kolosAQ
Measures the room. Temperature, humidity, air-quality index and pressure.
Meet the sensor ↗MEET THE KOLOS LINEUP
Good rooms.
Start with understanding.
Sense your space. Make it respond.
Bring it together on your Mac.
INDOOR AIR QUALITY72IAQLet ventilation follow your air.
TEMPERATURE21.4°CKnow when the room cools.
HUMIDITY45%Follow the changing air.
kolosAQ
Know your air. Let your room respond.
Pair kolosAQ with a KOLOS controller to turn ventilation up when air quality declines, and ease it back down as it improves. Your script sets the response.
kolosDrive12
From a room reading.
To a response.
Room temperature. Air quality. A reason to act. Listen to kolosAQ and drive 24 V heating valve actuators and ventilation servos, following your own program.
Programmable hardware · no preloaded application
5–24 V · RS485Power + communication
Outputs 1–4On/off · PWM
Outputs 5–8On/off · PWM
Outputs 9–12On/off · PWM
12 on/off/PWM outputs1 unit · 17.8 mm wideOLED + buttons
5–24 V · RS485Power + communication
4 analog outputs0–24 V · up to 60 mA
6 inputs · rows 3 + 4Dry contact · PT1000 · 24 V
kolosControl64
Read the inputs.
Shape the output.
Set ventilation speed. Read a temperature probe. Respond to a contact. Six inputs and four analog outputs for the application you define.
Discover kolosControl64 ↗1 unit · 17.8 mm wide · four rows of terminals · OLED + buttons.
KOLOS FOR MAC
Your rooms.
Right where you work.
Room names. Real history. A glance at the menu bar.
And a place to configure your controller.
THE BIGGER PICTURE
A number is useful.
A response takes it further.
KOLOS for Mac
See the history. Review and load a program that defines how your controller responds.
Explore the app ↗kolosDrive12
Turn sensor readings into action for 24 V actuators, using your uploaded program.
Explore control ↗Choose the right output for the job.
kolosDrive12: on/off/PWM for heating valve actuators and ventilation servos. kolosControl64: analog signals for applications such as ventilation speed control.
YOUR REQUIREMENTS. YOUR PROGRAM.
Sold empty.
Ready for your ideas.
KOLOS controllers ship without a preloaded application. A documented scripting language lets you define what the hardware does. Write the script yourself, or ask AI to help turn your requirements into one.
Start with the job.
Describe the sensors, connected equipment and behavior you want. Give your AI assistant the KOLOS language documentation.
Make it your program.
Review the generated script, its input and output assignments, and what should happen if sensor data stops arriving. Compile and check it before use.
Send it over Bluetooth.
Load the program onto the controller. The logic then runs locally, without the AI assistant or your Mac needing to stay connected.
AN EXAMPLE REQUEST TO AN AI ASSISTANT
“Use the room sensor to control a 24 V heating valve around my chosen temperature. Define what the output should do if fresh readings stop arriving.”
Describe the result you want. Review and test your script, then make it your own.
TRY IT · TWO READINGS. ONE RESPONSE.
Let the room
set the pace.
Air quality or humidity: either can turn ventilation up. Move the sliders and see this simple logic in action.
Explore analog ventilation control ↗THE SCRIPT BEHIND THE DEMOON SAMPLE
ON SAMPLE(room)
BEGIN
speed := 20.0;
airQualitySpeed := 20.0 + (room.iaq - 100.0);
humiditySpeed := 20.0 + (room.humidity - 60.0) * 4.0;
IF airQualitySpeed > speed THEN speed := airQualitySpeed;
IF humiditySpeed > speed THEN speed := humiditySpeed;
IF speed > 100.0 THEN speed := 100.0;
ventilation := speed;
END;Speed is a percentage. Either reading can increase it; the higher demand wins.
0Boost above 100300 IAQ
Each IAQ point above 100 adds 1% fan speed.
20%Boost above 60%90%
Each humidity point above 60% adds 4% fan speed.
Start at 20%. Use the higher demand. Stop at 100%.
IAQ > 100ORHumidity > 60%
VENTILATION SPEED20%Everyday airflow
Both readings are below their boost thresholds. Ventilation stays at 20%.
HeatingCooling
Heating requestedValve open · output LOW
ONAND OF COURSE, TEMPERATURE TOO.
Warm in winter.
Cool in summer.
One room. Two comfort settings. Switch between heating and cooling, with a separate target for each.
HYST() takes care of the small switching band. Inside it, the valve keeps its previous state instead of switching back and forth.
THE SCRIPT BEHIND THE DEMO
SWITCH cooling = FALSE
LABELS 'Heating', 'Cooling';
PARAM heatingTarget = 21.5 RANGE 16.0..26.0
LABEL 'Heating setpoint';
PARAM coolingTarget = 24.0 RANGE 18.0..30.0
LABEL 'Cooling setpoint';
ON SAMPLE(room)
BEGIN
IF cooling THEN
valveClosed := NOT HYST(
room.temperature, coolingTarget, 0.2)
ELSE
valveClosed := HYST(
room.temperature, heatingTarget, 0.2);
END;Define a switch and setpoints in your script; they appear as controls in KOLOS for Mac. Switch labels run left to right: Heating (FALSE), Cooling (TRUE). In this valve setup, HIGH closes the valve and LOW opens it. NOT reverses the response for cooling.
CHOOSE YOUR STARTING POINT