The IC200UEX015 expansion unit, part of GE Fanuc Emerson's VersaMax Micro series, operates on a 12-volt DC supply. It offers 8 input and 6 output channels, all rated at 12 volts DC, and is an efficient addition to control systems.
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Manufacturer | GE Fanuc Emerson |
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Series | VersaMax Micro |
Part Number | IC200UEX015 |
Product Type | Expansion Unit |
Rated Supply Voltage | 12 Volts DC |
Number of Inputs | 8 inputs rated at 12 Volts DC |
Number of Outputs | 6 outputs rated at 12 Volts DC |
Input Power Supply Rating | 4 Watts |
Approximate Weight | 3 pounds (1.36 kg) |
Approximate Dimensions | 3.54 inches tall, 3.74 inches wide, and 2.99 inches deep |
Output Control Voltage | 12 Volts DC |
Maximum Inrush Current for Transistor Outputs | 4 Amperes for 20 milliseconds |
Input Response Time | 0.5 to 20 milliseconds |
Maximum Transistor Output Load Per Circuit | 0.7 Amperes |
Output Voltage Drop | 0.3 Volts (maximum) |
Holdup Time | 3 milliseconds |
Off-State Leakage | 0.1 milliamperes |
Safety Features | External fuse for output protection |
The GE Fanuc Emerson IC200UEX015 is an expansion unit built for the VersaMax Micro series, providing flexible integration into automation systems. It accepts a supply voltage of 12 volts DC, delivering power to a total of 8 input channels, each rated for the same voltage. Additionally, it offers 6 output channels, also functioning at 12 volts DC to maintain circuit consistency throughout applications.
This device consumes a maximum of 4 watts of power. It weighs approximately 3 pounds (1.36 kg) and has dimensions of 3.54 inches in height, 3.74 inches in width, and 2.99 inches in depth. Each transistor output can handle a peak inrush current of 4 amperes for a brief duration of 20 milliseconds. Input response time can vary from 0.5 to 20 milliseconds, allowing for a prompt and efficient response in automated processes.
When maximizing output loads, users can safely operate each transistor output circuit up to 0.7 amperes. The rise in voltage drop at the output does not exceed 0.3 volts, ensuring effective energy transmission with minimal loss. The unit boasts a holdup time of 3 milliseconds, maintaining system stability during brief interruptions. Off-state leakage is recorded at a low level of 0.1 milliamperes. Furthermore, an integrated external fuse provides additional safety, protecting the output from potential overload situations, thus preserving the overall integrity of the system.