Technical specifications for IC660ELB905
Brand GE Intelligent Platform /GE Fanuc
Series Genius I-O
Part number IC660ELB905
Product Type Network adapter interface board
Block to block isolation 1500 volts
Control power 8 watts
Frequency 47 to 63 Hz
Maximum frequency ripple 10%
Operating temperature 0 to 60 degrees Celsius
Power voltage drop time 1 cycle
Humidity 5% to 95% (non-condensing)
Optional input filter time 10 to 100 ms (interval 10 ms)
The IC660ELB905 interface board is a network adapter interface board manufactured by GE Fanuc Automation and is part of the Genius I/O family. The GE Fanuc IC660ELB905 Genius network interface board supports handheld displays and backward compatible I/O blocks. It also has diagnostic capabilities to help keep the device fully operational. Other features of the interface board include a CPU that helps track feedback status, and each circuit has an LED indicator for different signals. The IC660ELB905 interface board weighs about 1 pound and operates at 115 volts AC or 125 volts DC. The interface board is fully compatible with the GE IC660HHM501 handheld display. A handheld monitor is needed to help change the baud rate configuration or configure the IC660ELB905 network adapter interface board for redundancy.
The GE Fanuc IC660ELB905 Network adapter interface board is an isolation board with 4 separate sets of circuits, including input and output circuits. Each of these circuits can operate when using a nominal voltage of 115 volts AC or 125 volts DC. This means that the interface board can operate with AC or DC power. The IC660ELB905 interface board can be used with any GE Fanuc Genius bus controller, QBIM or PCIM device. This interface board is backward compatible with earlier interface board versions and can be used as a replacement part for those versions. However, the terminal assembly of this interface board is not backward compatible. The network adapter interface board also perfectly matches the GE Genius I-O series of electronic components and can be used as a replacement for certain electronic components.
