Xmtg-6000 Manual Pdf Jun 2026

The XMTG-6000 series can interface with various thermocouples (TC) and resistance temperature detectors (RTD). It is critical to match your physical sensor to the controller’s internal parameter setting. Range from 1300∘C1300 raised to the composed with power C E-Type Thermocouple: Range from 800∘C800 raised to the composed with power C S-Type Thermocouple: Range from 1600∘C1600 raised to the composed with power C J-Type Thermocouple: Range from 1000∘C1000 raised to the composed with power C Pt100 RTD: Range from -200.0negative 200.0 600.0∘C600.0 raised to the composed with power C (Supports decimal precision) Cu50 RTD: Range from -50.0negative 50.0 150.0∘C150.0 raised to the composed with power C Wiring and Installation Diagram Guidelines

XMTG-6000 Terminal Map (Typical Representation) +-----------------------------------------+ | 1 2 3 4 5 6 7 8 | | [Relay Out] [ Alarm ] [ Power In ] | | (100-240V AC) | | | | 9 10 11 12 | | [SSR Out ] [ Sensor Input ] | | + - + - (TC or RTD) | +-----------------------------------------+

If you need the full original PDF for wiring diagrams or specific error codes, you can find it through these resources:

Do not adjust settings or disturb the thermal load during this phase. The controller will pulse the output through a series of waves to analyze thermal inertia. Xmtg-6000 Manual Pdf

: -50°C to 999°C (Depends on the sensor attached). Basic Control Accuracy : ±0.5% of full scale. Operating Voltage Range : AC 100~240V, 50/60Hz.

Features software-based adjustments to zero and full-span calibration.

: The single most reliable method to find the correct manual is to visit the manufacturer's official website. The controller will pulse the output through a

: This indicates an input open circuit error. Check for a broken thermocouple wire, loose sensor terminals, or an incorrect sensor type setting ( Sn ) in the software menu.

Press the key briefly. The SV display will begin to flash. Use the ◄ key to move to the digit you want to alter. Use the ▲ or ▼ keys to adjust the target temperature.

Used in On/Off control mode to prevent rapid relay chattering around the setpoint. Proportional Band 0.1–100.0% Operating Voltage Range : AC 100~240V, 50/60Hz

When the microprocessor detects an internal fault or an invalid field condition, it outputs specific codes on the display screen:

Lower values increase PID response speed. I (Integral Time): Eliminates steady-state error. d (Derivative Time): Prevents overshooting.

: Sometimes, product listings on online marketplaces like Amazon, eBay, or others include a link to the manual or product specifications.

Press and hold the key for 3 seconds to access the advanced parameters. The display will show Lc or Lock . Use the arrow keys to enter the factory unlock code (typically 18 or 1000 ) and press SET . Parameter Symbol Parameter Name Description Factory Default Sn Input Sensor Type Selects input sensor ( 0 = K, 1 = E, 2 = Pt100) P Proportional Band Sets the proportional gain control range I Integral Time Sets the integral time constant (seconds) D Derivative Time Sets the derivative time constant (seconds) T Control Period Output cycle time ( 2s for SSR, 20s for Relay) AL1 Alarm 1 Value Sets the limit for the first alarm output AH1 Alarm Hysteresis Deadband range to prevent alarm chattering Sc Sensor Calibration Offsets sensor errors (PV = Measured + Sc) PID Auto-Tuning Optimization