Frequently Asked Questions

iSocket can detect flickers/glitches (by fact, outages) of at least 100ms duration when the setting of power failure delay is set to "0" (it is set to 1 second from the factory). Of course, different factors should be taken into consideration, such as capacitance, length of wires, etc. It is important to understand what exactly means the outage for iSocket. The outage is a drop of the mains power (input power provided to iSocket) below ~90 VAC for ~100ms, while your equipment will be, and most probably must be, connected to the mains separately from iSocket. When you consider using any external glitches detection device which is not a part of the monitored equipment itself, you should understand that regardless of parameters of glitches/flickers an outage for a one equipment not necessarily will be the same for another. Generally, no one external device can guarantee 100% correct detection of glitches for another device, because characteristics of two devices connected to the mains separately will be different. You will either have false alarms or no alarms from time to time. Only a built-in facility of the monitored equipment itself can be considered as 100% guarantee if your concern are brown outs (glitches). The recommended option if your concern are power glitches will be to use a small UPS or even a surge protector for your equipment so that it can survive short outages and keep iSocket for notifications about longer outages as there will be no any external device that can help you to detect such short outages. Worth mentioning, if you don’t receive a power glitch alarm with the setting of the power failure delay to zero but your equipment is switching off then your equipment really needs some frontend protection first - a protection that allows you to delay the outage. Or vice versa, you can create an intentional permanent power cut of the network that powers the iSocket when there is a power outage on the network that powers your equipment. You can do this with a specific hardware. Thus, in the event of a glitch, the power to iSocket will be turned off until it is manually turned on and iSocket will certainly detect this.

The whole idea of iSocket is to report any outages without manipulating over them except a tiny setting that allows to eliminate flickers (see previous question), otherwise it's the way to add a huge amount of confuses in settings and the way lost alerts. There simply can't be a simple (in fact, any) reasonable logic to implement big delays in the reporting without adding confuses and precedents of the lost alerts. Yes, we can configure your iSocket to behave this way, but you have a huge risk to be confused. However, you will get a power restore message too, so you always know the duration of the outage and you decide whether to go to the location to fix a problem (if power is not restored) or not (if power is restored in acceptable for your use case time).

If your outdoor pump is wired directly to the indoor fuse cabinet through a breaker, we would recommend that you install an indoor outlet after the same breaker and plug the iSocket into this outlet. Thus when the breaker switches off, iSocket will detect it, because power in the parallel outlet will also switch off. You may even have an indoor outlet in your house – please ask your local electrician. Check some other questions in this FAQ that cover similar subject.

Please note, iSocket can only be used indoors, however ways can be found to get around this. In most cases an outdoor appliance is powered from an indoor electric supply and in some cases you may even have an indoor outlet connected to the same network. If you only need to detect a power failure and do not need to switch your outdoor equipment remotely, then you could plug the iSocket to the indoor outlet. Since the electric network is the same and connected in parallel, when the power fails it will fail on this indoor outlet as well. iSocket will detect this and you will get a power failure notification. You may consult with a local electrician about how your system is wired and he could probably help you with the installation. If your outdoor equipment has a plug that can be routed from inside the premises then you may consider doing that and move the iSocket indoors.

Another option is to use special insulated boxes which allow indoor equipment to be used outside, but please note that temperature and humidity conditions must be kept in mind - to merely protect against rain/snow is not enough.

Read useful article about using electronics in a cold environment.

With the new Plug-and-Go iSocket you are not limited about how many numbers for power outages notifications you can use. Any phone that can accept and display messages may be used for text messages (SMS) about power outages. Voice message about power interruptions can be configured to any phone, even landline.

It depends if your boat has a power point that is not backed up by the inverter. If you have one, you can plug iSocket to it, and that way you will know that shore power is lost because that power outlet will lose power. If you plug the iSocket into an outlet after the inverter (backup power), you will probably also be notified of both a power outage and a power restoration, depending on how quickly your inverter reacts to a shore power loss (if not faster than 1 sec. then it should be fine to receive both messages). In this way, you will be in control of both shore power failure and inverter operation.