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Air Break Substation Switches

1 Way Phase Beside Phase Side Break Switch, Aluminum (TU-1TS2)

By Turner Electric  
The TU-1TS2 is a two insulator, side break outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by the rotation of the hinge insulator.

Center Side Break Switch, Aluminum (AGCH5)

By USCO  
The AGCH5 is a two-insulator, side opening outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by the rotation of two insulators making the center break switch the easiest operating of all group operated switches. Unique construction methods through years of field experience, coupled with simple design concepts provide ease of installation as well as long-term dependability.

Center Side Break Switch, Copper (GCH4)

By USCO  
The GCH4 is a two insulator, side opening outdoor air disconnect switch constructed primarily of copper. Operation is accomplished by the rotation of two insulators making the center break switch the easiest operating of all group operated switches. Proven by years of field experience, this switch takes full advantage of unique construction methods to provide both simple operation and long-term dependability.

Center Vee Side Break Switch, Aluminum (AGCH5V)

By USCO  
The AGCH5V is a two-insulator, side opening outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by the rotation of two insulators in a low profile base design. Unique construction methods through years of field experience, coupled with simple design concepts, provide ease of installation as well as long-term dependability.

Center Vee Side Break Switch, Copper (GCH4V)

By USCO  
The GCH4V is a two-insulator, side opening outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by the rotation of two insulators in a low profile base design. Unique construction methods through years of field experience, coupled with simple design concepts provide ease of installation as well as long-term dependability.

Double Center Side Break Switch, Aluminum (ATR)

By USCO  
The ATR is a three insulator, double center break outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by the rotation of all three insulators. Proven by years of field experience, this switch takes full advantage of unique construction methods to provide both simple operation and long-term dependability.

Hookstick Operated Switch, Copper (HH6)

By USCO  
The HH is an outdoor, hookstick operated, air disconnect switch. The HH is constructed primarily of copper and bronze. The hookstick switch is premium quality and a heavy-duty design. An oversize operating ring and 4 to 1 mechanical pry-outs, aids the operator in operating the switch. A positive latch locks the switch in the closed position assuring that it will not open under the most adverse vibration or short circuit conditions.

Hookstick Operated Switch, Copper (HH8)

By USCO  
Catalog ID: HH8
The HH8 is an outdoor, hookstick operated, air disconnect switch. The HH8 is constructed primarily of copper and bronze. An oversized operating ring and 4 to 1 mechanical pry-outs aid ensure a smooth operating sequence. A positive latch locks the switch in the closed position, ensuring that it will not open under the most adverse vibration or short circuit conditions. Compared to the HH6, the HH8's manufacturing methods reduce cost while maintaining premium quality and offering a heavy-duty design.

Vertical Break Switch, Aluminum (AVR)

By USCO  
The AVR is a three insulator, vertical break outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by rotation of the rear insulator. Unique construction methods proven through years of field experience, coupled with simple design concepts, provide ease of operation.

Vertical Break Vee Switch, Aluminum (AVRV)

By USCO  
The AVRV is a three insulator, vertical break outdoor air disconnect switch constructed primarily of aluminum. Operation is accomplished by rotation of the rear insulator. Unique construction methods proven through years of field experience, coupled with simple design concepts provide ease of operation.
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