Electrical & Mechinical Services

Here’s what the joint service entails:

1. Measuring Soil Resistivity: Assessing the electrical resistance of the soil around substations to design an effective earthing system.
2. Riser Integrity Test (Continuity Test): Evaluating the electrical continuity of vertical earthing components to ensure they are functioning correctly.
3. Measuring Earthing Resistance: Determining the resistance level of the earthing system to confirm it is within safe operational limits.
4. Testing Grid Integrity: Checking the condition and functionality of the earthing grid to ensure it can safely disperse fault currents.
5. Earth Loop Impedance Test: Calculating the total resistance of the earthing circuit to ensure it can handle fault conditions.
6. Prospective Fault Current: Measuring the highest current that could flow through the earthing system during a fault to assess its capacity.
7. Touch & Step Potential Test: Testing the potential electrical shock risk for a person in contact with the ground near the earthing system.
8. Corrosion Effect Test: Examining the earthing components for signs of corrosion, which can reduce their effectiveness and lifespan.
9. Software Simulation and Modeling: Using computer models to predict how the earthing system will perform under various scenarios, helping to identify and address potential issues.

1. Customizable Output: The charger allows for programming of output voltage and current, tailoring it to specific battery requirements.
2. High Operational Efficiency: Designed for high efficiency, operating at >=90% at full load and rated input, ensuring energy optimization.
3. Versatile Charging Modes: Supports various charging modes like constant current, constant voltage, and trickle charging to accommodate different battery technologies.
4. Intuitive User Interface: Features a 7-inch touch panel LCD, making operation user-friendly and straightforward.
5. Versatile Charging Modes: Supports various charging modes like constant current, constant voltage, and trickle charging to accommodate different battery technologies.
6. Advanced Protection Systems:
 Incorporates comprehensive safety features such as surge, overload, short circuit protection, as well as over-temperature, under/over voltage, and reverse polarity safeguards.
7. Versatile Charging Modes: Supports various charging modes like constant current, constant voltage, and trickle charging to accommodate different battery technologies.
8. Advanced Protection Systems: 
 Incorporates comprehensive safety features such as surge, overload, short circuit protection, as well as over-temperature, under/over voltage, and reverse polarity safeguards.
9. Environmental Resilience: Capable of operating in diverse environmental conditions, including extreme temperatures ranging from -40℃ to +75℃ and in high humidity levels.
10. Broad Industrial Applications: 
 Ideal for a range of industrial uses, including powering battery backup systems, substation equipment, and voltage regulation, as well as in renewable energy systems.
11. Durable and Reliable Construction: Built to withstand the rigors of industrial environments, ensuring durability and consistent performance.

1. High Voltage Resilience: Can withstand up to 99 KV, conforming to IS 2584:1963 standards.
2. UV and Oil Protection: Offers excellent resistance against UV radiation and transformer oils, suitable for outdoor equipment.
3. Chemical and Puncture Resistance: Effectively resists punctures, acids, alkalis, and other harsh chemicals.
4. Fire Retardant: Enhances fire safety in electrical installations.
5. Thermal Stability: Remains stable even at temperatures as high as 250 degrees Celsius.

This coating finds its application across a multitude of settings:

1. Diverse Electrical Components: Ideal for busbars, insulators, transformers, and more.
2. Wildlife and Human Safety: Prevents accidental deaths by insulating exposed electrical parts.
3. Operational Safety: Helps avoid NDR trappings, ensuring safer power distribution.
4. Loss Minimization:
 Reduces corona effect-induced electrical losses.
5. Theft Prevention: 
 Acts as a deterrent against electricity theft.

1. Lightweight Yet Strong: They offer the advantage of being easy to handle while providing the necessary strength.
2. Anti-Corrosive: They are unaffected by corrosion, making them suitable for various environments.
3. Wear and Tear Resistance: Their robustness makes them suitable for high-traffic areas.
4. No Resale Value: 
 This reduces the risk of theft or pilferage. High Life Expectancy: 
 Ensures prolonged use without significant degradation.
5. Durability: Resistant to decay, ensuring a long lifespan.
6. Fire Retardant: Adds an extra layer of safety in fire-prone environments.
7. Versatility: Ideal for a range of applications including cable trench covers, drain covers, platforms, and foot over bridges.
8. Specifications: 
 Available in lengths from 200 mm to 1600 mm, a standard width of 330 mm, and in a grey chequered color.