QMQB2032B - 200Amp Panelboard Switch

QMQB2032B - 200Amp Panelboard Switch

The Federal Pacific QMQB2032B is a 200 amp, 3-pole panelboard switch built for real-world commercial and industrial power systems. It’s a fusible, bolt-in style switch designed to handle three-phase electrical loads where reliability matters day in and day out. Rated at 250 volts AC, this unit is commonly used in panelboards that need consistent protection and straightforward maintenance without unnecessary complexity.

What makes this switch practical is its compatibility with Class RK1 and RK5 fuses, allowing electricians to choose the level of protection that fits the job instead of being locked into one option. The bolt-in mounting keeps the switch firmly seated, which helps maintain stable electrical contact over time. For facilities that can’t afford nuisance issues or unreliable power control, this switch delivers steady performance without drama.

Key Features and Benefits

• Accepts RK1 and RK5 fuses, giving flexibility in overcurrent protection
• 3-pole, three-phase design for balanced load distribution
• Bolt-in construction for a secure, dependable installation
• Fusible protection that helps limit damage during overload or fault conditions
• Built for commercial and industrial electrical systems

Technical Specifications

• Amperage: 200 Amps
• Voltage: 250 Volts AC
• Poles: 3
• Fuse Type: Class RK1 or RK5
• Panelboard Type: QMQB, bolt-in
• Approximate Size: 22.00” W x 9.50” H x 6.50” D

Material Compliance and Certifications

• This switch is manufactured by Federal Pacific using materials selected for consistent electrical performance and long service life.
• It is produced to meet recognized industry requirements for safety and operational reliability in professional electrical installations.

Where It Works Best

• The QMQB2032B is best suited for commercial buildings, industrial facilities, and power distribution panels that require dependable fuse-based protection. It’s commonly used in electrical rooms, equipment panels, and systems where three-phase power needs to be controlled safely and predictably.