Erko MKG Low Voltage Gas Capacitor with Temperature Sensor KG_MKG-30-450

The Erko MKG low voltage gas capacitor is a high-performance electrical component engineered for power factor correction and reactive power compensation in industrial settings. Utilizing advanced gas-filled technology, this capacitor offers exceptional stability and efficiency, making it an essential element for maintaining the integrity of low voltage electrical networks. The inclusion of an integrated temperature sensor allows for real-time monitoring, ensuring that the unit operates within safe thermal limits and providing an added layer of protection for your electrical infrastructure.

Advantages

This capacitor stands out due to its robust construction and the use of gas-dielectric technology, which minimizes the risk of leakage and environmental impact compared to traditional oil-filled alternatives. The integrated temperature sensor provides critical data for predictive maintenance, allowing operators to detect potential overheating before it leads to system failure. Its design is optimized for high reliability, ensuring consistent performance even under demanding industrial conditions, which helps in reducing energy costs by improving the overall power factor of the facility.

Suitable for

• Power factor correction in industrial electrical systems
• Reactive power compensation in low voltage networks
• Energy efficiency optimization in manufacturing plants
• Thermal monitoring of capacitor banks

When it may not be suitable

This capacitor is specifically designed for low voltage applications and should not be used in medium or high voltage systems, as this could lead to catastrophic failure and safety hazards. It is also not intended for environments with extreme mechanical vibrations or corrosive atmospheres that exceed the manufacturer's specified operating conditions.

Key specifications

• Type: Low voltage gas-filled capacitor
• Integrated temperature sensor for thermal monitoring
• Application: Power factor correction and reactive power compensation
• Designed for industrial electrical network stability

How to use

Installation should be performed by a qualified electrical engineer in accordance with local safety regulations and the specific technical documentation provided with the unit. The capacitor must be connected to the power factor correction bank or the electrical circuit as specified in the system design. Ensure that the temperature sensor is correctly wired to the monitoring system to enable real-time thermal tracking. Regular inspections should be conducted to verify that the connections remain secure and that the unit is operating within the designated temperature range.

What to consider before purchase

• Verify that the voltage rating matches your specific network requirements
• Ensure compatibility with your existing power factor correction equipment
• Confirm that your monitoring system supports the integrated temperature sensor interface
• Check the physical dimensions to ensure proper fit within your electrical cabinet

Usage recommendations

Regularly monitor the data from the integrated temperature sensor to ensure the capacitor operates within the optimal thermal range, as this significantly extends the service life of the component and prevents unexpected downtime.