最大の機能を持つ電源QUINT POWER
QUINT POWERサーキットブレーカは公称電流の6倍で磁力ですばやくトリップし、システムを選択的に低コストで保護します。モニタリング機能でエラー発生前にクリティカルな動作状態を報告し、高いシステム可用性も確保します。
スタティックパワーリザーブPOWER BOOSTで高負荷も確実に起動させます。調整可能な電圧でDC 5~56 V にすべて対応します。
QUINT-PS/1AC/12DC/15
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電源
2866718
一次側スイッチ電源ユニット QUINT POWER、 プラグ式ネジ接続、 DINレール取付け、 SFB Technology (Selective Fuse Breaking)、 入力: 1相、 出力: 12 V DC / 15 A
製品の詳細
UL 認証
認証ID: E211944IECEE CBスキーム
認証ID: SI-2093 A1EAC
認証ID: EAC-ZulassungEAC
認証ID: RU S-DE.BL08.W.00764UL Listed
認証ID: E123528cUL Listed
認証ID: E123528SEMI F47
認証ID: SEMI F47EAC
認証ID: RU S-DE.BL08.W.00764cCSAus
認証ID: 2162673cUL Listed
認証ID: E199827UL Listed
認証ID: FILE E 199827互換性のある製品
特長
よくある質問
Can I trigger a standard miniature circuit breaker with the power supply?
Yes, standard miniature circuit breakers can be triggered safely with the QUINT power supply. Please refer to the SFB configuration matrix, which can be found under Various in the download area.
Can the power supply also be used in environments with corrosive gas contamination?
All our QUINT power supplies are tested in accordance with the ISA G3 Harsh Group A standard and meet the requirements of the standard.
Why is the housing of the power supply warmer than that of other manufacturers?
The reason for this is our heat dissipation concept: All power components are located on the side panels or on the rear panel. The advantage here is that the temperatures inside remain cooler, which increases the service life of the power supply.
Is this power supply also available with a coated printed circuit board and ATEX/IECEx approval?
Yes, you can use item no. 2320908 QUINT-PS/1AC/24DC/5/CO for this.
Can I operate the DC OK relay with the output voltage of the power supply?
The DC OK relay can be connected to the output voltage of the power supply, but may only be loaded with max. 1 A. We recommend using a protective circuit for this.
Can interference from the supply network be transmitted to the output of the power supply?
No, since the QUINT power supply is designed with a multi-stage converter concept, interference is not transmitted. Interference is already eliminated in the input circuit and does not reach the 24 V output of the power supply.