This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later.
Connect solid-state relays (SSR), contactors, or other heating/cooling elements to the output terminals.
The user interface features dual LED windows and four tactile buttons for configuration.
SSR Drive Model: Outputs a 12VDC pulse signal to trigger an external Solid State Relay. Xmtg-6000 Manual Pdf
Provide example default settings and recommended changes for typical use cases.
: Users can toggle between high-precision PID intelligent control and standard ON/OFF (position) control.
Managing your industrial temperature systems effectively requires a solid understanding of your hardware, and for many, the XMTG-6000 series intelligent digital temperature controller is a go-to choice. Whether you are setting up a new kiln, oven, or chemical processing line, having the manual is essential for configuring parameters like PID constants and alarm limits. Key Features of the XMTG-6000 This public link is valid for 7 days
The AISET XMTG-6000 User Manual provides a direct PDF download for quick setup.
| Step | Action | |------|--------| | 1 | Examine the device label for , logo, or “Made for” info. | | 2 | Look for an FCC ID, CE mark, or serial number format – can sometimes trace OEM. | | 3 | Search using partial model + likely function (e.g., "Xmtg" temperature controller manual ). | | 4 | Upload clear photos of the device to Reddit r/AskElectronics or EEVblog Forum . | | 5 | If industrial, contact the seller/distributor from whom it was purchased. |
To program the XMTG-6000, press and hold the button for 3 seconds. Enter the unlock access code (usually 0001 or 0088 depending on firmware) using the arrow keys to unlock the advanced menu. Core Parameter Table Parameter Code Description Default Value Recommended Range / Options Int Input Sensor Type selection K K (K-type), P10 (Pt100), E (E-type) P Proportional Band (Heating gain) 3.0 Adjusts speed of system response I Integral Time (Eliminates offset) 240s Prevens long-term temperature drifting D Derivative Time (Damps oscillation) 60s Stabilizes fast-moving temperature changes AL1 Alarm 1 Threshold value 50.0 Set according to process safety margins Hy Hysteresis / Deadband 2.0 Prevents rapid on/off switching near target Sc Sensor Calibration / Offset adjustment 0.0 Corrects discrepancies in physical sensors 5. Activating PID Self-Tuning (Auto-Tune) Can’t copy the link right now
Determines the proportional response. Lower values increase the sensitivity. Integral Time
Check for broken thermocouple wires or bad Pt100 connections. Input signal under-range or reversed polarity.
Sets the threshold for triggering alarms. Configured based on system safety parameters. LCK / Loc