Fixed Capacitor with Filter CIRCUTOR OPTIM FRM-37: Stabilize Your Electrical Network

The fixed capacitor with filter CIRCUTOR OPTIM FRM-37 is a robust and efficient solution for reactive power compensation in industrial and commercial installations. Designed to mitigate the effects of harmonics and prevent resonances, this capacitor guarantees a significant improvement in the power factor, reducing energy losses and optimizing the performance of your electrical system. Its filter rejection design provides superior protection and greater stability in networks with non-linear loads.

Technical Specifications

• Reference: R5Y370
• Series: OPTIM FRM-37
• Type: Fixed Capacitor with Filter
• Rejection Reactance: P=7%
• Cable Section: 16 mm²
• Capacitance (at 400V): 31 kvar
• Capacitance (at 440V): 37.5 kvar
• Short-Circuit Current Rating: 50 kA
• Operating Voltage: 440 V
• Brand: CIRCUTOR

Advantages

• Improved Power Factor: Reduces energy losses and optimizes electrical consumption.
• Harmonic Mitigation: Reduces total harmonic distortion (THD) in the network.
• Resonance Prevention: Avoids resonance problems that can damage equipment and affect power quality.
• Superior Protection: The filter rejection design offers additional protection against surges and transients.
• Greater Stability: Ensures more stable and reliable operation of the electrical system.
• Robust Design: Durable construction for long-term performance.

Applications and Recommended Uses

The OPTIM FRM-37 fixed capacitor is ideal for applications in:

• Reactive power compensation in motors and transformers.
• Installations with constant loads and a high harmonic content.
• Electrical systems that require an improvement in the power factor and a reduction of harmonics.
• Industrial and commercial applications where power quality is critical.

For additional information on this product and other reactive power components, visit adjditec.com.

Need a customized solution for reactive power compensation? Contact us for an evaluation and tailored proposal.