The is an intelligent digital temperature controller used widely in industrial automation for precise PID or ON/OFF control. 1. Key Technical Specifications Input Signals Thermocouple (K, J, E, S), RTD (Pt100, Cu50) Control Methods Fuzzy PID with Auto-tuning, ON/OFF Power Supply AC 100-240V or AC/DC 85-260V Output Types Relay (3A/250VAC), SSR Logic (12VDC), or Triac Display Dual-row LED (PV = Process Value; SV = Set Value) Environment Operating: 0–50°C; Humidity: 2. Operation & Parameter Settings Access parameters by holding the SET key for 3 seconds.
Supports broad voltage ranges, typically 100–240VAC or 85–264VAC at 50/60Hz.
The XMTG-6000 series incorporates several advanced technologies such as SMT surface-mount technology, PID self-tuning algorithms, and electromagnetic compatibility (EMC) design to ensure performance and reliability. The following tables summarize its key technical details from multiple sources. Xmtg-6000 Manual Pdf
Once the light stops flashing, auto-tuning is complete. The system automatically saves the new PID parameters. Troubleshooting Error Codes
Accessing the official is critical for safe installation and accurate parameter configuration. You can find downloadable versions on technical repositories like device.report or Scribd . Key Technical Specifications Shyb XMTG 6000 Controller Manual | PDF - Scribd The is an intelligent digital temperature controller used
If you're aiming to write or describe the manual, break it down into sections:
The Sn parameter is likely set to the wrong sensor type. If you are using a K-type thermocouple but Sn=1 (J-type), the reading will be off by 30-50%. Change Sn to match your sensor. Operation & Parameter Settings Access parameters by holding
"Xmtg-6000" is often a generic model number used by several OEMs in China (such as Yudian, Surpon, or RKC rebrands). Look for a logo on the physical unit. Common brands include:
: Connect your neutral and live lines (AC 100–240V) to the designated power terminals (typically 7 and 8). Sensor Input :
The XMTG-6000 utilizes advanced Proportional-Integral-Derivative (PID) self-tuning technology. This ensures highly accurate temperature control with minimal overshoot. Key Specifications