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GE Fanuc Emerson Series One IC610MDL157

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IC610MDL157

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The IC610MDL157 output module from GE Fanuc is designed for versatility in various industrial applications. Operating at a consistent voltage of 24 VDC, this module features a maximum current rating of 0.5 Amps and includes 16 sink output channels for effective control.

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Technical specifications for IC610MDL157

ManufacturerGE Fanuc Emerson
Product TypeOutput Module
Product LineSeries One
Part NumberIC610MDL157
Weight2.00 lbs (0.91 kg)
Voltage24 VDC
Output TypeSink Outputs
Number of Outputs16
Terminal Block TypeRemovable
Operating Voltage Range5 to 24 VDC
Peak Voltage40 VDC
Maximum Current0.5 Amps
On-State Voltage Drop1 Volt DC Typical, 2 Volts DC Maximum at 0.5 Amps
Leakage Current0.11 milliamps at 40 VDC
Inrush Current3 Amps for 20 milliseconds, 1 Amp for 100 milliseconds
Response Time0.1 milliseconds
Internal Power Consumption3 milliamps at 9 VDC, 6 milliamps at 24 VDC per circuit in on-state

The GE Fanuc IC610MDL157 is an output module engineered for reliable performance in a variety of applications. This output module features 16 sink outputs and is rated for operation at 24 VDC. It functions within a voltage range of 5 to 24 VDC and can handle peak voltages up to 40 VDC.

The design incorporates a removable terminal block, facilitating easy connections. Each output is capable of supplying a maximum current of 0.5 Amps. When active, the on-state voltage drop typically measures 1 Volt DC but may reach a maximum of 2 Volts DC when at full load. Leakage current is minimal, recorded at 0.11 milliamps at 40 VDC, which enhances energy efficiency.

The inrush current tolerance accommodates up to 3 Amps for durations of 20 milliseconds and can withstand 1 Amp for 100 milliseconds. The module's response time is quite rapid, clocking in at 0.1 milliseconds, allowing for quick interactions with connected devices. Internal power consumption is kept low, using 3 milliamps at 9 VDC and 6 milliamps at 24 VDC per active circuit, ensuring this module does not excessively drain the system it operates within.