Four rows of terminals.
A stepped layout makes room for connections within the narrow enclosure.
kolosControl64
Six ways in.
Four ways forward.
Six inputs for dry contacts, PT1000 probes or 24 V-tolerant signals. Four op-amp analog outputs from 0 to 24 V, up to 60 mA. Define your own logic for ventilation speed or another application.
Buy · €149 ↗6 inputs / 4 outputs5–24 V powerRS485
Try ventilation control ↓
5–24 V · RS485Power + communication
4 analog outputs0–24 V · up to 60 mA
6 inputs · rows 3 + 4Dry contact · PT1000 · 24 V
THE SAME COMPACT ENCLOSURE. TWO DIFFERENT CONTROLLERS.
More connections.
Less rail space.
Four rows of terminals keep the connections stacked, not spread across the cabinet. Both controllers fit in a single 17.8 mm-wide unit, with an OLED display and four buttons on the front.
17.8mm
Just one unit wide.
OLED + four buttons.
A display and physical controls built into the front. Your script defines how they work.
One enclosure. Two roles.
The same physical format for kolosDrive12’s on/off/PWM outputs and kolosControl64’s inputs and analog outputs.
A SIGNAL THAT DOES MORE
Give ventilation
your own rules.
Use an analog output to request a ventilation speed from equipment. Or build a different application around the six inputs and four outputs. You define the behavior in the script.
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%.
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 a contact input to request a higher ventilation speed through an analog control input. Define the normal speed and what should happen on an input fault.”
Describe the result you want. Review and test your script, then make it your own.
SPECIFICATIONS
Contacts. Temperature.
Analog control.
A ventilation unit with an analog speed input is one example. Read contacts or PT1000 probes, then set an analog output according to your script. The controller is sold empty, ready for a program loaded over Bluetooth.
- Inputs
- 6 · dry contact, PT1000 or 24 V-tolerant input
- Outputs
- 4 op-amp analog control outputs · 0–24 V · up to 60 mA. Signal outputs, not motor power.
- Width
- 1 unit · 17.8 mm
- Front panel
- OLED display and four buttons
- Terminal layout
- Four rows
- Power
- 5–24 V
- Interface
- RS485
- Enclosure
- Shared enclosure with kolosDrive12
- Programming model
- Documented scripting language, optional AI-assisted authoring and Bluetooth program upload
- Product photography
- Actual shared enclosure photographs supplied by KOLOS; existing KOLOS Logic faceplate shown
TWO CONTROLLERS. DIFFERENT JOBS.
Choose the signal
your equipment needs.
On/off and PWM.
Twelve outputs, up to 250 mA each. For applications that need switching or pulse-width modulation with equipment.
Explore kolosDrive12 ↗Inputs and analog outputs.
Six configurable inputs and four 0–24 V analog outputs, up to 60 mA. For applications that need to read field inputs and provide a variable control signal.
EXPLORE THE LINEUP