General Electric IC670MDL740 Positive Output Module

General Electric IC670MDL740 Positive Output Module Description:

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Package: Original packing with cartons.
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AUTOMOTIVE COMPONENTS

Capricious consumer trends require manufacturing lines that are particularly flexible and able to create a variety of parts, or assemble several product lines without much alteration. As a result of this need for flexibility, manufacturing automotive components and assembling them is often the area in which robot-based automation can be seen at its best.

Intelligent manufacturing in the body shop aims to improve efficiency in casting parts. Forging a vehicle’s exterior parts like the fascia, bumpers and fuel tank, and producing interior parts like instrument panels, seats and air bags requiring very broad know-how and solutions based on robotics. Manufacturing the powertrain, chassis and the body of the vehicle also demands a great deal of precision.

Moore Automation Limited understands these requirements and works with car manufacturers to obtain the spare parts they need, as soon as possible. We specialise in identifying parts for machining, assembly, test, materials handling, safety and robot-based automation. We also offer a comprehensive and straightforward supply and repair service which can significantly reduce costs for your company.

General Electric IC670MDL740 Positive Output Module

General Electric IC670MDL740 Positive Output Module

General Electric IC670MDL740 Positive Output Module

The 12/24 VDC Positive Output Module (IC670MDL740) provides a single group of 16 discrete
outputs. The outputs are positive logic or sourcing–type outputs. They switch the loads to the
positive side of the DC supply, and thus supply current to the load.
Power Sources
The power that runs the module itself comes from the power supply in the Bus Interface
Unit.
An external source of DC power must be provided for the switches that power the loads.
Within the module, the external power supply is connected to a 5A fuse. During operation,
the module monitors this power to be sure it is above 9.8VDC. If not, it is interpreted as a
fault by the Bus Interface Unit.
LEDs
Individual LEDs (logic side), visible through the transparent portion of the module top,
indicate the on/off status of each output. The PWR LED is on when field and backplane
power are present and the module fuse is not blown.
Host Interface
Intelligent processing for this module is performed by the Bus Interface Unit or elsewhere in
the system. This includes configuring features such as output default and fault reporting.
The module has 16 bits (two bytes) of discrete output data. A Bus Interface Unit is required
to obtain this output data from the host and/or local processor
Module Operation
After checking the Board ID and verifying that the module is receiving appropriate logic power
from the Bus Interface Unit (as reflected by the state of the module’s Power LED), the Bus
Interface Unit then sends output data to the module in serial format. During transmission, the
module automatically loops this data back to the Bus Interface Unit for verification.
Serial to parallel converters convert this data into the parallel format needed by the module.
Opto-isolators isolate the module’s logic components from field outputs. Power from the
external power supply is used to drive the FETs that source current to the loads.

The module’s 5 Amp fuse protects outputs against the effects of polarity reversal of the
external power supply or excessive current through the output points.
If incorrect connection of the power supply blows the fuse, it is indicated by the module’s LED.
In addition, the module provides a Blown Fuse diagnostic message to the BIU. If the fuse blows,
disconnect power, remove the module and replace the fuse. CAUTION: Electrostatic discharge can
damage the module when it is not installed on an I/O Terminal Block. Always observe normal ESD
protection practices when handling an un-installed module.
Fuse location is shown below. Pry the fuse upward to remove it, taking care not to damage any
components in the module. Place the new fuse in position and press it into the holder.

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