When configured to , the controller acts to lower the temperature:

on how to program the specific temperature set points for this controller?

The faceplate of the XMK-010 features a dual-line or split digital display alongside control keys:

The XMK-010 acts as a bridge between system software and hardware inputs. According to the XMK-010 Top-Level Documentation , proper initialization is critical for ensuring file synchronization across different environments.

Example : Set Temp = 4°C, Hysteresis = 2°C. The compressor fires at 6°C and powers down once the system drops back to 4°C. Heating Configuration (Mode H)

: Tap SET to save the value. The device saves data and resumes standard monitoring if left untouched for 10 seconds. 2. Fine-Tuning the Compressor Delay ( Pt )

: Approximately 75mm x 34mm (front bezel footprint). Chassis Material : Flame-retardant ABS engineering polymer.

To prevent accidental changes, you must press the “set” button three times consecutively . This will enter the configuration mode. The display will show “L” (Lower Limit) after a successful entry.

The XMK-010 provides clear visual indicators to help you diagnose problems.

💡 : Always verify your makeActive settings when switching between template-based runs and manual scripting to avoid overwriting critical data.

is primarily identified as a microcomputer-based digital temperature controller

is a microcomputer-based digital temperature controller designed for both heating and cooling applications. Frequently used in HVAC systems, industrial refrigeration, and cold storage, it provides dual-limit control to maintain stable thermal environments. Core Functionality & Technical Specifications

Place the temperature probe in the desired location. Keep it away from direct heating/cooling sources to ensure it measures the general environmental temperature. Wiring: Connect the Power Supply terminals. Connect the Relay Output to the compressor, heater, or fan.

Press and hold the Set button for 3 seconds until the display flashes the first parameter code ( F1 ).

Here is a quick guide to the symbols you might see on the display:

10A / 220V AC (Resistive load up to 2200W) Temperature Measurement Range: -50°C to +50°C