Rozłącznik izolacyjny smartARS P pro Rozłącznik izolacyjny smartARS P pro Rozłącznik izolacyjny smartARS P pro Rozłącznik izolacyjny smartARS P pro
Rozłącznik izolacyjny smartARS P pro
Rozłącznik izolacyjny smartARS P pro
Rozłącznik izolacyjny smartARS P pro
Rozłącznik izolacyjny smartARS P pro

smartARS P pro

Fuse switch disconnector with current transformers

  • Fuse switch disconnectors with current transformers built into the base

  • The transformers built into the base of the unit do not increase its overall dimensions (saving space in the switchgear or cabinet)

  • A flame-proof, self-extinguishing plastic with a V0 flammability class

Ask about this product

Find out what the smartARS P pro fuse switch disconnector has to offer

Two-pole contact arrangement

Designed for installation on a 185mm busbar system

Versions

 

smartARS 00 P pro fuse switch disconnectors – 160 A
Installation on a 185 mm busbar system;
3-POLE SWITCHING - all phases simultaneously,

 

smartARS 2 P pro fuse switch disconnectors - 400 A
Installation on a 185 mm busbar system;
1-POLE SWITCHING – each phase independently

 
  • smartARS 00-3-V P for Cable connection: V-type terminals; V-clamp 25-150SW
  • smartARS 00-3-M P pro Cable connection: M8 screw terminals

 

 

  • smartARS 2-1-V P for Cable connection: V-type terminals; V-clamp 240mm²
  • smartARS 2-1-M P pro Cable connection: M12 nuts
  • smartARS 2-1-2V P for Cable connection: 2V-type terminals; double V-clamp 240mm²

 

 

Installation on a 185 mm busbar system;
3-POLE SWITCHING – all phases simultaneously,
 		smartARS 3 P pro fuse switch disconnectors – 630 A
Installation on a 185 mm busbar system;
1-POLE SWITCHING – each phase independently
 
  • smartARS 2-6-V P for Cable connection: V-type terminals; V-clamp 240mm²
  • smartARS 2-6-M P pro Cable connection: crimped M12 nuts
  • smartARS 2-6-2V P for Cable connection: 2V terminals; double V-clamp 240mm²

 

 

 

  • smartARS 3-1-V P for Cable connection: V-type terminals; V-clamp 240mm²
  • smartARS 3-1-M P pro Cable connection: M12 nuts
  • smartARS 3-1-2V P for Cable connection: 2V terminals; double V-clamp 240mm²

 

Installation on a 185 mm busbar system;
3-POLE SWITCHING – all phases simultaneously
 		 
  • smartARS 3-6-V P for Cable connection: V-type terminals; V-clamp 240mm²
  • smartARS 3-6-M P pro Cable connection: M12 nuts
  • smartARS 3-6-2V P for Cable connection: 2V terminals; double V-clamp 240mm²

 

 

 

Transformers

 

Current transformers used for current measurement in smartARS P pro fuse switch disconnectors 
With sizes of 160 A, 400 A and 630 A, they are built into the unit’s base without increasing its dimensions, 
which saves space in the switchgear or cabinets.
The technical parameters of the current transformers used are as follows:

  • in smartARS 00 P pro units – 150/5/0.5 s/2.5 VA
  • in smartARS 2 P pro units – 400/5/0.5 s/2.5 VA
  • in smartARS 3 P pro units - 600/5/0.5 s/2.5 VA
     

The switch disconnectors are fitted with connection terminals allowing signal cables from the transformers to be connected.

 

przekładniki

Applications of the smartARS P pro fuse switch disconnector

Transformer stations

The use of fuse switch disconnectors in transformer substations ensures the highest standards of operational safety. The design of the switchgear allows for rapid disconnection of the power supply. Furthermore, its resistance to harsh conditions and temperature fluctuations means the equipment does not require frequent servicing, thereby reducing operating costs.

Low-voltage switchgear

The fuse switch disconnector is a solution designed to optimise space in LV switchgear. Thanks to its compact design, it facilitates the arrangement of equipment whilst ensuring reliable circuit protection. A well-designed connection system allows cables to be neatly and safely routed, which speeds up installation and makes future inspections easier.

Cable connectors

The fuse switch disconnector ensures effective circuit isolation, thereby enhancing staff safety during operational work. Furthermore, the device minimises the risk of phase-to-phase short circuits, and its design guarantees the stability of the network parameters.