Take the GE Entellisys™ Technical Challenge

1.

What makes Entellisys™ low-voltage switchgear different from conventional switchgear?

It has a significantly smaller footprint than conventional switchgear

It uses a single-processor concept to control every circuit breaker in the switchgear based on the exact conditions in the total system at that moment

It has significantly higher ratings than conventional switchgear

3.

What are the maximum nominal ratings allowed with Entellisys™?

600 volts ac, 4000 amps ac, 50/60 Hz, 250 kA short circuit interrupting

400 volts ac, 4000 amps ac, 50/60 Hz, 200 kA short circuit interrupting

600 volts ac, 5000 amps ac, 50/60 Hz, 200 kA short circuit interrupting

5.

What is the purpose of the Entelliguard™ Messenger?

It is the breaker within the system

It's only role is to control the flow of data to and from the HMI

It is the electronic interface between the Entellisys™ system's central processing units and the Entelliguard™ circuit breaker

7.

Which of the following features is not provided by the HMI?

The display of all protection, monitoring, and control within the system

A small display with no keyboard

A USB port that allows files to be downloaded and viewed on a PC

Permission based functionality to view and edit settings

9.

Which of the following flexibility features helps Entellisys™ to provide great value over the lifetime of the system?

A. The HMI allows easy fault identification and facilitates root cause analysis enabling quick restoration of power and reduced downtime.

B. System upgrades can be performed using software, without loss of productivity

C. Functionality changes during commissioning or normal operation normally require additional hardware and wiring to be installed

D. Mobile metering capabilities allow the user to assign metering to any circuit without additional CTs, wiring or system shutdown

A and B

B, C, and D

A, B, and D

All of the above