorders. The board shown in this video can be found at iacselectronics.com, updated links in description. Thanks!

The blue circuit boards are 'float kit board' or FK0. We sometimes sell these individually.

Hello, sorry for our slow reply. We have designed a twin switch kit which we will be listing shortly.

If you would like to use are float switch to operate a motor, you will need to determine the starting and stopping position of the motor. You can get linear actuators, which is a bit like a robotic piston. They can be used to move things up and down. We have had kids like this used to open and close windows by combining them with a linear actuator. However you may need a secondary timer or switch to make sure the motor doesn't move it too far. Please feel free to follow up with additional information about your project. We would be happy to advise.

You could use a timer relay, set it to 10 minutes or whatever and use a second floatswitch(FS2) to disconnect power to that timer relay and reset the relay until FS1 The lower switch (FS1) will activate the time relay and start the pump for X minutes. The higher switch (FS2) will return power to the relay as soon as the water level drops again, when it's low enough for FS1 then the relay starts the pump again. If FS2 fails for whatever reason then the pump will automatically stop after X minutes, minimizing overflow. It might be an idea to measure the time it needs to fill the reservoir and set time relay accordingly but differences in waterpressure might make this hard. Using a pressure vat results in consistent pressure for timer relay and less wear on the pump itself increases lifetime because it doesn't have to switch on/off each time the reservoir is filled.

@@fancyfakename8967 Thank you for the info.

@@MegaKbyrne We have released a version of this board which has 2 float switches and an intelligent control system to manage drainage or filling actions in various water tanks and scenarios.

Thank you!

Hello, good question. In theory yes you could mount them on a strip and then submerged them completely but there may be a tidier and more reliable way of achieving your goal. If you do wish to Mount them in such a way I recommend coating the back in HA6 RTV silicone sealant but you may overall be better off either using a long shaft stainless steel barrel switch (or pair of) alternatively a contactless float switch sensor which would be stuck to the side of the tank with foam or adhesive. Another thing to consider is if you are planning to use two float switches to either co-ordinate filling or draining of a tank, you may be better off using one of our twin float switch control kits rather than two singles. If you would be happy to share more about what you're trying to achieve using the switches and what the tank is for, I would be happy to advise further.

@@IACSElectronics The main goal is to setup these switches inside my domestic water tank. I have one underground tank(main tank) from which water is pulled into another tanks situated on terrace(drinking water). Since its for drinking I am trying to avoid adhesive's or any sticky solutions to be used inside the tank. More over I am looking for a low/no maintenance electronic sensor which should not be affected by water conditions(salts, PH values, etc. )as it would be under water for years. The output of this sensor would be given to the controller which will then automatically turn ON/OFF the ground pump. If possible, can you share product reference links so that I can check the functioning and see if its usable in my case.

Hello, in theory all you have to do is complete the circuit for the float switch. When the circuit is closed, the relay will activate. We have other versions of this kit including twin float switch arrangements, ripple / wave correction and more, as well as timed and contactless versions. We have other boards designed to work with NPN sensors, if you would like me to look at a specific model of sensor please feel free to send me a link to an item or datasheet and I can advise.

Hello, good to hear from you. We can certainly help with your requirements for a hydroponics system, we can produce a float switch kit with integrated adjustable timer to water once every for example 8 hours for 10 minutes each time but to make it easier to adjust, it may be best if you used another 'off the shelf' timer for the watering cycle and routed it through our baords and float switches to control and monitor the tank levels and operate the pumps / valves you may need - if you would like to contact us direct you can on [email protected] and we can send you some further information & options.

Hello, if that is a 100 amp as in amp hour (Ah) battery such as a lead acid leisure battery then the answer is yes you can, however if the battery puts out or spikes over 14.9 volts (e.g. if you have other things connected to the battery such as motors, compressors or chargers) it would be a good idea to connect a 12V regulator between the board and the battery, we can supply a suitable one (that can be adjusted / tuned to a good consistent voltage) with the board if needed for an additional 10 GBP.

@@IACSElectronics Thanks for the reply Can I use Water Level Float Switch for the tank hho when empty without the board

@@peshrawahmadebrahem991 You're welcome. The float switch its self can be used in an HHO tank provided the tempurature doesn't exceed 80 C / degrees centigrade. but it shouldn't be used to switch the load from a lead acid battery without the relay board because even under a low load, the power from a battery such as that will most likely weld the contacts inside the float switch / reed switch together causing it to stick in the ON position or burn out.

Can I run the board on a 100 amp and 12 volt battery?

can the switch trigger an sms message using an arduino and a gsm module?

@@jeheildelfin355 Hello, in theory yes it could. We don't supply / build GSM or SMS capable boards at the present time but you could probably link a switch to an arduino and create a custom sketch with a SIM / GSM add-on board (shield).