Test & Measurement Automations
Test & Measurement Automations
Our expertise in test and measurement systems ensures that critical equipment, components, and systems are tested thoroughly for performance, safety, and compliance. We offer tailored solutions that integrate PLC, SCADA, and data acquisition systems with IOT for real-time monitoring, control, and analysis.
Electrical Power Test Systems
Energy infrastructure demands precise and reliable testing systems for efficient and safe power generation, distribution, and consumption. Our energy-sector test solutions include:
High-Current Cable Test Setup:
Automated test rigs for high-current cables to ensure conductivity, insulation integrity, and thermal resistance.
Integrated PLC and SCADA systems for monitoring current flow, temperature, and mechanical stress during tests.
Data acquisition systems that provide real-time feedback and generate comprehensive reports for predictive maintenance.
High Voltage/Current Power Distribution System Automation:
Solutions for testing power distribution panels, transformers, circuit breakers, and protective relays.
Automated load testing and surge protection verification.
Integration with SCADA for real-time control and fault detection.
Data logging and analytics for power quality assessment and trend analysis.
Solar Panel Fire Testing Systems
We provide customized solar panel fire test setups that comply with global testing standards such as UL 1703, IEC 61730, and ISO 11925-2. Our test setups are designed to evaluate the flame propagation, resistance to ignition, and fire retardancy of solar modules under real-world conditions.
We design and manufacture solar pump test setups that comply with key international standards, MNRE, ensuring that the pumps function optimally under various environmental conditions, maintain high efficiency, and provide long service life.
Integrated with IoT-enabled sensors and a PLC/SCADA system, the test setup enables real-time data acquisition of flow rate, pressure, power consumption, and motor temperature.
This system provides graphical interfaces and data logging capabilities for accurate monitoring and reporting.
The data collected allows for in-depth analysis of the pump's performance under varying conditions, including efficiency and reliability.