1926 results
GE Fanuc Emerson / Series Six
Supporting high-speed parallel communication, the IC640WMI610 interface board is crafted for use with Series Six PLCs and workstation computers. It operates at a voltage of 5V DC and draws power from the workstation computer. The unit includes onboard RAM for program loading but does not come with P
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 Five
Designed for CMOS RAM cartridges, the GE Fanuc Emerson IC655ACC549 is a backup battery that maintains memory content during outages or when RAM is absent. It is replaceable and mounts easily in a socket. The IC655ACC549 battery operates at 3.6 volts and weighs approximately 0.02 pounds.
GE Fanuc Emerson / Quickpanel
Functioning at a voltage rating of 3 V, the IC755ACCBATT battery holds a capacity of 620 mAh. It can operate within temperature ranges of 0°C to 40°C, and is designed to function at altitudes up to 1000 MSL. Both storage and operating humidity levels can reach up to 80% without condensation. The ter
GE Fanuc Emerson / Series 90-70
This CPU supports a total of 12,000 mixed discrete I/O points for versatile input and output functionality. It has a nominal current of 2.8 A and operates at 5 VDC, with a maximum power consumption of 70 watts. The device houses four green status LEDs for instant monitoring and operates in a tempera
GE Fanuc Emerson / Genius I-O
The GE Fanuc IC660EBD110 electronics assembly has 16 inputs. It is manufactured by GE Fanuc Automation as a member of the Genius I/O block series. The electronics assembly operates at a voltage of 93 to 132 Volts AC, and it has 28 Watts of maximum heat dissipation with all 16 inputs on when the full
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