QDP22225TP - 225 Amp Circuit Breaker

QDP22225TP - 225 Amp Circuit Breaker

Protect your critical electrical systems with the Schneider Electric QDP22225TP—a dependable, high-performance 225 A PowerPacT Q‑Frame circuit breaker, purpose‑built for tough 240 VAC environments. Designed for long‑term reliability, this breaker intelligently combines thermal‑magnetic trip technology with a sturdy frame, delivering seamless protection in commercial, industrial, data center, and renewable energy applications.

Key Features and Benefits

• 25 kA Interrupting Capacity: Manages high fault currents effortlessly, reducing risks and avoiding costly downtime.
• Thermal‑Magnetic Trip Mechanism: Offers precise, rapid response to both overloads and short‑circuits for optimal safety.
• Flexible Panel Integration: Fits unit‑mount setups with line‑side nuts and load‑side lugs, simplifying installation across different electrical panels.
• Built to Last: Rated for 1,000 full‑load cycles and 5,000 no‑load cycles, ensuring sustained, dependable operation.
• Push‑to‑Trip Manual Override: Includes a convenient test button for on‑site checking and control.

Technical Specifications

• Voltage: 240 VAC, 50/60 Hz
• Current Rating: 225 A
• Interrupting Rating: 25 kA at 240 VAC
• Poles: 2
• Trip Type: Thermal‑Magnetic
• Magnetic Trip Current: 2,400 A
• Magnetic Hold Current: 1,200 A
• Continuous Rating: 80%
• Impulse Withstand: 8 kV
• Mechanical Durability: 1,000 loaded / 5,000 no‑load cycles
• Dimensions: W 3.00″ × L 6.50″ × D 3.13″
• Torque: 247.8 lbf‑in (for AWG 4–300 kcmil)

Material Compliance and Certifications

• Eco‑Friendly Materials: Meets RoHS & REACH standards, minimizing harmful substances.
• Trusted Safety Standards: UL, CSA & NOM certified for North America and Mexico.
• Green Premium Certified: Part of Schneider’s eco-conscious product line.

Suitability

• Commercial Spaces: Excellent for lighting circuits, HVAC systems, and elevator controls.
• Industrial Facilities: Built to stand up to heavy machinery, manufacturing lines, and automated systems.
• Renewable Energy Sites: Ideal for protecting solar inverters, wind turbine controls, and battery storage arrays.
• Data Centers: Shields mission‑critical equipment and prevents disruptions linked to overcurrent faults.