PRAGATI PROCESS CONTROLS

Pragati's PC-based heat run test bench is a comprehensive and highly automated testing setup designed for assessing the reliability and heat dissipation capabilities of electrical components such as circuit breakers, contactors, switches, or other power distribution equipment. It integrates advanced hardware and software components to facilitate precise and controlled testing procedures. Here are the key components and features of this test bench:

• Data Acquisition System: A robust data acquisition system is integrated with the setup to continuously monitor and record various parameters. This includes temperature measurements, electrical characteristics, and performance data.
• Safety Systems: To ensure safety during testing, the setup includes safety interlocks, emergency stop mechanisms, and fail-safe features to protect both the equipment and operators.
• Real-time Monitoring: The system provides real-time data monitoring and visualization on the connected PC. Operators can view temperature trends, electrical measurements, and test progress in real-time.
• Report Generation: After completing a test, the system can generate comprehensive test reports with detailed data and analysis. These reports are useful for documenting test results and making informed decisions.

Pragati's computerized high voltage tester is a sophisticated electrical testing device designed for assessing the integrity and safety of electrical components, systems, and equipment under high voltage conditions. It incorporates advanced technology and computerized controls to perform a variety of high voltage tests with precision, accuracy, and automation. 

These testers are equipped with computerized control systems, featuring user-friendly interfaces. The computerized control allows for precise voltage adjustment, test sequence programming, and real-time monitoring of test parameters.
Computerized testers have data logging capabilities, allowing them to record test results, waveforms, and other relevant data. Users can generate comprehensive test reports for documentation and analysis.

Pragati's computerized high voltage tester is a sophisticated electrical testing device designed for assessing the integrity and safety of electrical components, systems, and equipment under high voltage conditions. It incorporates advanced technology and computerized controls to perform a variety of high voltage tests with precision, accuracy, and automation. 

These testers are equipped with computerized control systems, featuring user-friendly interfaces. The computerized control allows for precise voltage adjustment, test sequence programming, and real-time monitoring of test parameters.
Computerized testers have data logging capabilities, allowing them to record test results, waveforms, and other relevant data. Users can generate comprehensive test reports for documentation and analysis.

A temperature rise test setup in the electrical field is used to measure the temperature increase of electrical components or equipment under a specified load, primarily to assess their safety and longevity by identifying potential overheating issues that could damage insulation, cause fires, or compromise the functionality of the device; essentially, it's a test to ensure electrical components operate within safe temperature limits under normal operating conditions. 

High Voltage Testing of electrical equipment covers a wide range of techniques depending on the nature of the equipment and the type of test required. High Voltage testing is usually performed to qualify the device to operate safely during rated electrical conditions, a way to check the effectiveness of its insulation. The objective sought during the high voltage testing will determine the type and amount of voltage applied and the acceptable current flow. 
We provide a complete and broad range of High Voltage Test Equipment.

1) TEST VOLTAGE- 0 To 415V DC Continuously Variable Auto Transformer Based
2) FABRICATION-MS Powder Coated, mounted on heavy duty locking swivel casters. Fabrication single part, PC separate
3) SOFTWARE-National Instruments based LabView 2017(simple user interface & provide insights using graphics)
4) TEST REPORT FORMAT-Test Report can be generated in Excel & PDF format. Saved on path allocated
5) EXPORT DATA- Data logging done as per client's requirement with help of LabView software
6)CALLIBRATION CERTIFICATE-Test Certificate provided. (If NABL Calibration certificate required, charges applied)
7) Warranty- 1 Year Against Manufacturing Defects & Extended Optional
8) Automation Grade- Automatic

Pragati's PC-based high voltage tester trolley is a specialized system used for testing the electrical insulation and high voltage performance of various components. This type of testing is crucial to ensure the safety and reliability of electrical systems and components. PC-based high voltage tester trolley combines high voltage testing capabilities with computer control and data acquisition for more accurate and efficient testing.
Here are some key components and features of a PC-based high voltage tester trolley:

• High Voltage Generation: The trolley includes a high voltage generation system that can produce and apply high voltage to the device under test (DUT). This system typically includes a high voltage transformer or generator.

• Control and Measurement Unit: The trolley is equipped with a computer-based control and measurement unit. This unit controls the test parameters, monitors the test process, and records test data. It can be programmed to perform various test routines and sequences.

• User Interface: The PC-based system has a user-friendly interface that allows operators to input test parameters and monitor the testing process.

• Safety Interlocks: Safety is paramount when working with high voltages. The trolley has safety interlocks and features to ensure that tests can only be conducted when it is safe to do so. These interlocks include circuit breaker controls, emergency stop buttons, and voltage monitoring.

• Data Acquisition: The system collects and records data during the test process. This data can include voltage, current, leakage current, and other relevant measurements. 

• Test Reporting: After completing the test, the trolley can generate detailed test reports in desired format(.pdf, .xls). These reports can include pass/fail information, graphs, and other relevant data for documentation and quality control.