Current Transformers

Product Details:

The Carlo Gavazzi Current Transformers has been developed to provide the market with an application-oriented range of current transformers, which are easily installed, thus providing optimum safety and flexibility. They are connectable with all types of wiring terminals and can be installed on DIN-rail or directly to the back panel, therefore giving the possibility of bridging the secondary without changing the connections, thus avoiding dangerous over voltages.Split core transformers simplify installation by not requiring disconnection of the wire or busbar connection, whereas the CTD Series solid core transformers offer more precision and a more economical price.Furthermore their size allows their use where limited space is available amongst bus-bars, in applications such as those found within Motor Control Centres (MCCs) or Power Control Centres (PCCs).

Other Detail:

• Solid and split core types in 12 frame sizes
• Types for cable, horizontal and vertical busbar mounting
•  Primary currents up to 2,000A AC
• Secondary currents of 1A or 5A AC
• Sealable terminal block covers
• 2 to 10 bus-bar isolating fixing screws
• DIN-rail mounting holder and removable panel fixing clips
• Double screw terminals (up to 8 wiring connections)
• UL recognized and CSA approved

Product Details:

Cable/Bus-bar type current transformer with DIN-rail/busbar and panel mounting facility. Rated primary currents from 50 A to 300 A

Other Detail:

• Cable and bus-bar type current transformer
• 0.5 class, currents from 50 to 300 A
• Removable DIN-rail mounting holder
• Removable panel fixing clips
• 2 cable/bus-bar isolated fixing screws
• Double screw terminals (up to 8-wire connections)
• Sealable terminal block covers

Product Details:

The new current transformers and split-core current transformer with bus-bar mounting facility from Carlo Gavazzi can be connected with all the existing wire terminals and can be installed either in DIN-rails or directly on panels. In addition, the CTD devices avoid any output overvoltage, during the maintenance and installation procedures, bridging the secondary without changing the connections.