Technical specifications for IC697BEM735
Brand GE Fanuc
Series 90-70 series
Part number IC697BEM735
Describes remote I/O scanners
Apply the IC66 bus
Operating voltage 5.0 V DC
The backplane current is 1.3 amps
I/O capacity 1024 discrete inputs/outputs or 64 analog inputs/outputs
Position IC697 rack
Connect 9-pin handheld connector and RS-422/485 serial port
LED indicator 3 LED indicators
Average weight 4.0 kg
The GE Fanuc IC697BEM735 Remote I/O scanner is an intelligent I/O scanner module for the GE IC697 series 90-70 PLC systems. The module is designed to connect the standard IC697 I/O module and other analog extender modules, PCM and bus transmitters to the IC66 bus system. The IC697BEM735 remote I/O scanner is a simple design consisting of a circuit board covered with a hinged transparent door that serves as a panel. It has 3 LED indicators, illuminated through a transparent hinged door, and the back end of the scanner module is a 9-pin male D-connector, a 15-pin female D-head RS-422/485 serial connector, and 16 detachable IC66 bus terminals. The IC697BEM735 remote I/O scanner can be configured using the IC66 Genius handheld Monitor or the MS-DOS programming software configuration feature.
The GE IC697BEM735 remote I/O scanner can support connections up to 7,500 feet (2,275 m) from the host PLC, and can also support a mix of discrete and analog inputs and outputs, up to 1024 discrete inputs/outputs in total, or 64 analog inputs/outputs. In addition to the standard IC697 PLC system, the IC697BEM735 remote I/O scanner module also supports a variety of IC66 host devices, For example, QBIM, PCIM, host PC with PCIM, IC660 PLC, IC655 PLC, or third-party interface device based on GENI. The connection of the remote I/O scanner (such as the IC697BEM735 or IC697BEM733 scanner) and the I/O module constitutes the remote insertion on the IC66 bus. A single IC66 bus can accommodate up to 30 remote branches, and a single remote branch can contain up to eight devices with 5-slot IC697 racks, 9-slot IC697 racks, or a mixture of both, with a maximum distance of 15 meters.
