| Management number | 218625679 | Release Date | 2026/05/03 | List Price | $15.84 | Model Number | 218625679 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
The ASI NDB2-63D2-1 DIN Rail Circuit Breaker is a compact, high-performance 2 Amp, single-pole thermal magnetic MCB engineered for reliable supplemental circuit protection in industrial and commercial applications. UL1077 recognized, this miniature circuit breaker is designed for use in 240VAC and 60VDC systems, providing dependable overload and short-circuit protection in control panels and electrical enclosures. Featuring a D curve trip characteristic, the NDB2-63D2-1 is ideal for circuits with high inrush currents and highly inductive loads such as control transformers, solenoids, and specialized automation equipment. Its robust 10kA interrupting capacity ensures superior fault protection, helping safeguard sensitive components and wiring from damage. This breaker offers a slim 18mm footprint, maximizing valuable DIN rail space while maintaining high performance. It mounts easily on a standard 35mm DIN rail and includes screw clamp terminals for fast, secure, and vibration-resistant wiring. A built-in visual LED trip indicator provides clear status identification, reducing troubleshooting time and improving maintenance efficiency. Manufactured to meet multiple global standards including UL1077, IEC60898-1, GB 10963.1, TUV, CE, and CCC, this breaker is also RoHS compliant, ensuring environmental and regulatory compliance. Ideal for industrial automation, control systems, machinery panels, and supplemental protection applications, the ASI NDB2-63D2-1 delivers compact design, high interrupt capacity, and reliable thermal magnetic protection.
| Voltage | 240 Volts |
|---|---|
| Brand Name | ASI |
| Part Number | NDB2-63D2-1 |
| Manufacturer | Nader |
| Mounting Type | DIN Rail Mount |
| Current Rating | 2 Amps |
| Number of Poles | 1 |
| Circuit Breaker Type | Standard |
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form