DEIF DU-2/MKIII Paralleling And Protection Unit 24VDC

What is the DEIF DU-2/MKIII?

The DEIF DU-2/MKIII is a paralleling and protection unit designed for power generation applications.

Using it, several generators can be run parallel to each other while delivering seamless output.

In this sense, multiple generators form a working coalition to create stable, dependable power.

More than this, the protection aspects of the DU-2/MKIII naturally safeguard not

only the generators but the loads connected to them against electrical faults.

Key Features

One of the benefits of DU-2/MKIII in paralleling control is that it allows several generators

to share load efficiently so that all units will contribute directly to the general power supply without overloading a single generator.

Comprehensive Protection Functions: The protection features have been incorporated into this unit and,

though numerous, include some of them being overcurrent, under voltage, and frequency monitoring among many others.

These safeguards prevent generators from getting damaged and keep the power system intact.

Simple interface: The DU-2/MKIII comes with a simplified format of the display which makes it easier to monitor and set it up.

All alarm signals and commands may be read and set directly on the unit by operators.

Flexible communication protocols: It also supports different forms of communication protocols

so that it will easily work well with other control systems and devices.

Therefore, it makes the DU-2/MKIII flexible according to any form of installation’s specific demands.

Robust Design : It can face the demands of industrial environments due to its robust material not withstanding dust,

moisture and temperature change without failure, so it surely provides reliable performance over the time line.

Programmable Settings : This unit has an option for extensive programmability.

Modifying conditions in protection settings and operation parameters will be allowed

by making modifications based on their particular requirements and operational conditions.