Functional test of starter cubicles, LCS, combined loop test with IRP panel and DCS cabinet
Our electrical testing services include comprehensive functional testing of starter cubicles, Local Control Stations (LCS), and
integrated loop testing involving Interface Relay Panels (IRP) and Distributed Control System (DCS) cabinets. These tests are
essential to verify the correct operation, signal integrity, and system response under real-world operating conditions. We
perform detailed evaluations to ensure seamless coordination between field devices and control systems, supporting safe and
efficient process automation. By conducting combined loop tests with IRP panels and DCS cabinets, we validate the entire
control loop from input to final control element, ensuring end-to-end system reliability. Our expert technicians use calibrated
instruments and follow strict testing protocols to identify discrepancies, eliminate faults, and confirm system readiness prior to
commissioning. With a focus on accuracy, compliance, and operational continuity, our functional testing services help
minimize downtime, enhance safety, and ensure that all electrical and control components operate as designed within complex
industrial environments.
Continuity and insulation resistance of all the LV/MV/HV cables
Our electrical testing services include thorough continuity and insulation resistance testing of all Low Voltage (LV), Medium
Voltage (MV), and High Voltage (HV) cables to ensure system integrity, safety, and performance. These critical tests are
performed during installation, pre-commissioning, and maintenance phases to verify that all cable connections are intact and
free from damage or degradation. Continuity testing confirms the proper electrical path and connectivity, while insulation
resistance testing assesses the quality of cable insulation to prevent leakage currents and potential faults. We utilize advanced,
calibrated testing instruments and adhere strictly to industry standards and safety protocols. Our qualified technicians provide
detailed documentation and analysis, helping identify and resolve issues before they escalate into system failures. These tests
are essential for reducing downtime, enhancing safety, and ensuring long-term operational reliability. With a commitment to
precision and compliance, we help clients maintain robust electrical infrastructure across diverse industrial and commercial
environments.
High potential test for HV cables and breakers
We offer high potential (Hi-Pot) testing services for High Voltage (HV) cables and circuit breakers to ensure the insulation
integrity and operational reliability of critical power systems. Hi-Pot testing is a non-destructive method used to assess a
system's ability to withstand overvoltage conditions by applying a controlled high-voltage signal. This test is essential for
identifying insulation weaknesses, manufacturing defects, or installation-related damage that may not be visible during routine
inspections. Our experienced technicians conduct both DC and AC Hi-Pot tests based on the equipment specifications and
project requirements, adhering strictly to international safety standards. Testing is performed with precision instrumentation,
and all results are carefully documented with actionable insights to support informed decision-making. By verifying the
dielectric strength of HV components, our Hi-Pot testing services help reduce the risk of premature failure, enhance personnel
safety, and ensure the long-term performance of high-voltage infrastructure in demanding industrial and utility environments.
Contact resistance test for the breakers
We provide specialized contact resistance testing services for circuit breakers to ensure optimal performance, safety, and
reliability of electrical distribution systems. This test measures the resistance across breaker contacts to detect issues such as
corrosion, pitting, improper alignment, or wear that can lead to overheating, voltage drops, or equipment failure. Using
precision micro-ohmmeters, our certified technicians perform low-resistance measurements to verify that the breaker contacts
maintain efficient electrical conductivity under load conditions. Accurate contact resistance testing is essential during
commissioning, routine maintenance, or after any repair or refurbishment. It helps identify potential failures before they impact
system performance, ensuring breakers operate safely and effectively within design parameters. All testing is performed in
accordance with industry standards and includes detailed reporting for client records and compliance audits. Our services help
clients reduce unplanned outages, extend equipment life, and maintain safe, high-performance electrical infrastructure in
critical industrial and commercial power systems.
Complete set of motor testing such as insulation resistance, noice,vibration, thermal and winding resistance
We offer a comprehensive range of motor testing services designed to assess the health, performance, and reliability of electric
motors across industrial applications. Our complete testing package includes insulation resistance, noise level analysis,
vibration monitoring, thermal performance evaluation, and winding resistance measurement. Each test is conducted using
advanced diagnostic equipment to detect potential issues such as insulation degradation, mechanical imbalance, overheating, or
winding faults. Insulation resistance testing ensures electrical safety, while vibration and noise analysis help identify
misalignment, bearing wear, or imbalance. Thermal testing evaluates the motor's temperature behavior under load, and winding
resistance checks the uniformity and integrity of motor windings. These tests are crucial for preventive maintenance,
troubleshooting, and verifying compliance with operational specifications. Our expert technicians deliver accurate, data-driven
reports that support informed maintenance decisions, minimize downtime, and extend motor lifespan. With a focus on quality
and reliability, we help ensure motors operate safely, efficiently, and within expected performance standards.
Battery drain test (UPS Load test - Amperage, voltage drop)
We provide professional battery drain testing services, including comprehensive UPS load tests to evaluate the performance
and reliability of backup power systems. This test involves applying a controlled load to the Uninterruptible Power Supply
(UPS) and monitoring key parameters such as amperage draw and voltage drop over time. By simulating real-world operating
conditions, we assess the battery's ability to sustain critical loads during power outages, ensuring sufficient backup duration and
identifying early signs of battery degradation or failure. Voltage drop measurements help evaluate internal resistance, while
amperage monitoring confirms current delivery capabilities under stress. Our technicians use calibrated instruments and follow
industry-standard procedures to deliver accurate and reliable test results. These services are essential for validating system
readiness, ensuring compliance with operational standards, and preventing unexpected downtime. With detailed reporting and
expert analysis, we help clients maintain robust, high-performance UPS systems that safeguard essential operations during
power disruptions.
