1-phase compensating choke INK 0.8-230V INK 1-0,8-230

Single-phase power factor correction choke – improving energy efficiency

The INK 1-0.8-230 power factor correction choke is a device designed to compensate for capacitive reactive power in single-phase installations. Its use allows for increased energy efficiency, reduced costs associated with reactive power consumption, and improved performance of the electrical network. This is particularly important on long cable lines, which often operate with insufficient load.

Key features and applications:

• Reactive power compensation: The choke effectively eliminates the negative impact of capacitive reactive power, which translates to reduced energy losses and reduced network load.
• Application in single-phase installations: Ideal for compensation in installations with a voltage of 230V.
• Construction and execution: The choke core is made of high-quality materials, and the winding of copper wire, which ensures reliable operation and long life. The design complies with PN-EN 60076-6 standard guarantees safety and compatibility with other installation elements.
• Protection: Equipped with a thermal overload relay, which protects the choke from overload and short circuit.
• Mounting: Possibility of mounting with angle brackets or on a rail (depending on the model).

Technical parameters and benefits for the installer:

The INK 1-0.8-230 choke is characterized by a power of 0.8 kVar and a current of 3.48A. Inductance at 210 mH ensures effective reactive power compensation. Insulation class F (155°C) and protection degree IP00 allow operation in a wide range of ambient temperatures (up to 40°C). Compact dimensions (120 x 100 x 118 mm) make it easy to install even in tight spaces. The weight of the device is 5.2 kg. Because the choke complies with PN-EN 60076-6 standard, the installer can be sure that the product meets the required safety and quality standards.

Benefits for the end user:

• Reduced energy costs: Reactive power compensation leads to lower electricity bills.
• Improved power quality: Voltage stabilization and reduced interference in the electrical network affect the correct operation of electrical devices.
• Extended device life: Reducing the load on the electrical network translates to a longer life of connected devices.
• Increased energy efficiency: Optimizing energy consumption contributes to the protection of the natural environment.