The EMERSON 12P4628X092 Discrete Output – High End Module is designed for advanced industrial control applications, offering precise digital control and enhanced reliability in harsh environments.
home
The EMERSON 12P4628X092 Discrete Output – High End Module is designed for advanced industrial control applications, offering precise digital control and enhanced reliability in harsh environments.
open
close
Operating Voltage:24 VDC
Current Rating:12 A
Number of Channels:2
Switching Frequency:50 kHz
Response Time:≤ 1 ms
Load Compatibility:Resistive/Capacitive/Inductive
Operating Temperature:-25°C to +85°C
Enclosure Type:IP20
Dimensions:70 x 70 x 35 mm
Mounting Style:Panel Mount
Communication Protocol:MODBUS RTU
Power Consumption:≤ 3 W
The EMERSON 12P4628X092 Discrete Output – High End module is specifically engineered for high-performance industrial control systems, providing unparalleled precision and reliability in harsh environments.
Equipped with advanced semiconductor technology, this module ensures quick response times, minimizing downtime and enhancing operational efficiency. Its robust design withstands extreme temperatures, ensuring reliable operation across a wide range of industrial applications.
Featuring a compact footprint of 100mm x 60mm x 40mm, this module seamlessly integrates into various control cabinets, maximizing space utilization without compromising on performance. It supports up to 2A of current, making it suitable for demanding applications requiring high output capability.
With its exceptional power consumption of just 5W, this module efficiently manages energy usage, contributing to overall system cost savings and environmental sustainability. Its durable construction and high-end specifications make it an ideal choice for industries seeking top-tier performance and longevity.
Designed for easy installation and maintenance, the EMERSON 12P4628X092 Discrete Output – High End module comes with comprehensive documentation and support, ensuring a smooth integration process and hassle-free operation throughout its lifecycle.
