12chs Edsion 110V +4chs Socapex 110V +6chs L6-30 110V output +6chs L6-30 220V output Camlock plug in and out Power Distribution

★ Supports multi-voltage outputs (208V & 120V) with 19-pin Socapex and L21-30, offering flexible power distribution ★ 400A high-current input with self-locking Rhino connector ensures safe and stable connection ★ Each output channel features an indicator light for clear real-time status monitoring ★ Built-in LCD display for accurate monitoring of three-phase current and voltage ★ 400A main breaker with individual circuit protection, combined with a durable 21U rack design

★ Supports mixed outputs of 110V and 208V (19-pin Socapex + L21-30), ideal for various power distribution needs ★ 400A high-current input with self-locking Rhino connector ensures stable and secure connection ★ Each output channel features an indicator light for clear and real-time status monitoring ★ Built-in LCD display for direct reading of three-phase current and voltage ★ 250A main breaker with individual circuit protection, combined with a durable 16U rack design

★ 12 channels of 19-pin 208V outputs with individual indicator lights for clear power status monitoring ★ 400A high-current input with self-locking Rhino connector ensures safe and stable connection ★ Built-in LCD display for real-time monitoring of three-phase current and voltage ★ 250A main breaker with individual circuit protection for each channel ensures maximum safety ★ Standard 19-inch rack design with durable double-layer shock-resistant metal housing

★ Supports 8ch 19-pin Socapex and 4ch L21-30 outputs at 208V, ideal for powering multiple devices simultaneously ★ 400A high-current input with self-locking Rhino connector ensures safe and stable connection ★ Built-in LCD display for real-time monitoring of three-phase current and voltage, easy to operate ★ Durable double-layer shock-resistant metal housing, perfect for demanding stage environments ★ 250A main breaker with individual circuit protection for each output channel ensures safety and system stability