The Emerson 12P4983X592 Discrete Output module is a robust industrial control component designed for high-performance applications requiring precise digital output signals. Ideal for integration into complex automation systems, it ensures reliable operation in demanding environments.
Operating Voltage:DC 24V
Current Rating:10mA per channel
Number of Channels:8
Switching Frequency:up to 10 kHz
Relay Type:Silver-plated copper alloy
Contact Rating:1.5A at 24V DC
Operating Temperature Range:-20°C to +70°C
Environmental Compliance:UL/cUL, CE
The Emerson 12P4983X592 Discrete Output module is designed for critical industrial control applications where reliability and precision are paramount. This module offers four independent discrete outputs, each capable of delivering a maximum current of 5A at 24VDC, making it ideal for high-demand automation processes.
Featuring a compact IP67-rated enclosure, the module is built to withstand harsh environments without compromising performance. Its swift response time of less than 1 millisecond ensures immediate and accurate actuation, enhancing overall system efficiency.
Equipped with MODBUS communication interface, the module seamlessly integrates with existing industrial networks, providing seamless data exchange for enhanced monitoring and control capabilities.
With an internal, self-contained power supply, the 12P4983X592 eliminates the need for external power sources, reducing installation complexity and cost. Its robust design and efficient power management make it suitable for both new installations and retrofit scenarios.
Engineered with precision and durability in mind, this control module from Emerson is the perfect solution for applications requiring precise control, fast response times, and exceptional reliability, ensuring optimal performance in various industrial settings.
The Emerson 12P4983X592 Discrete Output module is a robust industrial control component designed for high-performance applications requiring precise digital output signals. Ideal for integration into complex automation systems, it ensures reliable operation in demanding environments.