コンタクタ,サーキットブレーカー,ソーラーインバーター,電気メーター,太陽電池
Schneider iC65N is a standard miniature circuit breaker in the Acti9 series, with a breaking capacity of 6 の, complying with IEC 60898-1/GB 10963.1 standards. It is suitable for power distribution protection in residential, コマーシャル, and light industrial applications.
- モデルの命名規則
iC65N [Number of Poles] [トリッピングカーブ] [定格電流]
iC65N: Basic model (6 kA遮断容量)
Number of Poles: 1P, 1P+N, 2P, 3P, 3P+N, 4P
トリッピングカーブ: B (3-5で), C (5-10で), D (10-14で)
定格電流: 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ
Order Code Example: A9F18106 = iC65N 1P C6A
- Complete Model Classification
- Classification by Number of Poles
1P (Single Pole)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve B | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 1P B[で] | A9F181B[で] |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 1P C[で] | A9F181C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 1P D[で] | A9F191D[で] |
1P+N (Single Pole + Neutral)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 1P+N C[で] | A9F185C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 1P+N D[で] | A9F195D[で] |
2P (Two Poles)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve B | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 2P B[で] | A9F182B[で] |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 2P C[で] | A9F182C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 2P D[で] | A9F192D[で] |
3P (Three Poles)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve B | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 3P B[で] | A9F183B[で] |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 3P C[で] | A9F183C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 3P D[で] | A9F193D[で] |
3P+N (Three Poles + Neutral)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 3P+N C[で] | A9F187C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 3P+N D[で] | A9F197D[で] |
4P (Four Poles)
| トリッピングカーブ | 定格電流 | モデル | Order Code |
| Curve B | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 4P B[で] | A9F184B[で] |
| Curve C | 1あ, 2あ, 3あ, 4あ, 6あ, 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 4P C[で] | A9F184C[で] |
| Curve D | 10あ, 16あ, 20あ, 25あ, 32あ, 40あ, 50あ, 63あ | iC65N 4P D[で] | A9F194D[で] |
- Series Features & セレクションガイド
- コア技術パラメータ
定格電圧: 1P AC 230 V, 2P/3P/4P AC 400 V
定格絶縁電圧: 600 V
遮断容量: 6 の (exclusive to iC65N series)
トリップ特性: Three curves B/C/D for different load types
Curve B: For resistive loads (例えば, 点灯)
Curve C: For general power distribution and motor control (most common)
Curve D: For high inductive loads and transformer protection
Protection Degree: IP40 (front), IP20 (terminals)
周囲温度: -35℃ ~ +70℃
- アプリケーションシナリオ
Power distribution protection for residential and commercial buildings
Control circuits for small industrial equipment
Protection for lighting, エアコン, ウォーターポンプ, 等.
Replacement of traditional fuses, providing both overload and short‑circuit protection
- Series Comparison (iC65 Family)
| シリーズ | 遮断容量 | 応用 | Order Code Prefix |
| iC65N | 6 の | Standard applications, cost‑effective | A9F18/A9F19 |
| iC65H | 10 の | Industrial environments, higher breaking requirements | A9I28/A9I29 |
| iC65L | 15 の | Special industrial applications, high short‑circuit risk | A9L28/A9L29 |
- Common Model Examples
| モデル | Order Code | Main Application |
| iC65N 1P C16A | A9F18116 | Residential lighting circuit protection |
| iC65N 2P C20A | A9F18220 | Small air conditioner / water heater protection |
| iC65N 3P C32A | A9F18332 | Three‑phase motor control circuit |
| iC65N 4P D50A | A9F19450 | Primary protection for small transformers |
| iC65N 1P+N C25A | A9F18525 | Commercial lighting system protection |
The Schneider iC65N series covers all pole configurations from 1P to 4P, full current ratings from 1A to 63A, and is equipped with B/C/D tripping curves, meeting most low‑voltage power distribution protection requirements.
Select the appropriate model based on load type, ポールの要件, and short‑circuit breaking capacity. Curve C is preferred for standard applications.
