Управление клапаном отбора на ESP32

Позволяет регулировать скважность включения и выключения клапана. Изменять уставку отключения. Автоматическое определение адреса ds18b20. Регулируется задержка включения клапана. Регулируется уменьшение отбора после трех раз превышения уставки (две ступени). 

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Блок управления автоматическим твердотопливным котлом

Блок управления автоматическим ТТК на базе микроконтроллера ESP32. В блоке реализовано четыре режима работы котла. 1. Розжиг 2. Тление 3. Полуавтоматический 4. Автоматический Также осуществляется реверс шнека подачи угля по току В планах подключить Remotexy для удаленного управления котлом Видео работы  

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The release of a new version of the FLProg program.

A new version of the program with the number 8.1.0 has been released. This version fixed an error when opening a custom block for editing, fixed errors found when working with modbus, and other errors found by users. In addition, support for Linux and WinXP has been restored, and the installer for Windows has been …

Далее…The release of a new version of the FLProg program.

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Sad news

Our project has been lost. The project forum administrator Andrei Sidorenko (Anydy) has died. He has been with the project almost from the very first days of its existence and has been administering the project forum for many years, helping both novice and experienced users. His departure is very difficult for our community, and he …

Далее…Sad news

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The release of a new version of the FLProg program.

First of all, I want to wish everyone a Happy New Year! For this holiday, I release a new version of the program with the number 8.0.1. Unfortunately, I’m currently on shift, so I can’t restore the deployment farm yet. Because of this, the release has so far been made only for Windows 64 and …

Далее…The release of a new version of the FLProg program.

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Using STM32F103C8 (Blue Pill) Controllers with Arduino IDE

Basic tech. specifications: ARM Cortex M3 Bit depth – 32-bit Frequency – 72MHz Flash memory – 64KB / 128KB RAM – 20KB SPI – two pieces I2C – two pieces UART – three hardware UARTs + USB (that is, four interfaces are obtained) CAN bus ADC – 12-bit PWM – 16 bit Supply voltage – …

Далее…Using STM32F103C8 (Blue Pill) Controllers with Arduino IDE

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