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GE Fanuc Emerson Series Six IC600BF930

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IC600BF930

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The GE Fanuc Emerson IC600BF930 output module from the Series Six is engineered for reliable operational performance. It features four output points with a voltage rating of 115 Volts AC.

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Technical specifications for IC600BF930

ManufacturerGE Fanuc Emerson
Product TypeOutput Module
Product LineSeries Six
Part NumberIC600BF930
Weight6.00 lbs (2.72 kg)
Voltage Rating115 Volts AC
Output Points4
Continuous Isolation Voltage240 Volts DC
Power Requirements5 Volts DC, 400 mA Maximum
Source of Required PowerRack
Compatible RacksI/O Racks and Model 60 Racks
Output Leakage CurrentLess than 4 milliamps (Off-State)
Maximum Output Load Current per Point4 Amps (On-State)
Inrush Current40 Amps for 33 milliseconds per Point
Minimum Resistive Load35 milliamps
Minimum Inductive Load50 milliamps
Output Voltage Drop1.3 Volts Typical, 2.3 Volts Maximum at Rated Load
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Model IC600BF930 is an output module within GE Fanuc Emerson's Series Six lineup. It is designed to operate at a rated voltage of 115 Volts AC and features four discrete output points suitable for various applications. The module draws power requirements of 5 Volts DC, with a maximum current of 400 mA, which it sources directly from the rack.

Installation compatibility includes both I/O racks and Model 60 racks, offering flexibility for users. A continuous isolation voltage of up to 240 Volts DC ensures device safety during operation. For each output point, a substantial maximum load current of 4 Amps is permitted during the on-state, ensuring ample power delivery.

This module also experiences an inrush current of 40 Amps for a brief duration of 33 milliseconds per output point, suitable for applications requiring significant initial current. The minimum resistive load is recorded at 35 milliamps, while inductive loads must reach a minimum of 50 milliamps to ensure reliable operation. Off-state output leakage current is remarkably low, under 4 milliamps, contributing to overall efficiency. Furthermore, during maximum rated load conditions, output voltage drop measurements typically average 1.3 Volts, with a peak limit of 2.3 Volts, indicating minimal loss of power at rated loads.