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下載手機APP 固態(tài)高頻焊機的逆變輸出柜
● 逆變部分由MOSFET單相逆變橋并聯組成，單橋功率設計為120kW/60kW，逆變橋選用積木式方式完成功率疊加，每塊橋板均設計為由滑道組成的抽屜式結構，方便裝置與修理；
● 選用匹配變壓器完成功率組成，選用次級諧振、無焊接變壓器輸出方式，由槽路諧振電容器（低壓）與感應器直接諧振，經過輸出極板實現鋼管焊接所需功率的傳遞。
● 選用密封機箱，裝置頂置空調。
Inverter Output Cabinet
● The inverter part is consisted of MOSFET single phase invert bridge in parallel style. Each bridge’s design power is 120 kW/60kW. We adopt building block mode to pile up power, it’s very convenient to install and maintenance because every single bridge board is designed as drawer structure consisted of slideway.
● We adopt matching transformer to realize power combination, also we adopt sub-resonance, no-welding transformer output mode and make resonance directly by tank resonance capacitor (low voltage) and inductor to achieve steel pipe welding power transmission by output lead.
● Use sealed box and install overhead air conditioning.
● 逆變部分由MOSFET單相逆變橋并聯組成，單橋功率設計為120kW/60kW，逆變橋選用積木式方式完成功率疊加，每塊橋板均設計為由滑道組成的抽屜式結構，方便裝置與修理；
● 選用匹配變壓器完成功率組成，選用次級諧振、無焊接變壓器輸出方式，由槽路諧振電容器（低壓）與感應器直接諧振，經過輸出極板實現鋼管焊接所需功率的傳遞。
● 選用密封機箱，裝置頂置空調。
Inverter Output Cabinet
● The inverter part is consisted of MOSFET single phase invert bridge in parallel style. Each bridge’s design power is 120 kW/60kW. We adopt building block mode to pile up power, it’s very convenient to install and maintenance because every single bridge board is designed as drawer structure consisted of slideway.
● We adopt matching transformer to realize power combination, also we adopt sub-resonance, no-welding transformer output mode and make resonance directly by tank resonance capacitor (low voltage) and inductor to achieve steel pipe welding power transmission by output lead.
● Use sealed box and install overhead air conditioning.
