Single,Electro,Vacuum Intake 15kV

• Compact, lightweight design is easy to install, maneuver, and transport
• Accurate coordination of down-line devices
• Simple-to-program controller for easy training and maintenance
• AC powered and does not require batteries
• Optional battery back-up available
• No electronics in high voltage cabinet protects controls from thermal overload
• Allows for seamless communication integration with SCADA, modem, and radio systems
• Available undervoltage trip/restore function - reduces the effects of cold load pick-ups
• Electromechanical counter comes standard
• Easily adaptable with surge arresters
• 24 hour / 7 day dependable customer support

The VXE recloser system successfully combine three technologies:

• High-performance Kyle vacuum interrupter
• Dependable low power mechanisms
• Electronic and automated controls

The NOVA¹ recloser system successfully combine four technologies:

• Cycloaliphatic-epoxy encapsulation
• High-performance Kyle vacuum interrupter
• Dependable low power mechanisms
• Electronic and automated controls

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the Cypoxy® insulator, add “- E” to catalog number. Example: 199021-K030-E

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

Unlike other single-phase reclosers, TripSaver requires no routine maintenance, field programming, or batteries for back-up power.

This catalog number is with the Porcelain insulator. For with the polymer insulator, add “- P” to catalog number. Example: 99021-K030-P

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.

TripSaver features an open-close-open-dropout operating sequence with a 5-second reclosing time interval. The interrupter resets five seconds after dropout, ready for the next operation. The first opening operation uses a very fast 1.5 to 3.5 cycle-clearing time. The second opening operation uses a time-current characteristic equivalent to either a “K” Speed or “T” Speed fuse curve. This operating sequence provides excellent coordination with the substation breaker and downstream transformer fuses.