
The partial discharge shielding room is a special laboratory or closed space, which is mainly used
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Comprehensive Testing Capabilities: Offers a remarkable solution for electrical testing of high current and temperature. Optimal for power plants, factories, laboratories, and research centers.
Advanced System Composition: It contains generator, voltage regulator, temperature tester, and control computer. Also equipped with emergency stop, power on/off protection, precise voltage/current display, and skillful customizable test prompts.
High-Precision Temperature Monitoring: Monitoring is accurate with imported K type thermocouples 0~1370℃, multi-tracking channels, spike alarms, and errors of just 1% ±.
Robust Anti-Interference Design: Stability in performance arc achieved through advanced anti-interference technology, delivery in four flexible monitoring modes, and defense against magnetic interference.
| Parameter | Specification | Parameter | Specification |
|---|---|---|---|
| Input Voltage | AC380 (Three-phase four-wire) | Rated Frequency | 50 Hz |
| Total System Power | 189 kW | Total System Current | 287 A |
| System Power Factor | Cosφ = 0.8 | Oil-immersed Induction Regulator | Dry Uplift |
| Rated Capacitance | 63 kVA | Output Voltage | 0-430 V / 10 V |
| Output Current | 0-166 A / 0-6300 A | Waveform Distortion | ≤3% |
| Rated Input Voltage | 380 V | Starting Voltage | ≤1% |
| Load Loss | <4% | Short-circuit Resistance | ≤7% |
| Rated Input Current | 166 A |
Application and Purpose: Provides large current and temperature testing capabilities fostered with Simplicity and Intuitive usability.
Key Components: Comprises industrial system with a current generator, voltage regulator, and temperature tester.
Advanced Features: Includes multi-channel temperature monitoring with overheating alarms, automatic current adjustment, self-setting test time, and precision temperature measurement using a K-type thermocouple.
Stability and User Interface: With advanced anti-interference technology, this system ensures exceptional stability and reliable operation.
| Input Voltage | AC380 Three-phase four-wire AC380 | ||
|---|---|---|---|
| Rated Frequency | 50 Hz | ||
| Total System Power | 189kW | ||
| Total System Current | 287A | ||
| System Power Factor | Cosφ=0.8 | ||
| Oil-immersed Induction Regulator | Dry Uplift | ||
| Rated capacitance | 63kVA | Rated capacitance | 63kVA |
| Output Voltage | 0-430V | Output Voltage | 10V |
| Output Current | 0-166A | Output Current | 0-6300A |
| Waveform Distortion | ≤3% | Rated Input Voltage | 380V |
| Starting Voltage | ≤1% | Load Loss | <4% |
| Short-circuit Resistance | ≤7% | Rated Input Current | 166A |
Purpose and Applications: Its multi-channel digital recorder feature also makes it ideal for use in power plants, labs, and factories as results are returned with speed and high accuracy.
Core Features and Components: A current generator, a voltage regulator, a digital temperature determining device, and a software that sets the test time, locks, calibrates, and alerts based on temperature ranges.
Stability and User Interface: The system's four modes of display: digital, bar chart, real-time curve, and recall curve alongside the increased anti-jamming level scanner makes interfacing easy while providing the needed reliability.
System Overview: The automatic temperature rise test system boosts productivity and usability while testing high and low voltage electrical products.
Key Features: Includes current generator, voltage regulator, temperature tester, and industrial control system with safety measures and accurate supervisions.
Advanced Temperature Monitoring: Multi-channel recorder with self-adjusting softwawre and alarm functions for temperature deviations alongside fast and accurate testing.
| Input Voltage | AC380 Three-phase four-wire AC380 | ||
|---|---|---|---|
| Rated Frequency | 50 Hz | ||
| Total System Power | 189kW | ||
| Total System Current | 287A | ||
| System Power Factor | Cosφ=0.8 | ||
| Oil-immersed Induction Regulator | Dry Uplift | ||
| Rated capacitance | 63kVA | Rated capacitance | 63kVA |
| Output Voltage | 0-430V | Output Voltage | 10V |
| Output Current | 0-166A | Output Current | 0-6300A |
| Waveform Distortion | ≤3% | Rated Input Voltage | 380V |
| Starting Voltage | ≤1% | Load Loss | <4% |
| Short-circuit Resistance | ≤7% | Rated Input Current | 166A |
Main Components: Includes current generator, voltage regulator, temperature tester, and industrial control system with 0.5 precision.
Extra Features: Zero-start protection, emergency stop, self-adjusting current, multicard temperature measurement, and currents auto adjusting, multi-channel temperature monitoring, and ±1% measuring accuracy.
Strengthen System Architecture: Employ anti-interference technology, K type thermocouple (0~1370℃), user-friendly software with multiple modes of visualization which enhances software usability.
Ergonomical interface design: Features emergency stop and zero-start safeguarding functions, as well as simple real-time data interface and notification software.
Advanced Features: Offers precise digital observation, automatic correction software, multi-channel thermal documenting, and anti-interference capabilities.
Comprehensive Testing System: Facilitates the performing of large current and temperature tests on electrical products to increase functionality across different fields.
System Elements: Includes a current generator, voltage regulator, temperature tester, and an industrial control system.
Measurement and Readout: Provides 0.5 precision steps with digitized samples taken through multiplexed monitoring.
Safety Provisions: Provides Zero-start protection, emergency stop, and temperature deviation alarm.
Thermal Exposure: Employs K-type thermocouples with ±1% error for comprehensive multi point tracking.
Early Warnings System: Achievement of automatic multi-channel temperature tracking, recording and alarming capability at set limits with defined exceedance. Accuracy ±1%.
Precision Control: Software achieves 0.5-level precision pertaining to displayed voltage/current values for active control loops.
Comprehensive Testing: Elaborate analysis through customized test sequences, real-time curves, bar or trends and recall function.
Updated Safety Features: Includes zero-start protection, emergency stop, anti-magnetic interference.
In the pharmaceutical sector and HVAC industries, temperature control systems are crucial for indisputable precision and efficiency. This guide examines their fundamental principles, constituents, as well as their applications so as to inform on performance and sustainability improvements.

The partial discharge shielding room is a special laboratory or closed space, which is mainly used

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