216EA62 1MRB150083R1/F 1MRB178066R1/F ABB Control Board Main Board

Description

216EA62 1MRB150083R1/F 1MRB178066R1/F ABB Control Board Main Board

It looks like you’ve provided a configuration for a system involving various units and components. Let’s break down the information:

1. Analog Input Unit (216EA62):
   • 24 inputs are sampled simultaneously in groups of six.
   • Sampling frequency is 600 (720) Hz, depending on power frequency (50/60 Hz).
   • Space requirement is two rack divisions.
2. Overall Configuration:
   • 1 * 216NG6x Code G
   • 1 * 216VC62a
   • 1 * 216EA62 (Analog Input Unit)
   • 1 * 216AB61
   • 2 * 216DB61
   • 24 input transformers (2 * 216GW62) Code K/L
   • 16 tripping relays
   • 32 signaling relays (2 * 216GD61a) Code I
3. Components:
   • 216NG6x Code G: Unknown details (it seems to be a specific unit or code).
   • 216VC62a: Processing unit, presumably for handling and processing signals.
   • 216EA62: Analog Input Unit with specific sampling capabilities.
   • 216AB61: Output unit for signaling.
   • 216DB61 (2 units): Input/output units, possibly for handling tripping commands.
   • Input Transformers (2 * 216GW62) Code K/L: 24 input transformers, possibly for transforming signals or adapting voltage levels.
   • 16 Tripping Relays: Components responsible for initiating tripping commands based on specific conditions.
   • 32 Signaling Relays (2 * 216GD61a) Code I: Components for signaling purposes, indicating specific states or conditions in the system.
4. System Operation:
   • The 216EA62 unit samples 24 inputs simultaneously, grouped in sets of six, at a specified frequency based on power frequency (50/60 Hz).
   • The configuration includes processing units (216VC62a), output units (216AB61), input/output units (216DB61), and various relays for tripping and signaling.
5. Space Requirements:
   • The entire system requires two rack divisions.

This configuration appears to describe a system for monitoring and controlling a complex set of signals in an industrial or electrical setting, with specific attention to analog input handling, processing, and output signaling/tripping functionalities.