Kincony is distinguished by its enviable skill, developing new controllers like Lego bricks – a new model every month. They are obviously not tired. That would be called: “Continuity of development and the ability to recognize new trends.” That is, they will continue to please us with their new automation devices. This is great…
DetailsAnd now we’ve finally reached the pinnacle of Kincony’s technical creativity, its flagship 868-series controller, the KC868-Server. When I first saw this controller, I simply did not have words – it seems that this is the embodied dream of any “automator” and geek – what is not there: ESP32, Raspberry Pi and ARM Cortex M3…
Details1. as all our products are subject to selected components and factory tests, the failure rate of the machines we sell is extremely low. 2. Unlike other manufacturers, KinCony does not invest a huge amount of money in marketing, but almost all its profits are invested in product development and customer service. We believe that…
DetailsHow many relays can be installed on the controller board? Four? Eight? Kincony decided not to limit itself and equipped its KC868-A32 model of ESP32 board with as many as 32 relays. The result was a unique controller, which I don’t remember any analogues – against the background of ordinary devices of this type, the…
DetailsSo, we have practiced on the initial Kincony controllers (KC868-A4, KC868-A8, KC868-Uair, KC868-AG) and now we are moving to the “big league” and will analyze the device and purpose of the more serious KC868-A16 controller. This is a representative of the same line of Kincony ESP32 controllers for DIY and small automation, but with a…
DetailsI don’t know about you, but my first association when looking at the Kincony KC868-AG is a hockey puck. In fact, this is another IoT controller from Kincony based on the popular ESP32 microcontroller, designed for IR control of home equipment and additionally equipped with a 433 MHz wireless receiver and transmitter for interacting with…
Details[vc_row][vc_column][vc_column_text]1.Diagram of relay Controller Download PDF details Leds status different color means: Red: Controller is power on. Green: WiFi module is connect to your router successfully. White: network run in “TCP Client” mode or “MQTT” mode. Yellow: network run in “TCP Server” mode. Blue: network run in “UDP” mode. what’s UDP , TCP Server, TCP…
DetailsToday we will move a little away from studying of ‘serious’ controllers as the KC868 series (KC868-A4 [https://www.kincony.com/kc868-a4-hardware-design-details.html], or KC868-A8 [https://www.kincony.com/kc868-a8-hardware-design-details.html]) and let’s deal with a completely frivolous (at first glance) Kincony KC868-Uair controller. KC868-Uair is a kind of “unknown little animal with light bulbs”, with which it is not clear what needs to be…
DetailsIn the last article (https://www.kincony.com/kc868-a8-hardware-design-details.html) we got acquainted with the Kincony KC868-A8 controller and its circuitry, in this article we will analyze the programming of its functional blocks (inputs, relays, temperature sensors, Ethernet interface, etc.). You can use the code examples from this article in your projects on KC868-A8. Personally, I like both Kincony…
DetailsWhile we dealt with the universal entry-level controller on ESP32 for DIY automation Kincony KC868-A4 his older brother Kincony KC868-A8 “came up” – a much more serious device with 8 optoisolated digital inputs, 8 relays on board for controlling various equipment, an I2C connector on the board, a built-in Ethernet interface on the LAN8270A and…
DetailsIn the previous article (https://habr.com/en/company/ruvds/blog/647119/) of the Kincony KC868-A4 cycle, we examined the “atomic” programming of the components of this controller, in this article we will analyze more advanced examples of working with KC868-A4 – control your (IoT) system via the Internet. There are many ways to control the controller via the Internet, today…
DetailsWe continue the ultimate guide to the Kincony KC868-A4 controller, which began in the previous article. Today we will analyze in detail the pinout of the KC868-A4 and get acquainted with the principles of programming the components (functional blocks) of this controller. All examples will be accompanied by ready-made working code that you can use…
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