STC-1000

Product Information

The main purpose of this project is provide firmwares that add features that are desirable for brewing beer, but the usage is not limited to this. Good NEWS everybody! F4:Temperature calibration:You can make the Stc-1000 very accurate, just compare the temperatures with a verified thermometer (best compare at the target temperature) you can increase or decrease the temperature after 0.1C steps. The Arduino Nano might just be the most cost effective and simple way to go. You'd need to do some light soldering. Zahrnujeme zelený terminál, dvě svorky 1-2 jsou pro napájení AC 110 / 220V (230V), svorka 3-4 pro teplotní čidlo, svorky 5-6 pro topné relé 7-8 pro chladicí relé. This is firmware I wrote for a friend of mine (Totte). The purpose is to control a heater (heating cable) in the crawl space under his house. By measuring relative humidity and temperature, and then comparing it to a (user settable) table of 'safe limits', the heater is activated when out of the safe region. The idea is to raise temperature (and thereby lowering relative humidity), so that conditions do not arise such that organic growth (mold, et.c.) can occur. The firmware is currently ONLY available in Celsius.

The Arduino Pro Mini + TTL USB addon is what I've been using. I like the complactness of the finished build, but I'd really recommend going with the Nano or UNO, as it is easier (and probably cheaper). Enter 'd' (without the apostrophes) in the serial monitor input field and press 'Send' button. You should then receive: This mini Temperature Controller is an excellent and convenient multifunction device for controlling temperature in Aquariums.Drill four holes at the rear of the enclosure: one small one for the temperature probe, two large ones for temperature and cooling circuits, and a fourth nine for power in. Then the programming header can be inserted from the top of the board and soldered in place. This way you will have easy access the pins, making any future upgrades easier.

Flip the pro mini upside down and the pins should line up (note: rx goes to tx and tx to rx, the others should match)Then just cut off one end of the dupont cable. Strip just a little bit of insulation off the end of each cable and pre tin. Solder each cable in the correct position (D9, D8, GND, VCC, D3). Best to feed it from below the board, as the reset button (which will still work) and other stuff is on the other side. Distinguish the sensor lead, power cord and output relay interface. Do not connect wrong or overload the relay. Precondition for above-average productivity, efficiency and economy is a constant high availability of the machine. And necessary for this above all, besides innovative technology, is: A tailored service, which is perfectly coordinated to your individual requirements.