BFK3200A12060 - 3P CONTACTOR 25KVAR 120V 60HZ

Why Choose the BFK3200A12060?

Engineered by Lovato, the BFK3200A12060 is a contactor for power factor correction with an AC control circuit, designed for reliable switching of capacitor banks. It includes limiting resistors and delivers up to 25 kvar at 400 V. A 3‑pole design with a 120 VAC 60 Hz coil, it mounts by screw or on 35 mm DIN rail.

Built on the BFK32 platform, it offers Ui 690 V, Uimp 6 kV and Ith 56 A, with a mechanical life of 20,000,000 cycles. Operating from −50 to 70 °C up to 3000 m and pollution degree 3, it tightens to 2.5–3 Nm and weighs 400 g. Complies with IEC/EN/BS 60947-1/-4-1, UL and CSA standards.

Key Benefits

• Integrated limiting resistors for smooth capacitor switching and reduced inrush.
• 25 kvar at 400 V delivers dependable power factor correction capacity.
• 120 VAC 60 Hz AC coil for straightforward control integration.
• 3‑pole contactor with screw or 35 mm DIN rail mounting.
• High endurance: 20,000,000 mechanical cycles for long service life.
• Robust insulation: Ui 690 V and Uimp 6 kV withstand transients.
• Wide operating temperature −50 to 70 °C suits harsh environments.

Technical Specification

• Product type designation: BFK32
• Number of poles: 3
• Rated insulation voltage Ui (IEC/EN): 690 V
• Rated impulse withstand voltage Uimp: 6 kV
• Ith (IEC): 56 A
• Terminal tightening torque: 2.5 to 3 Nm
• Weight: 400 g
• Mechanical life: 20000000 cycles
• Operating temperature: -50 to 70 °C
• Storage temperature: -60 to 80 °C
• Max altitude: 3000 m
• Pollution degree: 3

What’s Included

• Lovato BFK32 power factor correction contactor (BFK3200A12060)
• Integrated limiting resistors
• Installation and safety instructions

Applications

• Switching of low‑voltage capacitor banks for power factor correction.
• Industrial power factor correction panels and automation cabinets.
• Commercial building LV distribution PFC systems.
• OEM equipment requiring AC‑controlled capacitor switching.

Safety note: Installation and maintenance must be performed by qualified personnel. Isolate all power sources before work, observe specified torque and environmental limits, and follow applicable standards and instructions.