ABB

ABB IMHSS03 产品描述（Product Description）:

ABB IMHSS03 是一款高性能的谐波滤波电抗器，专为减少电力系统中的谐波干扰而设计。它能够有效吸收和抑制由非线性负载产生的谐波电流，保护电气设备和系统免受谐波引起的损害。通过使用ABB IMHSS03，可以改善电力系统的功率因数，提高电能质量，从而确保电气设备的稳定、高效运行。

ABB IMHSS03 产品参数（Product Parameters）:

额定电流：适用于不同容量的电力系统，以满足不同的负载需求。

谐波滤除率：具有高效的谐波滤除能力，有效减少谐波对电力系统的干扰。

电气性能：具有优异的电气性能，包括低损耗、低噪音等特点。

防护等级：采用高品质的绝缘材料和防护措施，确保电抗器的安全可靠运行。

ABB IMHSS03 产品规格（Product Specification）:

高性能谐波滤波电抗器，有效减少谐波对电力系统的干扰。

适用于不同容量的电力系统，满足不同的负载需求。

具有优异的电气性能和防护等级，确保电抗器的稳定、高效运行。

通过改善电力系统的功率因数和电能质量，保护电气设备免受谐波损害。

英文翻译（English Translation）:

Product Description:

The ABB IMHSS03 is a high-performance harmonic filter reactor specifically designed to reduce harmonic disturbances in electrical power systems. It effectively absorbs and suppresses harmonic currents generated by non-linear loads, protecting electrical equipment and systems from harmonic-induced damage. By utilizing the ABB IMHSS03, power system power factors can be improved, and power quality enhanced, thus ensuring the stable and efficient operation of electrical equipment.

Product Parameters:

Rated Current: Suitable for different capacities of electrical power systems to meet varying load requirements.

Harmonic Filtering Efficiency: Possesses high harmonic filtering capabilities, effectively reducing harmonic disturbances in power systems.

Electrical Performance: Demonstrates excellent electrical performance, including low losses and low noise characteristics.

Protection Level: Incorporates high-quality insulation materials and protective measures to ensure safe and reliable operation of the reactor.

Product Specification:

High-performance harmonic filter reactor that effectively reduces harmonic disturbances in electrical power systems.

Compatible with different capacities of electrical power systems to meet varying load demands.

Boasts excellent electrical performance and protection level, ensuring stable and efficient operation of the reactor.

Improves power system power factors and power quality, safeguarding electrical equipment from harmonic-induced damage.