Three-Phase Tubular Capacitor CLZ-FP-69/30-HD R2H59N: Power and Durability for Demanding Installations

The three-phase tubular capacitor CLZ-FP-69/30-HD R2H59N from CIRCUTOR is a robust and reliable solution for power factor correction in industrial and commercial installations. Designed to withstand extreme working conditions, this capacitor from the CLZ-HD range offers advanced cooling with nitrogen technology, guaranteeing a long service life and optimal performance. Its high-quality construction and rigorous manufacturing and testing processes ensure a lasting and efficient investment.

Technical Specifications

• Reference: CLZ-FP-69/30-HD R2H59N
• Range: CLZ-HD (Heavy Duty)
• Type: Three-Phase Tubular Capacitor
• Cooling Technology: Nitrogen (N2)
• Frequency: 50/60 Hz
• Design: Tubular casing, dry-type
• Power and Voltage Range: Wide (detailed specifications available in the datasheet)
• Resistance: High resistance to temperature and hostile environments

Advantages

• Increased Durability: Nitrogen cooling technology extends the capacitor's service life.
• Optimal Performance: Optimized design for efficient power factor correction.
• Resistance to Extreme Conditions: Ideal for installations with high temperatures and aggressive environments.
• Safety: Nitrogen is an inert and non-flammable gas, ensuring safe operation.
• Quality Guaranteed: Rigorous manufacturing and testing to ensure maximum quality.
• Efficient Correction: Minimizes energy losses and reduces operating costs.

Applications and Recommended Uses

The CLZ-FP-69/30-HD R2H59N capacitor is ideal for power factor correction in a wide range of applications, including:

• Industrial installations with static or variable loads.
• Lighting systems.
• Electric motors.
• Air conditioning systems.
• Capacitor banks.
• Environments with adverse environmental conditions.

Need more information?

Discover how the CLZ-FP-69/30-HD R2H59N capacitor can optimize the energy efficiency of your installation. Visit adjditec.com to access the complete datasheet and obtain personalized advice.