IEC Miniature Circuit Breaker, NDB2T-63 B2/1 L Series, 2A, 1 Pole, 277V AC, 10kA at 277V AC MPN:33V928
Discount: See in Cart
Free Shipping
In Stock
Free Shipping
In Stock
SKU
510-G7481205
IEC Miniature Circuit Breaker, NDB2T-63 B2/1 L Series, 2A, 1 Pole, 277V AC, 10kA at 277V AC
Protect your electrical circuits with the Dayton IEC Miniature Circuit Breaker, a reliable and efficient solution for 277V AC applications. This 2A, 1-pole circuit breaker features a thermal magnetic trip type and meets UL 489 standards, ensuring safe and reliable operation. Suitable for use in various applications, including industrial and commercial settings, it can be mounted on a DIN rail and is compatible with 25-41 AWG wire sizes. With its compact design and CE certification, this circuit breaker is an ideal choice for those seeking a high-quality, easy-to-install solution for their electrical needs.
Top product features:
- IEC Miniature Circuit Breaker has a maximum AIR rating of 10kA at 277V AC
- IEC Miniature Circuit Breaker is designed with a thermal magnetic trip type
- IEC Miniature Circuit Breaker has a terminal connection type of lug
Top product applications:
- Industrial Control Panels
- Electrical Distribution Panels
- Commercial Lighting Systems
- IEC Miniature Circuit Breaker, Amps 2 A, Number of Poles 1, Curve Type B, AC Voltage Rating 277V AC, DC Voltage Rating 48V DC, Max. AIR Rating 10kA at 277V AC, Phase 1, Meets UL Type UL 489, Terminal Connection Lug, Series NDB2T-63, Trip Type Thermal Magnetic, Circuit Breaker Mounting Style DIN Rail, Min. Wire Size 25 AWG, Max. Wire Size 41 AWG, Length 4.01 in, Width 0.71 in, Depth 3 in, Frame Size 32A/NDB2T, Circuit Breaker Actuator Toggle, Standards UL Listed for US & Canada
- CE
Additional Information
- Country of Origin: CN
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 0.71
- Package Width: 2.91
- Package Height: 3.21
- Package Weight: 0.29
Product info last updated on February 26, 2026 12:28pm UTC
Category: Circuit Protection