Group Furnace Automatic Calibration System for Thermocouple and Resistance Temperature Detector

· System software supports single-furnace low-EMF scanners, dual-furnace low-EMF scanners, and multi-furnace low-EMF scanners.

· The systems support communication protocols for a variety of digital multimeters and high-precision thermometers.

· System software allows simultaneous, user-defined selection of different types of calibration furnaces and standard instruments.

· The systems support constant-temperature sources from different manufacturers, with user-selectable temperature control modes.

· Multiple thermocouple reference junction compensation methods are offered, including 0 °C thermostat compensation and automatic ambient temperature compensation.

· Temperature can be controlled using a standard thermocouple to improve accuracy, control speed, and stability.

· Power-off protection and calibration resumption prompts are available; after power is restored, the user can choose whether to continue the calibration process.

· Forced-calibration and over-temperature protection are featured to meet diverse customer testing requirements.

· The systems utilize advanced professional PID algorithms, supporting automatic PID tuning for calibration furnaces and automatic saving of parameters after tuning.

· Provides multimedia audible alarms and intelligent prompts during test startup, upon completion, and in case of errors.

· Supports automatic channel checking and filtering, with prompts for abnormal data after inspection.

· Electronic signature is supported.

· Automatically saves calibration data to the database upon completion.

· Supports grouped calibration: up to 100 RTDs can be calibrated in one session, divided into 10 groups for Pt10, Pt100, Pt-X, Cu50, Cu100, Cu-X industrial RTDs, improving testing efficiency.

· Allows input of transmitter information (0–10 mA, 4–20 mA, 1–5 V, etc.), with editable parameters including upper and lower temperature limits, accuracy, compensation wire type, and load resistance for current transmitters (default 250 Ω).

· Supports mixed calibration: each calibration furnace can be set with its own sensor type and quantity, allowing simultaneous calibration of different base-metal or noble-metal thermocouples in the same furnace, with automatic data processing and result determination.

· Displays a consolidated overview of multiple furnaces’ operating status, including current temperature, setpoint, rate of change, and progress.

· Enables fully automatic calibration, including automatic temperature control, data monitoring, data acquisition, and processing, with automatic generation of various reports and database storage; supports database search and retrieval.

· Meets or exceeds the requirements of JJF 1098-2003 Calibration Specification for Auto-measuring System of Thermocouples and Resistance Thermometers.

· Features integrated statistical management, multi-threaded design, compatibility, and self-diagnostic capability.

· Compatible with Windows 2000, XP, Windows 7, Windows 8, and Windows 10 operating systems; practical, professional, and open, supporting interfacing with equipment from multiple manufacturers.

· Core technology is independently developed with full intellectual property rights, based on national verification regulations and specifications, with dynamic simulation of calibration scenarios, providing comprehensive after-sales and upgrade support.