PDD22M0030TFFJ - 30Amp Circuit Breaker

PDD22M0030TFFJ - 30Amp Circuit Breaker

If you’re working with electrical systems that can’t afford downtime, you need a breaker you don’t have to second-guess. The Eaton PDD22M0030TFFJ from the Power Defense line is built for exactly that kind of job. It’s a 30 amp, 2-pole molded case circuit breaker designed to deliver steady, reliable protection in commercial and industrial setups.

One of the big advantages here is its 100 kAIC interrupting rating at 240VAC. That gives you a solid margin when you’re dealing with higher fault currents, which is often the case in real-world installations—not just on paper. It’s also compact enough to fit comfortably into your panel without wasting space, and the standard line and load terminals keep installation simple and familiar.

This isn’t a flashy component—and it doesn’t need to be. It’s the kind of breaker you install once and trust to do its job day in and day out. Whether you’re replacing an existing unit or putting together a new system, it’s a dependable choice that gets the basics right.

Key Features and Benefits

• 30 amp, 2-pole configuration for standard 240V applications
• High 100 kAIC interrupt rating for handling fault conditions safely
• Part of Eaton’s Power Defense series, known for consistent trip performance
• Compact Frame 2 size helps save panel space
• Standard terminals make wiring straightforward
• Designed for everyday use in commercial and industrial environments

Technical Specifications

• Manufacturer: Eaton
  
• Catalog Number: PDD22M0030TFFJ
  
• Product Type: Molded Case Circuit Breaker
  
• Amperage Rating: 30A
  
• Poles: 2
  
• Voltage Rating: 240V AC
  
• Interrupt Rating:100 kAIC @ 240VAC (UL)
  22 kAIC @ 125–250V DC
  
• Trip Type: T298
  
• Frame: 2
  
• Circuit Breaker Type: PD2 (UL/CSA)
  
• Dimensions: 152.4 mm (H) × 69.9 mm (W) × 88.9 mm (D)
  
• Weight: 2.041 kg
  
• Terminals: Standard line and load
  

Material Compliance and Certifications

• UL 489 Listed
• CSA Certified
• RoHS Compliant

Where It Works Best

• Commercial buildings and general power distribution
• Industrial facilities with higher fault current levels
• Manufacturing equipment and control panels
• Data centers and critical infrastructure
• Electrical systems where reliability is a priority