YSTPN-32 Miniature Circuit Breaker
| Test Current (A) | Rated Current (In) | Specified Time | Expected Result | Initial State | Remarks |
|---|---|---|---|---|---|
| 1.13In | All values | t ≤ 1h | No-tripping | Cold state | |
| 1.45In | All values | t ≤ 1h | Tripping | Hot state | Current rises steadily to the specified value within 5s |
| 2.55In | All values | 1s< t < 60s | Tripping | Cold state | |
| 5In | All values | t ≥ 0.1s | No-tripping | Cold state | Close the auxiliary switch to connect the current source |
| 10In | All values | t< 0.1s | Tripping | Cold state | Close the auxiliary switch to connect the current source |
The YSTPN-32 Miniature Circuit Breaker is the ultimate solution for modern Residential Circuit Protection, combining enhanced safety with a revolutionary space-saving design. This high-breaking capacity MCB features a notably slim $18text{mm}$ width, making it perfect for compact consumer units, and an ideal switch for Residential Circuit Protection. It offers powerful, reliable defense against both damaging overloads and dangerous short circuits within standard single-phase $230text{V}$, $50text{Hz}$ AC systems, providing comprehensive Residential Circuit Protection.
The core of the YSTPN-32 lies in its precise Thermal-Magnetic Tripping Performance. This superior Thermal-Magnetic Tripping Performance ensures a rapid response to both overload and short-circuit faults. The test data for Thermal-Magnetic Tripping Performance clearly illustrates its accuracy: at $1.13text{In}$, Thermal-Magnetic Tripping Performance requires no tripping within $1text{h}$ (cold state); at $1.45text{In}$, Thermal-Magnetic Tripping Performance requires tripping within $1text{h}$ (hot state). For short-circuit faults, Thermal-Magnetic Tripping Performance mandates precise tripping at $5text{In}$ and extremely fast tripping at $10text{In}$. Reliable Thermal-Magnetic Tripping Performance is crucial for effective Residential Circuit Protection. Every successful demonstration of Thermal-Magnetic Tripping Performance bolsters confidence in Residential Circuit Protection.
The YSTPN-32 is engineered for complete Hazard Elimination. By simultaneously disconnecting both the live and neutral wires, it fundamentally eliminates the serious personal injury and fire risks arising from common wiring faults or neutral-to-ground potentials. This innovative design focuses on Hazard Elimination, achieving total Hazard Elimination. This function is particularly critical for Residential Circuit Protection, as common wiring errors are the root cause of many safety incidents, and we promise absolute Hazard Elimination. Hazard Elimination is the primary objective of the YSTPN-32, and we aim to achieve total Hazard Elimination through technical innovation, elevating the standard of Residential Circuit Protection. We strive for Hazard Elimination in every Residential Circuit Protection scenario.
Its accurate Thermal-Magnetic Tripping Performance ensures reliable interruption during overloads and short circuits. Every detail of the Thermal-Magnetic Tripping Performance has been meticulously engineered. This Residential Circuit Protection switch achieves true Hazard Elimination through its unique functionality, ensuring absolute Hazard Elimination. Residential Circuit Protection demands extremely high reliability, which is exactly what the Thermal-Magnetic Tripping Performance of the YSTPN-32 provides. By ensuring accurate Thermal-Magnetic Tripping Performance, we deliver trustworthy Residential Circuit Protection to users, leading to complete Hazard Elimination. Hazard Elimination is the key differentiator of the YSTPN-32 compared to traditional breakers, offering true Hazard Elimination.
The Residential Circuit Protection market places extremely high demands on Thermal-Magnetic Tripping Performance and Hazard Elimination. The Thermal-Magnetic Tripping Performance of the YSTPN-32 fully complies with $text{IEC60898}$ and $text{GB10963.1}$ standards. Every successful event of Thermal-Magnetic Tripping Performance guarantees Residential Circuit Protection. This Residential Circuit Protection MCB is the ideal choice for achieving comprehensive Hazard Elimination, ensuring thorough Hazard Elimination. We pursue outstanding Thermal-Magnetic Tripping Performance to support the highest standard of Residential Circuit Protection, guaranteeing Hazard Elimination.
Thermal-Magnetic Tripping Performance is the foundation, Residential Circuit Protection is the application, and Hazard Elimination is the goal. We recognize the importance of Residential Circuit Protection, hence our continuous optimization of Thermal-Magnetic Tripping Performance, with Hazard Elimination as the ultimate benchmark. Hazard Elimination is not just a slogan; it is the core promise of our Residential Circuit Protection product.
