Erko MKG Low Voltage Gas Capacitor with Temperature Sensor KG_MKG-15-400

The Erko KG_MKG-15-400 is a high-performance low-voltage gas-filled capacitor engineered for power factor correction and the stabilization of industrial electrical networks. By utilizing advanced gas-filling technology, this capacitor offers a reliable and environmentally friendly solution for reactive power compensation. The inclusion of an integrated temperature sensor allows for continuous monitoring of the unit's thermal state, ensuring safe operation and longevity within demanding electrical environments.

Advantages

This capacitor provides exceptional efficiency in managing reactive power, which directly contributes to reduced energy losses and improved grid stability. The gas-filled design eliminates the risk of leakage associated with traditional oil-filled capacitors, making it a safer and cleaner choice for modern facilities. Furthermore, the built-in temperature sensor provides critical data for preventative maintenance, allowing operators to detect potential overheating before it leads to system failure or downtime.

Suitable for

• Industrial power factor correction systems
• Electrical network stabilization in manufacturing plants
• Reactive power compensation in low-voltage distribution boards
• Energy efficiency optimization projects

When it may not be suitable

This unit is specifically designed for low-voltage applications and should not be used in medium or high-voltage electrical systems. It is also not intended for environments where extreme mechanical vibrations or corrosive atmospheres exceed the manufacturer's specified operating conditions.

Key specifications

• Type: Gas-filled low-voltage capacitor
• Integrated temperature sensor for thermal monitoring
• Application: Power factor correction
• Designed for industrial electrical network stability

How to use

The capacitor should be installed by a qualified electrician in accordance with local electrical codes and the manufacturer's installation manual. It is typically mounted within a power factor correction bank or a dedicated electrical cabinet. Ensure that the electrical connections are tightened to the specified torque and that the temperature sensor is correctly wired to the monitoring system to enable real-time thermal tracking.

What to consider before purchase

• Verify that the voltage rating matches your specific electrical network requirements
• Ensure the installation space provides adequate ventilation for heat dissipation
• Confirm compatibility with your existing power factor controller or monitoring system

Usage recommendations

Regularly inspect the temperature sensor readings to ensure the capacitor operates within the recommended thermal range. Periodic maintenance checks of the electrical connections are advised to maintain optimal performance and safety.