The General Electric UR9NH CPU Module is an integral part of the Universal Relay series, designed to enhance system performance with its advanced control algorithms and compatibility with diverse industrial applications.
CPU Architecture:Advanced Microcontroller
Operating Voltage:12V DC
Operating Temperature:-40°C to +70°C
Communication Interface:RS-485, Modbus
Memory Capacity:512 KB Flash, 64 KB RAM
Processing Speed:20 MHz
The GE UR9NH Control Module is engineered with high-performance components to meet the demanding requirements of industrial automation environments. It boasts a 2.0 GHz CPU speed, coupled with 2 GB DDR3 RAM, ensuring swift and efficient operation.
Equipped with a Windows Embedded Standard operating system, the module provides a robust platform for executing complex control algorithms and applications. Its versatile interface options, including USB 3.0, Ethernet, and RS-232, facilitate seamless connectivity with a wide range of peripheral devices.
For enhanced reliability and system stability, the UR9NH Control Module supports dual SODIMM memory slots, allowing for flexible and scalable configuration. Its DC 24V power supply ensures compatibility with diverse industrial power sources.
Compact yet sturdy, the module measures 120mm x 104mm x 72mm, making it an ideal fit for space-constrained industrial setups. Weighing in at 0.5 kg, it is easily transportable and can be integrated into various machinery and systems without adding significant bulk.
Designed with safety and ease of use in mind, the GE UR9NH Control Module offers comprehensive support for error detection and fault management, minimizing downtime and enhancing operational efficiency. Its compatibility with the Universal Relays series ensures seamless integration into existing infrastructure, streamlining the upgrade process and maximizing return on investment.
The General Electric UR9NH CPU Module is an integral part of the Universal Relay series, designed to enhance system performance with its advanced control algorithms and compatibility with diverse industrial applications.