0538-5089056
0538-5089056
◇ Introduction ◇ Function◇ Parameter◇ Product order◇ Download◇ Related products
Introduction
This product is a full-range temperature metrology and calibration platform integrating high-precision electrical measurement, intelligent temperature-field control and fully automated workflows. It is specially designed for the automatic verification and calibration of temperature sensors, transmitters and temperature switches. By deeply integrating the constant temperature field generation unit and high-precision electrical measurement unit, it eliminates additional errors caused by the combination of multiple discrete devices, and delivers reliable, efficient calibration solutions for metrology labs and industrial sites.
Product Characteristics
| Category | Sub-category | Description |
|---|---|---|
| Full-category Sensor Adaptability | Standard Channel Support | Equipped with dedicated independent standard input channels, supporting external 1st/2nd class standard platinum resistance thermometers, compatible with Pt25, Pt100, smart sensors (RTD/SMP, etc.) and S, R, B, T type thermocouples as standards; temperature field control and reference measurement loops operate independently without mutual interference. |
| Comprehensive DUT Coverage | RTDs: Industrial platinum/copper RTDs (PT10/PT50/PT100/PT1000/Cu50/Cu100). | |
| Thermocouples: S, R, B, K, N, E, J, T type industrial thermocouples. | ||
| Transmitters: Voltage-type temperature transmitters, current-type temperature transmitters. | ||
| Instruments & Switches: Temperature switches, oil surface temperature controllers, winding temperature controllers, pressure thermometers, bimetal thermometers. | ||
| Sensor Lifecycle Management | Sensor Lifecycle Management | Supports full-function management including addition, deletion, modification, viewing, and copying of sensors; SPRT and RTC type sensors can automatically match formula coefficients according to specifications and ranges; smart sensors are plug-and-play, automatically managed in the database with highlighted identification. |
| Integrated Core Hardware Technology | Built-in High-Precision Electrical Measurement Unit | Standard 6½-digit and 7½-digit high-precision measurement modules (selectable grades); supports multi-parameter measurement of resistance (OHM), direct current voltage (DCV), and direct current (DCI); electrical measurement resolution not lower than 0.0000001, meeting the needs of various high-precision metrology scenarios. |
| Deep Fusion Architecture | The constant temperature field and high-precision electrical measurement unit adopt a deep fusion design of underlying hardware + software algorithms, rather than a simple functional superposition. It ensures reliability and measurement stability at the system level, and completely eliminates additional errors introduced by splicing multiple devices. | |
| 4-Wire RTD Constant Current Reversing Measurement Technology | Through the time-division constant current excitation circuit and high-impedance voltage detection circuit, it eliminates the influence of lead resistance and contact resistance, achieving absolutely accurate measurement. | |
| Patented Cold Junction Compensation Design | Equipped with an independent high-precision cold junction temperature sensor, adopting multi-point temperature monitoring + intelligent compensation algorithm to ensure the cold junction accuracy of thermocouple measurement. | |
| Basic Electrical Measurement Configuration Capabilities | Supports gain and zero point calibration correction for electrical measurement channels. | |
| Thermocouple channels support two cold junction compensation modes: built-in cold junction and manual input. | ||
| Supports switching of the electrical measurement filtering function. | ||
| Supports one-click "zeroing" of thermocouple channels to eliminate system errors caused by zero drift. | ||
| Customizable configuration of electrical measurement standard assessment conditions such as temperature fluctuation, setpoint deviation, and temperature change rate. | ||
| Fully Automated Calibration Workflow | Visualized Task Configuration | Supports multi-point self-correction mode, allowing one-time setting of multiple temperature calibration points and one-click start of the automatic calibration process. |
| In indication verification mode, the number of temperature points and acquisition times are unlimited; a single batch supports parallel calibration of up to 8 DUTs. | ||
| Switch calibration supports custom configuration of forward and reverse strokes, and heating/cooling rates; a single batch supports up to 6 temperature switches; oil surface temperature controllers support 1 connection, adapting to up to 6 switch channels. | ||
| Calibration items can automatically correspond to tolerance thresholds based on the accuracy level of the DUT, while supporting manual custom modification. | ||
| Supports batch entry and modification of DUT factory serial numbers, and task configuration templates can be saved and reused. | ||
| Full-Process Real-Time Monitoring | Real-time display of all-dimensional information including electrical measurement data, temperature field status, operating status, task progress, running time, stability countdown, etc.; in indication calibration mode, synchronously displays the current execution temperature point and current calibration times. | |
| Real-time calculation and display of calibration results such as deviation, electrical measurement value, temperature value, etc., with automatic highlighting of out-of-tolerance data. | ||
| Real-time monitoring of the 10-minute fluctuation, maximum, and minimum values of standard and DUT channels, with line charts for data visualization. | ||
| Standardized Automatic Data Processing | Built-in algorithms for national metrological verification regulations such as JJG 229, JJG 141, JJG 351, JJG 630, etc., automatically calculating key parameters such as indication error, hysteresis error, resistance, and temperature without manual calculation. | |
| Supports automatic conformity determination based on the accuracy level of the DUT, outputting standardized calibration results. | ||
| Supports traceability of historical calibration records, allowing retrieval of raw data from any historical record and the complete project configuration at that time, and supports export of raw record tables. | ||
| Intelligent Temperature Control and Acquisition System | Programmatic Heating and Cooling Control | Supports multi-temperature point programming settings, configurable multi-segment ramp rate temperature control; the system automatically completes heating, cooling, and setpoint switching at the set rate without manual attendance throughout the process. |
| Adaptive Intelligent Temperature Control | Based on PID parameter auto-tuning technology, it can automatically adjust control parameters according to different loads and medium characteristics, and automatically switch to the optimal control scheme in different temperature zones, ensuring temperature field uniformity and stability. | |
| System-Level Constant Temperature Stability Judgment | Built-in intelligent constant temperature judgment algorithm, real-time monitoring of temperature field change rate. Only when the temperature stability fully meets the verification regulation requirements will automatic data acquisition be triggered, ensuring the measurement process complies with regulations. | |
| Multi-Channel Synchronous Automatic Acquisition | After the temperature field stabilizes, automatically scans all channels sequentially, synchronously acquires temperature field and DUT data, completes multiple forward and reverse readings as required by regulations, and automatically calculates the average value, ensuring the objectivity and accuracy of measurement data. | |
| Massive Data Storage and Retrieval | Built-in 8GB storage space, capable of storing 100,000+ calibration records; supports combined retrieval by multiple conditions such as factory serial number, completion date, project ID, instrument type, and calibration date. | |
| Data Management and System Security | Comprehensive Backup and Recovery Mechanism | Supports automatic backup strategies with customizable cycles; can select specified backup nodes to restore full data. |
| Supports single calibration record-level data recovery; after retrieving the target record, it can be restored to the calibration configuration and data node at that time. | ||
| Permission Management | Supports hierarchical permission management, with permission control over three types of functions: calibration operations, backup and recovery, and advanced configuration, meeting the compliance management requirements of metrology laboratories. | |
| Power-off Resume | Capable of power-off resume; after power restoration, it automatically resumes the calibration task, and measured data is effectively retained, avoiding repetitive work. | |
| Remote Operation and Maintenance Diagnosis | The system automatically records full operation logs, with audit trails for all operations. Operation logs are tamper-proof. When equipment abnormalities occur, log files can be exported for remote after-sales diagnosis, assisting in rapid location and resolution of problems. | |
| Human-Computer Interaction and Expansion Capabilities | Touch Human-Computer Interface | Equipped with a 7-inch high-definition touch screen and a fully Chinese graphical operation interface. The operation is intuitive and easy to use, reducing personnel learning costs. |
| Communication Interface | Standard RS232/RS485, WiFi, LAN/Ethernet interfaces, supporting USB flash drive data export, adapting to laboratory information management needs. | |
| Sustainable Upgrade | Supports USB flash drive firmware online upgrade, continuously obtaining the latest function iterations and verification regulation updates, ensuring long-term compliant and available equipment. |
Technical parameters
Product Name | Smart Heating Calibration Oil Bath | Smart Rapid Heating and Cooling Circulator Calibration Oil Bath |
Model | DTS-MU300G | DTS-MUT300G |
Temp.Range | 70 to 300℃ | |
Media | L30-300 | |
Radial Uniformity | ≤0.01℃ | |
Axial Uniformity | ≤0.01℃ | |
Stability | ± 0.007C/10min | |
Working Area | φ150×480(mm) | |
Volume | 23L | |
Max Power | 3kW | 3kW |
External Dimensions | 660×540×1120(mm) | |
Cooling Down Time | normal speed | 300℃ to 100C@15min |
Ramp-up Time | RT to 100℃ @ 30min;20℃ to 65℃ @ 15min | |
Electrical Measurement Specifications
| Channel | Measurement | Range | Accuracy | Resolution | Sensor Type | Others |
|---|---|---|---|---|---|---|
| Standard Channel | SPRT | 0 Ω - 400 Ω -196°C ~ 850°C | ±0.002 Ω @ (0~50) Ω ±40ppm RD @ (50~400) Ω | 0.001 mΩ | Pt25, Pt100, Smart Sensors (RTD | SMP, etc.) | Measurement Method 4-wire RTD constant current reversal measurement |
| Test Channel | RTD Measurement | 0 Ω - 400 Ω -200°C ~ 850°C | ±0.002 Ω @ (0~25) Ω ±80ppm RD @ (25~400) Ω | 0.001 mΩ | ITS90 (Cu50, Cu100, Pt50, Pt100, PtX), CVD, IEC60751, Nickel, SMP | Measurement Type 2-wire / 3-wire /4-wire |
| TC Measurement | 0 - 100 mV | ±(0.02% RD + 5 μV) | 0.001 μV | K, N, T, J, E, R, S, B, WRe3, WRe5 | Built-in CJ Accuracy ±0.35°C (0~50°C) | |
| DCI Measurement | 0 - 20 mA | ±(0.02% RD + 2 μA) | 1 nA | / | / | |
| DCV Measurement | 0 - 10 V | ±(0.02% RD + 2 mV) | 1 μV | / | Input Impedance > 1 MΩ | |
| Loop Power (LOOP) | Type: DC 24V; Max. Load 60mA | |||||
| Temperature Switch (SW) | Type: Passive Switch; Temperature Switch, Oil Surface / Winding Temperature Controller, Pressure Thermometer, Bimetal Thermometer | |||||
Temperature Specification
| Sensor Type | Class | Range | Accuracy | |
|---|---|---|---|---|
| SPRT | Pt25/Pt100 | -189 °C ~ 660 °C | 0.0184 °C @ -200 °C 0.0198 °C @ 0 °C 0.0204 °C @ 100 °C 0.0211 °C @ 200 °C | 0.0237 °C @ 300 °C 0.0389 °C @ 600 °C 0.0422 °C @ 660 °C |
| RTD | Cu50/Cu100/Pt50/Pt100/PtX/CVD/ IEC60751/Nickel/SMP | -200 °C ~ 850 °C | -0.0046 °C @ -200 °C -0.0119 °C @ -100 °C 0.0205 °C @ 0 °C | 0.0476 °C @ 300 °C 0.0781 °C @ 600 °C |
| TC | S/R | -50 °C ~ 1768 °C | 0.9228 °C @ 0 °C 0.5959 °C @ 300 °C | 0.5947 °C @ 600 °C 0.5970 °C @ 1000 °C |
| B | 300 °C ~ 1820 °C | 0.6510 °C @ 1000 °C 0.6180 °C @ 1200 °C | 0.6740 °C @ 1800 °C | |
| K | 200 °C ~ 1372 °C | 0.1933 °C @ 300 °C 0.2395 °C @ 600 °C | 0.3170 °C @ 1000 °C | |
| N | -200 °C ~ 1300 °C | 0.1849 °C @ 300 °C 0.2323 °C @ 600 °C | 0.3250 °C @ 1000 °C | |
| J | -210 °C ~ 1200 °C | 0.1432 °C @ 300 °C 0.2050 °C @ 600 °C | 0.2950 °C @ 1000 °C | |
| E | -200 °C ~ 1000 °C | 0.1147 °C @ 300 °C 0.1728 °C @ 600 °C | 0.2860 °C @ 1000 °C | |
| T | -200 °C ~ 400 °C | 0.2821 °C @ -200 °C 0.1222 °C @ 400 °C | ||
| Previous:TADT-4G Portable Humidity Generator (2.3 Liters) | next:DTS-MU180G Ultra-Low Temperature Smart Calibration Bath (Electrical Measurement Version) |
Headquarter Address ：Tai'an High-tech Development Zone, Shandong Province
Telephon ：+86 0538-5089056 +86 13953856217
Fax ： +86 0538-5059718
After sale：+86 0538-5050959
Website ： www.tadt.com.cn
E-mail ： tadtzdh@dearto.cn
Copyright© Tai'an Detu Automation Instrument Co., Ltd. Lu ICP 14024757-1 