IC693MDL930 GE Relay Output Module

IC693MDL930 GE Relay Output Module

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PRODUCT DETAILS

The GE Fanuc IC693MDL930 is a 4 Amp Isolated Relay Output module. Designed for the Series 90-30 Programmable Logic Controller, this module provides 8 normally-open relay circuits. These enable the user to control output loads. Each circuit has a 4-amp output switching capacity. Each output point on the module is isolated from the other points and each point has a separate common power output terminal.

The relay output module is able to control a variety of load devices. This includes but is not limited to indicators, motor starters and solenoids. To operate the field devices connected to this module, the user needs to supply either AC or DC power. On the top of the module there are two horizontal rows of green LEDs that indicate the ON/OFF status of each point. There are eight LEDs in each row. As the IC693MDL930 only has 8 relay circuits, the bottom row is not used. The top row, which is labelled A1, indicates the status of points 1 through 8.

There is an insert that sits between the inner surface and outer surface of the hinged door on the module. On the outer left edge, the insert is colored red. This indicates that it is a high-voltage module. When the door is closed, the inner surface facing the inside of the module has circuit wiring information. On the outside surface, circuit identification information can be recorded. Users who want to implement this module for their industrial applications can do so with any Series 90-30 PLC system. The relay output module may be installed in any I/O slot of either a 5-slot or 10-slot baseplate.

Moore  News

NONFERROUS INDUSTRY

Non-ferrous Industry Capability

The sintering method and the Bayer process are currently the main methods for industrial production of alumina.

Most of the alumina produced is produced by Bayer process.

The Bayer-sintering hybrid method was first created, which greatly improved the total recovery of alumina.

With the continuous improvement of production technology, some new production methods such as lime Bayer method and beneficiation Bayer method are continuously applied to production.

The integrated process control system is a distributed control system.

The system consists of eight process control subsystems (workshop) for raw material grinding, lime digestion, dissolution, sedimentation, seed filtration, evaporation, product filtration, and roasting.

Each workshop has an engineering station EWS and 2-3 operator stations OPS.

The data collection, real-time monitoring, data processing and other information transmission of the internal process parameters of the workshop are realized by the EtherNet/IP control network.

The main production operations of the entire alumina plant are completed by these eight subsystems, each controlled by a ControlLogix controller.

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