1961 results
GE Fanuc Emerson / Series Six
The IC600BF842 module supports eight analog inputs with a maximum voltage range rating of -10 to 10V DC. Installation is straightforward on compatible I/O racks, requiring 32 consecutive I/O points for input table communication. It has a high-end source voltage limit of 9.9902V and displays high-end
GE Fanuc Emerson / Series Six
This Local I/O Receiver Module can function appropriately within a temperature range of 0 to 60 degrees Celsius outside the rack. For storage, it supports temperatures between -20 and 80 degrees Celsius. It has a humidity tolerance of 5 to 95 percent, non-condensing and can be installed in any avail
GE Fanuc Emerson / RX3i PacSystem
The GE Fanuc IC694MDL752 5/24 Volts DC TTL Output Module is made for the RX3i PacSystems PLCs. This output module has 32 discrete outputs in 4 groups of 8 outputs each, and it requires a user-supplied external AC/DC power supply for operation.
GE Fanuc Emerson / Genius I-O
This cable features an impedance rating of 150 Ohms and supports connectivity through TCP/IP Ethernet communication. Its conductor size is 22 AWG with a DC resistance of 14.0 Ohms per 1000 feet at 20°C, while the shield resistance is rated at 6.3 Ohms per 1000 feet under the same conditions. The nom
GE Fanuc Emerson / Quickpanel
The GE Fanuc IC754VGI06MTD interface terminal has been designed and manufactured as part of the Quickpanel and Quickpanel+ series. It can communicate with most kinds of industrial devices through its Ethernet port, serial port, USB device port, and its 2 USB host ports. The IC754VGI06MTD interface t
GE Fanuc Emerson / Series Six
This memory module belongs to Series Six and supports a significant logic memory capacity of 16K words and 8K words for register memory. It is designed with battery backup capabilities utilizing a lithium manganese dioxide battery. LED indicators enhance operational visibility, while the module oper
GE Fanuc Emerson / Series Six
This high-density module is compatible with standard I/O racks as well as Series Six Plus CPU racks, enhancing its adaptability in various setups. It operates efficiently within a maximum response time of 40 microseconds when switching states. The device maintains performance in a temperature range