TP-Link recently introduced new devices. Smart plugs TP-Link HS110 and HS100. I will discuss these sockets in more detail in a separate article, but today we will install and configure them. If you have already become the proud owner of HS100 or HS110 sockets, then these instructions may be useful to you. Or perhaps you will just be interested in seeing what these devices are, how they are configured and how they work. The devices are new and unusual. I've been testing these sockets for several days now, and I have something to tell and show you.
The TP-Link HS100 and TP-Link HS110 models are almost the same. Only the older model (HS110) can monitor power consumption. Electricity consumption statistics for all time and in real time.
The devices themselves are designed for remote control of electrical appliances. We plug the smart socket into a regular socket :), and then connect some electrical appliance to it: a heater, a lamp, a fan, whatever. And through the Kasa application you can remotely control this electrical appliance from your phone (turn it on and off). Also in the program you can set the on/off timer and view statistics on electricity consumption (if you have model HS110).
Another important point: You can control a smart plug not only when you are at home. The outlet is connected to your router. And you can access the outlet from anywhere using your phone. The main thing is that you have internet on your phone.
Connecting and setting up TP-Link HS110 and TP-Link HS100
As for the setup, as it turned out, everything is simple. I've never set up smart plugs, so I didn't immediately understand what was what. I'll do it in the form step by step instructions. This will be more convenient and clearer.
1 First of all, you need to install the Kasa application on your smartphone or tablet. It is available for iOS and Android in App Store And Google Play. Just type "tp-link kasa" in the search box and install the application. Through this application you can control smart sockets and other devices from TP-Link.After launching the Kasa application for the first time, it will prompt you to log into your TP-Link account, or register a new one. You can skip this step by clicking on "Skip". But in this case, you will be able to control devices only when connected to your home Wi-Fi networks (to which the socket is connected). Therefore, I advise you to click on the "Create Account" button and register with cloud service to control devices from anywhere.
You just need to provide your email and password. And then confirm your registration in a letter that will be sent to the specified email. You will be immediately logged into the application.
2 Next, plug the smart socket into a regular socket. Press and hold the button with the gear icon for 5 seconds. The indicator will start flashing orange.
Give your outlet a name. Select an icon. You can even take a photo, or choose from an album. Next, you need to select your Wi-Fi network and specify its password so that the outlet can connect to your Wi-Fi network.
We wait a little and everything is ready. You will see your outlet in the list of devices.
If you have several sockets, then add them one by one, following the same pattern. After the setup is completed, the smart socket will stop broadcasting the Wi-Fi network.
Smart plug management from TP-Link
Controlled entirely through the Kasa app. Immediately on the screen with added sockets, you can control them, turn them on and off.
To open more detailed information on the socket, just click on it. There you can already set up a schedule, set a timer, and view energy consumption (if you have TP-Link HS110) etc.
By going into the settings, you can remove the outlet, change its icon, name, time zone, see the MAC address, model, and firmware version.
I don't see the point in listing every item in the Kasa app. Everything is very clear there, despite the fact that the application is English language. I hope TP-Link will release an application in Russian in the near future.
Main functions:
- Turn the smart plug on and off by pressing a button in the application itself.
- Set a timer that will turn off the device after a specified time.
- Setting a schedule for turning on and off a device connected to an outlet.
- Creating a schedule for the operation of a device from a TP-Link smart socket.
- Viewing electricity consumption statistics (only for HS110 model).
I think that everyone can figure out the settings. Everything is step by step and understandable. If anything, leave questions in the comments, we’ll figure it out together.
Some more useful information
1 You can turn off the power using the button on the socket itself. The button next to the logo. After clicking on it, only the Wi-Fi icon will light up, which means that the outlet is connected to the network, and you can turn it on remotely through the application. 2 Resetting settings on HS110 and HS100 sockets can be done with a small button with a gear icon. Turn on the outlet and press this button for 10 seconds. The indicator will tell you when the settings have been reset to factory settings. 3 If you want to connect some powerful device to Wi-Fi Smart Plug, then it would be good to first study the maximum load that the connected device can create, and specifications according to the maximum load and power of a TP-Link smart socket. For both outlets these indicators are the same:WI-FI sockets are part of the “smart home” and every year they are actively installed in modern homes, which is explained by the practicality and comfort that the product creates.
wi fi sockets: modern technologies
The smart plug is gaining popularity every year. You no longer have to worry whether the socket is turned off; the process is controlled from your phone and without going home.
All you need to do is launch the application and have an Internet connection. The wi-fi device will allow you to connect or disconnect equipment from a distance. There are dozens of models from different manufacturers available for consumers to choose from. The choice directly depends on the design and preferences of the consumer.
Practicality
The socket is designed to control electrical appliances in the house from a distance. The work is carried out by connecting via Wi-fi. The device is practical and will become a helper around the house: it will provide fire protection, save on electricity and provide maximum comfort.
Varieties and characteristics
The principle of operation of the socket is the same, the only thing that differs between the models is their design. Manufacturers provide overhead and built-in models. Even at the stage of planning your home, it is important to decide which outlet will be used.
Invoice
Looks like an adapter with one connector. The design assumes the presence of the following components: indicator, switch button, wi-fi module, packaged in a plastic case.
Some models are equipped with humidity sensors, a timer, and a video camera. This model will easily replace existing sockets and does not require additional repair work.
Built-in
Designed for hidden installation, with installation during repair work. The purpose of this option is to replace an ordinary electrical point. The housing, made of heat-resistant plastic, protects the consumer from the release of harmful halogens. Due to the heat resistance of 748 degrees, manufacturers guarantee the safety of the device.
How does Wi-Fi work from a wall outlet?
Operation is controlled by a built-in microprocessor. The processor coordinates work with a control device - a gadget with installed application. More complex modifications with network adapters for 4 connectors, but such options are not suitable for everyone.
Wi-Fi from an outlet allows you to perform the following functions:
- Turn electrical appliances on and off from a distance.
- Control the amount of electricity used.
- Reboot electrical appliances.
- Set a timer to control devices.
- The presence of a temperature sensor ensures fire safety.
Before connecting the device, you should make sure that its power is lower than the power of the outlet. Such information is provided in the technical data sheet of the equipment.
The principle of operation of a “smart” wi-fi socket
When connecting an outlet to a router, the device receives a unique IP address. An assigned address allows you to communicate with other objects via the Internet. The signal is encrypted, which helps protect the device from unauthorized access. Settings are stored on the server or device. In the first case, statistics and data are stored reliably, but in the second, if the connection is broken, they will need to be restored.
The programs are freely available and can be installed on a control device – any modern gadget.
With air temperature sensor
A device with a temperature sensor will cost more than other alternatives, but it will provide security for your home. The sensor takes measurements and controls temperature readings environment. If an excess of the norm is recorded, which may cause a fire or short circuit. The smart device will instantly disconnect the devices from power and send a message to the owner of the smartphone.
Smart home control
The concept of a “smart home” appeared a long time ago. The owner of such a house controls the equipment using a program installed on the phone. To start using the outlet, you need to create an account in the cloud, which is recommended by the manufacturer.
If this is not done, then only basic functions will be available to the user - turning electrical appliances on and off. Additional functionality will be available after registration.
After launching the application for smart devices, a gadget is added. Each smart plug is labeled with a name and an image is uploaded. This approach makes it easier to navigate around the house, especially if there are a lot of such devices.
Some models can be controlled using the popular voice assistants Amazon Echo and Google Home. But the commands are given in English. Management « smart House"allows you to create a schedule and enable the "Away" mode, which allows you to simulate the presence of the owners in the house when they are actually not there.
Devices often track energy consumption indicators, which allows you to make forecasts on the costs of this resource. Such a smart device allows you to control other devices, making life more comfortable.
Operating rules
The socket operates in the range of 100 - 240 V, with an output power of 2 to 4 kW. Such parameters allow you to connect devices with large short-term loads. We are talking about heaters or a food processor.
Each manufacturer provides individual instructions for the devices, but their operating principle is the same. The only difference is the presence of additional functions.
Install a special application on your gadget and check your Internet connection.
The software is selected by the QR code on the packaging from the outlet.
You need to set the device search in the program. To connect, enter a special password. Only after this the wi-fi device will be connected to the network and ready for use.
After making all the settings, connect the device, which will work from the outlet. Individual settings for each device are carried out according to the instructions for the device. To ask for settings, press the on/off button for six seconds.
Advantages and disadvantages
A modern device allows you to control the operation of equipment in your home from a distance. Other advantages include:
To the disadvantages modern device it is worth mentioning:
- When the power goes out, all settings are lost.
- Some models may not be compatible with the router.
- The Wi-Fi outlet reacts to its time zone, which is worth considering when choosing a manufacturer.
- In the event of an emergency, the device turns off.
- Without an Internet connection, it is impossible to control the outlet from a distance.
Socket with Wi-Fi control: service life
Each manufacturer indicates a warranty period. Such models work no less than conventional sockets. If necessary, they can be easily dismantled and new ones installed. Chinese models will work for up to a year, but European manufacturers provide a guarantee for three or even more years. In reality, the actual service life of such sockets is much longer. Therefore, it is worth choosing a model that is a little more expensive, but the quality of the materials promises a long service life.
A Wi-Fi outlet is part of a smart home, which is designed to ensure maximum comfort for residents. The device is simple example home automation, which has become more popular in recent years. The task of the outlet is to fulfill three assigned functions - ensuring safety in the house from unauthorized ignition, ensuring energy savings and increasing comfort conditions.
The devices are presented in two models – overhead and built-in, which are selected taking into account the needs of the consumer. The operating principle is simple, and installation does not take much time. The money spent will be worth it and everyone will be delighted with Wi-fi works sockets
Useful video
Control your home comfort regardless of distance
Remotely turn on and off household appliances using a smartphone
With an internet connection on your smartphone, you can control your home appliances from anywhere you are. And in combination with a Xiaomi router, you have the opportunity to set up certain scenarios for using a smart socket. For example, before leaving work, you can remotely start the multicooker using your smartphone, turn on the light in the hallway, air purifier or water heater, so that when you return home after a hard day at work, you can immediately plunge into an atmosphere of warmth and comfort.
Safety first
Mobile monitoring of the status of connected equipment
Remote on/off
You will no longer have to worry about electrical appliances not being turned off when leaving home. With the "Xiaomi Smart Home" app, you can check the status of your connected appliance and manage its power supply at any time. This will not only reduce energy consumption and ensure safety, but also increase the level of comfort in your life.
A scientific approach to energy consumption
Schedule your home appliances to work
The timer function not only reduces energy consumption, which has a positive effect on the environment, but also makes the use of household appliances even more convenient, while extending their service life. For example, you can set a timer for your heater to automatically turn off after you leave for work and turn on half an hour before you return home, ensuring a comfortable temperature while you're at home.
Compact size for simultaneous use
several sockets at once
Thanks to the optimized design and improved organization of the internal components of the socket, its size allows you to simultaneously connect several smart sockets to the surge protector, which makes it possible to remotely control even more household appliances.
Sophisticated production technologies
The socket body is made of fire-resistant material that can withstand temperatures up to 750°C, and is manufactured using wave soldering technology. The build quality of the Xiaomi smart socket is approved by the national CQC quality standard. The socket has a built-in temperature sensor that monitors the operation of high-power appliances and controls the internal temperature of the socket, and if the temperature rises significantly, it sends a corresponding notification to the user. If the outlet overheats, it will automatically stop supplying current to prevent fire and damage.
Three simple steps to use
By using mobile application"Xiaomi Smart Home" can control your Xiaomi smart socket easily and simply
The joy of using the first Sonoff brand WiFi sockets was short-lived. Of course, it’s convenient to turn a device on and off remotely, but in that case there are some inconveniences. Firstly, it was impossible to connect a less powerful device, and, secondly, it was impossible to find out, measure, realize how much the device consumes. And finally I found an outlet that would solve these problems. Well, not exactly 100% diamond, but quite a workable option.
The Blitzwolf BW-SHP2 socket comes in this nice glossy box. 
Delivery and other contents of the box, except for the socket itself, seem uninteresting to me, but if anything, then
Delivery to Moscow took as much as 45 days. The parcel arrived in such a creepy black package 
... inside which was a foam larva that preserved the insides from the vicissitudes of the postal route 
On one side are the characteristics of the device, dimensions (which is unusual) and other information about “certification” and compliance with the highest quality standards. The QR code simply leads to the website 
The open box is greeted with a piece of paper with wishes and color instructions. 
Here you can see that we have a serious 16A device in front of us. This means that you can turn on as much as 3.5 kW. 
And here is the socket. A kind of swollen adapter. 
Despite its compactness, the adjacent socket in the double socket overlaps, and you can’t even turn on a thin plug next to it. 
The button is illuminated with uniform blue or red light. Looks very aesthetically pleasing, unlike the terry lantern on Sonoff sockets 
Your insides are literally glowing 
Dimensions 
Of course, I first played around with a regular light bulb, but before turning on a serious load, I decided to open the device to see how it was in general. At least make sure that the relay there is at least not 10A.
First of all, I went into my set of secrets from the Bison, but the required triangular bit was not there ((I needed a straight hexagon-type bit, but with only three corners)) As a result, I unscrewed it with an ordinary flat-head screwdriver the size of one of the sides of the triangle. 
The first thing we see on the board is the date of either manufacture or firmware revision, 20180926. By the way, the order was placed on September 27, 2018 (and was shipped only on October 29, 2018). Marvelous! 
We look at the WiFi module. To be honest, despite the abundance of numbers and letters, nothing is clear. Well, it’s a no brainer that this is ESP. There are no special pins for playing “flashing” on the board, like Sonoff, but still. 
UPD: Of course, I did not open the WiFi module, but those who did this with a similar outlet found it there
This photo shows a fat, frozen drop of gumboil or some other crap. You can also see a melted piece of the latch holding the board. It looks like it came from a soldering iron. Because in subsequent tests the outlet barely warmed up even at maximum short-term load and barely warm at a constant load of 2 kW. 
I scraped the contacts with a knife. Copper, underneath there is copper again. Or rather: yellow metal, yellow inside too. Well, the magnet doesn't work. 
This is the actual BL0937 chip, which calculates energy consumption. At least the datasheet. 
The voltage regulator is 3.3V, obviously for an ESP. 
The connecting wires are thick - 16 AWG. 
Well, the relay is still 16A. . 
And here is the actual button. The button is very pleasant to the touch) 
Well, in the end I connected everything I could: microwave, kettle, refrigerator. If the power exceeds 3600 W as indicated in the application, the outlet is turned off. Moreover, the load relay is turned off, the outlet itself continues to work and remains online. 
Here before the refrigerator compressor turned on and when it turned on. After the protection is triggered and the load is disconnected, the current readings are immediately reset to zero, the power is displayed for some time and then also reset to zero. 
In general, the recommended application is not much different from similar ones and only the section on measurements and statistics shown above deserves attention. The entire application is in English. But fortunately, the outlet works great with a more Russified application. Although the most interesting section of measurements still remains in English (despite the fact that this section is still in Russian). Adding an outlet to the application is similar to Sonoff and others: plug the device into the outlet, hold down the button for a few seconds and begin the connection process in the application, specifying the WiFi network details. I will provide screenshots of the connection and operation of the application
application
As I already said, the socket is controlled by an ESP module and in the list of devices home network looks like ESP_F0C738
Only one open port was found 
As for the load. At first, a tee with a kettle, microwave and refrigerator hung on the socket for a month to be under supervision, if anything happened. Now, for a couple of months now, the socket has been working at my dacha to control the operation of a 2 kW boiler. The outlet does not experience any significant heating during prolonged operation (the boiler heats up to operating temperature in about 3 hours). The control is stable, the outlet is online all the time and can be turned on from anywhere in the world via the Internet. Not once during this time did I have to pull it out to reset it. By the way, when the power is turned off and then turned back on, the outlet remembers its on/off state. It’s true that I haven’t checked the safety of the timers, I’ll try to check if I remember. It is also possible to create all kinds of scenarios or connect to Alexa. There is IFTTT support (search for SmartLife words). But I still don’t use all sorts of scripts and other cleverness. I'm hooked on the timer, which I turn on when I arrive at the dacha on Friday night so that the boiler heats up in time for the morning washdown. You can create several timers, for turning on and off. In fact, these are not timers, but alarm clocks, because... perform an action at a certain time, for example, like mine Turning on at seven in the morning (07:00). But there is also a timer, i.e. performing an action after a certain period of time, for example, after an hour. As for the statistics and consumption readings, I can say that they are not entirely accurate. The socket readings are slightly different from the readings
P.P.P.S. I checked how the outlet works without the Internet. It turned out that purely local network You can turn the socket on/off, but schedule settings, timers and consumption statistics are not available. At the same time, the outlet remembers its schedule even without the Internet, and the timer works.
The product was provided for writing a review by the store. The review was published in accordance with clause 18 of the Site Rules.
I'm planning to buy +69 Add to favorites I liked the review +49 +77There are many models of Wi-Fi sockets on the market, which are characterized by one main feature - remote control from a smartphone. In addition, the outlet may contain various sensors, which allow it to be both part of a security system and an independent “smart thing”. In the context of the article, we will consider what a Wi-Fi socket with a temperature sensor is.
Peculiarities
A Wi-Fi socket consists of a box, inside of which is the adapter socket itself and the board connected to it. The board contains elements for operation, a temperature sensor and a wireless network adapter.
By using Wi-Fi module working on a home network, you can remotely turn on and off the power in the outlet, thereby controlling connected devices. The activation and deactivation function can be set according to timing.
Temperature sensor connects new parameter. With its help, you can measure the ambient temperature and, for example, turn off the heater if the temperature goes outside the normal range. Or turn it on if the room becomes cool. That is, the outlet works as a thermostat.
Network connection
Brief description and setup of a smart socket with a thermostatSMART-T-Wi-Fi watch in the following video:
There are usually two options for connecting smart devices to a Wi-Fi network: pairing via WPS and setting up via a smartphone. The second method is more often used in smart plugs.
Let's look at the connection using a specific example. The SimPal-W230 model with a temperature sensor is connected like this:
- Connect your smartphone to your home Wi-Fi network in which SimPal-W230 will work.
- Install the SimPal Wi-Fi Plug application on your smartphone.
- Open it and register an account.
- Turn on the power of the SimPal-W230 and wait for five beeps, which indicate a connection error with the Wi-Fi network.
- In the application, click on the “+” in the upper right corner and go to “Install Wi-Fi on your device.”
- The field will already contain the SSID, enter only the password and click “Connect”.
- A successful connection to your home network will be notified by a long sound signal sockets
Registration in the application
After connecting the device to your home network, you need to link it in the application:
- Open the Add Device page.
- Enter the name and Mac address of the device, click add.
- After this, the device will appear on your phone and you can control it.
The Mac address can be found on the back of the device, on the box or in the booklet that comes with the SimPal-W230.
Control
After registering in the main menu, you will have the device and some data about it:
- Air temperature.
- Status.
By clicking on the device, you can go to the list of settings:
- Power management.
- Temperature settings.
- Schedule.
- Alarm settings.
Nutrition
Available functions:
- Turning power on and off.
- Delay 1-3600 seconds to turn on. Set the time after which the device is activated.
- Delay 1-3600 seconds to turn off. Set the time after which the Wi-Fi socket with a temperature sensor is deactivated.
- Associated control sensors. If additional sensors are used that are paired with the device, you can configure it so that a 30-second shutdown delay is triggered.
- Paired control panel. The function allows the user to remotely control the power and the delayed power-on function.
Temperature
You can configure the thermostat function and select the mode in which it will operate:
- Warning mode (heating) – when the maximum t (Higher temp) mark is crossed, the power is turned off. If t falls below Lower temp, the thermostat activates and supplies power.
- Cooling mode – reverse Warning mode. Below Lower temp – power deactivation. Above Higher temp – the device is connected to the network.
- Temperature alarm – the range beyond which, if the temperature goes beyond, a push notification will be sent to the smartphone.
A mechanical thermostat is usually not installed in a Wi-Fi socket. You can only regulate in this format. Although there are exceptions.
Schedule
There are two options available in this section: alarm and scheduled siren. You can set time intervals for the start and end of an activity.
Anxiety
Here you can set alarm parameters from sensors installed or paired with a Wi-Fi outlet:
- Alarm – if the parameter is activated, the wireless siren will turn on when the sensor is triggered.
- Siren Alarm – when the alarm mode is activated, the siren is activated. Turning off the alarm deactivates the siren.
- Beeper Alarm – if the function is activated, a 10 second sound is emitted from the outlet speaker.
- Alarm sensor – supports up to 10 sensors. Enter the name of the desired sensor and click Pair to pair. To complete pairing, activate the sensor.
Restoring factory settings
If you need to reset all the settings that are in the memory of the smart Wi-Fi socket, press and hold the button on the case for 10 seconds. The reset is confirmed by a long beep.
Conclusion
In everyday life, a Wi-Fi outlet with thermostat capabilities and adjustable schedule settings is an extremely useful product that allows you to remotely control any device connected to it. Setting up such devices is not difficult if you follow the instructions.
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