DBP Square Split Core CT

How does a split core current transformer work?
They operate by magnetically inducing current from the conductor they are placed on into a proportional electric current that flows through the CT conductors. They make it possible for power meters to measure current on circuits that, if they measured the current directly, would overpower the meters

There are two primary types of CTs.
1.Solid core CTs form a permanently closed core. Installing a solid core CT requires disconnecting the conductor to get it through the CT core. The benefits of solid core CTs are that they are generally less expensive and can be more accurate.
2.Split core CTs have a "split" in the core that allows the CTs to be placed around the conductor without having to disconnect the conductor or disrupt the wiring. Split core CTs may be more expensive but their convenience generally outweighs their cost when dealing with retrofit installations.

1.DESCRIPTION

The DBP series current transformer has been specially designed to facilitate their installation in new or already existing net works. They may be installed without opening any cable or bus-bar circuit. The connection of conventional CTs usually requires the interruption of the primary side circuit to pass cables or bur-bars through the transformer core or to connect such cables to the primary terminals. The DBP series transformers core may be easily opened and they may be installed and connected without any supply interruption. Thus saving time and the installation costs.

2. FEATURE
Two built in fixing methods:Base; Busbar mounting
Very easy to mounting.
Wide inner window, allowing clamping of big cables or bus-bars.Wide range of sizes to accommodate all the existing installations.
Primary current from 5A to 5000A.