Rozłączniki, wyłączniki - strona 9

This is a connection accessory used to couple two circuit breakers of the same size. This accessory is compatible with 4 poles Compact INS320 to INS 630 and 4 poles Compact NSX 400/630 devices. It simplifies the connection to bars and cable with lugs when coupling 2 devices. The outgoing pitch of this coupling accessory is 45mm.

Moduł styków wyprzedzających 1NO 1NC do rozłącznika.

This is a padlocking system for fixed Compact NSX 400/630 devices. It allows to lock the device in the open position (OFF) or closed position (ON). The padlocking system can receive up to 3 padlocks (shackle diameter from 5mm to 8mm, not supplied). Locking in the OFF position guarantees isolation as per IEC 61947-2.

This is a padlocking system for fixed Compact NSX 100/160/250 devices. It allows to lock the device in the open position (OFF) or closed position (ON). The padlocking system can receive up to 3 padlocks (shackle diameter from 5mm to 8mm, not supplied). Locking in the OFF position guarantees isolation as per IEC 61947-2.

It is an IVE integrated control circuit for the electrical interlocking of Compact NSX, Compact NS and Masterpact devices. The electrical interlocking is used with a mechanical interlocking system. The relays controlling the closing order to the “N” and “R” circuit breakers must be mechanically and/or electrically interlocked to prevent them from giving simultaneous closing...

It is a mechanical interlocking system for two Compact NSX 100/160/250 devices with toggles. The authorized positions are one device OFF (closed) and the other ON (opened), or the two devices OFF (closed). The system is locked using one or two padlocks (shackle diameter from 5mm to 8mm). Two identical interlocking systems can be used to interlock three devices installed side by...

It is a mechanical interlocking system for two Compact NSX 400/630 devices with toggles. The authorized positions are one device OFF (closed) and the other ON (opened), or the two devices OFF (closed). The system is locked using one or two padlocks (shackle diameter from 5mm to 8mm). Two identical interlocking systems can be used to interlock three devices installed side by side.

It's a keylock adapter for rotary handle padlocking system for Compact NSX 400/630, PowerPact L frames and EasyPact CVS 400/630. This adapter has to be used with Ronis or Profalux keylocks (not supplied) to achieve the rotary handle locking.

It's a keylock adapter for rotary handle padlocking system for Compact NSX 100/160/250, PowerPact H/J frames and EasyPact CVS 100/160/250. This adapter has to be used with Ronis or Profalux keylocks (not supplied) to achieve the rotary handle locking.

It is a mechanical interlocking system for two Compact NSX 100/160/250 devices with rotary handles. The authorized positions are one device OFF (closed) and the other ON (opened), or the two devices OFF (closed). The system is locked using one or two padlocks (shackle diameter from 5mm to 8mm).

It is a mechanical interlocking system for two Compact NSX 400/630 devices with rotary handles. The authorized positions are one device OFF (closed) and the other ON (opened), or the two devices OFF (closed). The system is locked using one or two padlocks (shackle diameter from 5mm to 8mm).

This is a keylock adapter for motor mechanism padlocking system for Compact NSX 400/630. This adapter has to be used with Ronis or Profalux keylocks (not supplied) to achieve the motor mechanism locking.

This is a keylock adapter for motor mechanism padlocking system for Compact NSX 100/160/250. This adapter has to be used with Ronis or Profalux keylocks (not supplied) to achieve the motor mechanism locking.

This side rotary handle is a control accessory for Compact NSXm and PowerPact B devices. The circuit breaker installed in a switchboard with this side rotary handle is IP54 according to IEC 60529 standard. It makes possible to operate the device from the side up to 480 mm extension and it maintains suitability for isolation. The shaft length is adjustable. This accessory has a black...