Technical specifications for IC660ERD020
Brand GE Fanuc
Series Genius I-O
Part number IC660ERD020
Product Description DC power supply electronic components
Rated voltage 24/48 V DC
The DC power supply requires a typical value of 150 MA and a maximum of 300 mA
Compatible I/O block IC660BRD020
Compatible terminal assembly IC660TRD020
Operating temperature 0 to 60 degrees Celsius
Storage temperature -40 to 100 degrees Celsius
Relative humidity 5% to 95%, no condensation
Weight 1 lb.
IC660ERD020 24/48 volt DC rated power supply Electronics components belong to GE Fanuc Genius I/O series modules and module components. This electronic component acts as the microprocessor unit that hosts its I/O block. It performs communication tasks and computation as well as data storage functions within the block. The IC660ERD020 electronic component assembly is compatible with the GE IC660BRD020 24/48 volt DC I/O block and GE IC660TRD020 terminal assembly. Even if all the wiring connected to the terminal is fixed, the user can insert and remove the electronic component assembly without changing the field wiring. The fault description byte of the fault report has a separate bit to indicate a possible EEPROM failure on that electronic assembly module.
The GE Fanuc IC660ERD020 electronic component assembly has a storage temperature range of -40 to 100 degrees Celsius and a tolerable non-condensing relative humidity range of 5% to 95%. It consists of a printed circuit board that connects the microprocessor's circuitry to external input and output devices. This component can be used for I/O block redundancy configuration. During installation, be sure to determine whether the electronic module is compatible with the terminal assembly or upgrade the module to achieve compatibility. The IC660ERD020 electronic component assembly is designed to easily insert the module by alecting and pushing down firmly. Always remember to disconnect the power supply before inserting the component. If power is on, do not touch the connector pin, or electric shock may occur. When inserting an electronic component assembly, avoid applying a large force, as this may damage the component and block.
