THED124025WL - 25A Circuit Breaker

THED124025WL 25A Circuit Breaker

Unlock safety and efficiency with the THED124025WL - E Frame Thermal Magnetic Circuit Breaker, a top-tier solution for electrical circuit protection. Designed to handle demanding electrical loads, this breaker is rated for up to 150 amps and supports a versatile voltage range including 120 Vac, 120/240 Vac, 125 Vdc, 240 Vac, 250 Vdc, 277 Vac, and 480 Vac, making it an essential component for both commercial and residential installations.

Key Features and Benefits:

• Diverse Applications: Suitable for use in a variety of settings due to its compatibility with multiple voltages.
• High Interrupting Capacity: Offers a 65 KAIC interrupting rating at 240 Vac, ensuring exceptional protection against high fault conditions.
• Safety Compliance: Includes Cu/Al line and load lugs for safe and reliable connections, suitable for reverse feed use, and marked HACR for heating, air-conditioning, and refrigeration applications.
• Robust Design: Features a non-interchangeable trip style and a fixed long-time and instantaneous trip functionality, providing a stable and secure operation.

Technical Specifications:

• Amperage: 25 A
• System Voltage: Up to 480 Vac
• Poles: 2
• Trip Function: LI
• Lugs: TC041, TCAL14

Material Compliance and Certifications:

• Compliance: UL Listed (UL File #E11592) and CSA Certified (CSA File #LR57114), ensuring adherence to North American safety standards.

Suitability:

• Perfect for both new installations and retrofit applications in residential, commercial, and industrial settings. Its compact E150 frame type allows for integration into a variety of panelboards and switchgear to provide fundamental circuit protection.

The THED124025WL is engineered to offer dependable protection with its thermal magnetic trip technology, addressing overcurrent conditions and preventing potential electrical hazards. Its sturdy construction and compliance with rigorous safety standards make it a reliable choice for protecting electrical circuits from overload and short circuits.