1944 results
GE Fanuc Emerson / RX3i PacSystem
This rackless CPU features a program block capacity of 768 and supports a maximum block size of 128 KB. It can manage up to four Ethernet LANs and is fitted with three Ethernet ports on its front panel. Additionally, the unit includes two USB 3.0 ports for enhanced connectivity options and an RJ45 s
GE Fanuc Emerson / Series One
This GE Fanuc Emerson rack supports I/O and CPU modules, allowing one CPU module per unit. Additional features include a hot connection terminal, a neutral connection terminal, and two RUN relay terminals. The inclusion of a terminal for connection to expansion racks enhances its scalability. This r
GE Fanuc Emerson / Rx7i PACsystem
The GE Fanuc IC698ACC701 Auxiliary Smart Battery Module is made for the Rx7i PACSystem series. This battery module provides extended RAM backup for RX7i CPUs. This module has 15 Amps of maximum battery capacity and a standard battery life of 200 days.
GE Fanuc Emerson / Series 90-30
The IC693TCM302 temperature control module that is manufactured by GE Fanuc is part of Series 90-30. The IC693TCM302 module is a thermocouple input module and it has an output voltage range of 18 to 30 Volts DC. The unit has a load current of 100 milliAmps and a maximum off-state leakage of 0.1 mill
GE Fanuc Emerson / PACSystems RSTi-EP
This network adapter supports a maximum data transmission rate of 100 Mbps across Fieldbus and 48 Mbps on the RTSi-EP system bus. It is suitable for various industrial applications with a supply voltage range from 20.4 to 28.8 Volts DC and a maximum feed-in current of 10 Amps. The EPXPNS001 features
GE Fanuc Emerson / Series Six
This input module supports 32 inputs organized into four groups. It operates within a voltage range of 80-132V AC for the active state and remains inactive below 30V AC. Its operational temperatures range from 0 to 60 degrees Celsius, and it is rated for storage between -20 and 80 degrees Celsius. T
GE Fanuc Emerson / RSTi PacSystem
This discrete input module supports 16 channels and accepts an input voltage range between 10.2 to 28.8V DC. It has a typical filtering time of 1.5 ms and operates under negative logic, making it suitable for specific applications. The module's input impedance is roughly 5.1 kilohms, and it can hand