Induction brazing
Induction brazing is the perfect choice for brazing of bars, strands, rings and wires in motors, generators and transformers.
ENRX rental equipment is ideal for brazing jobs for the following components:
- Generators
- Transformers
- Turbo generators
- Switch gears
- Motors
Induction brazing is the perfect choice for such parts.
First, the heat is localized. This means that precise Heat Affected Zones can be defined in advance.Second, high density, no-contact heat in precisely demarcated zones means:
- Minimal heat spread
- Minimal risk to insulation materials
- Minimal risk of deformation
When mobility is needed coils can be attached to compact handheld power outputs. As easy to operate as a regular power tool, these handheld units feature long and flexible power cables and are easily attached to commonly available balancers or positioners for extra comfort and productivity.
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Generator maintenance: Induction brazing transforms the game for winding repairs
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Efficiency of induction heating in action during the brazing process of generator windings
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Elevate your service job with unparalleled control and reliability.
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発電機巻線の高周波ろう付け。
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高周波ろう付けは、モーター、発電機、および変圧器のバー、ストランド、リング、ワイヤに最適です。この写真はストランドのろう付けです。
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高周波ろう付けは高速性、正確性、清潔性、エネルギー効率性、制御性、再現性を兼ね備えています。
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操作性の良さ:Minac の数多くあるメリットの 1 つ。
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市場で最もユーザー フレンドリーな 10 インチ静電容量式カラー タッチ スクリーンを備えた操作パネルと最新テクノロジーのマン・マシン インタフェースを採用。
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ENRX は、独自の総合的診断と高度な機械分析、トラブルシューティングを提供します。
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確かな保全計画を立案することができるため、信頼性、生産性、品質の向上につながります。
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ツイン出力:多くのモデルには、2 系統の独立出力を可能にした「ツイン」バージョンをご用意しております。2 つの出力を、大型タッチ スクリーンに並べて表示できます。
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ハンドヘルド・トランス (HHT) により、出力のオン/オフや正確な出力コントロールが可能です。実際、HHT の使いやすさは、一般的な電気ドリルと変わりありません。
Why choose induction over flame brazing?
1. Speedier solution
Induction heating transfers more energy per square millimetre than an open flame. Induction can therefore braze more parts per hour than alternative processes. Rapid and precise heating results in less mass to be heated. And there is less damage to surrounding insulation.
2. Consistent performance
Induction heating is controllable and repeatable. Enter the desired process parameters and the induction equipment will repeat the heating cycles.
3. Unique controllability
Induction lets operators view the brazing process, something that is difficult with flames. This and precise heating minimize the risk of overheating.
4. More productive environment
Open flames create uncomfortable working environments. Induction is quiet and clean. It is easy to extract fumes and there is virtually no increase in ambient temperature..
5. No-contact process
Induction produces heat within the base metals—and nowhere else. Unlike flame heating the base metal never comes into contact with the heat source. The homogeneous and controlled heat minimizes distortion, and there is no danger to create hydrogen embrittlement.