Technical specifications of IC693CBL303
Brand GE Fanuc
Series Series 90-30
Part number IC693CBL303
Type cable
Purpose HHP connection
Connector type Canon DA15S with solder pot
Connector 1st end 15-pin male head, both ends D-Subminiature
Connector end 2 15 pin male head, both ends D-Subminiature
Cover AMP 207470-1 Connector housing
Hardware Kit AMP 207871-1 kit includes 2 metric screws and 2 screw clips
Cable type Belton 9508
Us Wire Gauge #24 (.22 mm 2)
Cable length 2 m (6 ft)
Product life cycle status * Discontinued/obsolete
The IC693CBL303 cable is a handheld programmer cable that has been included in the 90-30 series of PLCS manufactured by GE Fanuc. This particular cable is used to connect a handheld programmer (HHP) called the GE IC693PRG300 Handheld Programmer to a serial connector on the PLC power supply. The cable enables the HHP and the programmable logic controller or PLC to communicate with each other and with different devices related to the application process. This cable also provides a power connection and signal connection to the HHP, indicating to the PLC that the HHP is properly connected to its serial port. The GE Fanuc IC693CBL303 handheld programmer cable can also be used to connect the PLC RS-485 serial port to the RS-422/485 to RS-232 converter.
The GE Fanuc IC693CBL303 handheld programmer cable comes with a Canon DA15S connector consisting of a 15-pin male D-subminiature connector type and a connector housing. The cable is 2 meters long and the cable type is Belden 22 cable with a diameter of 9508 square millimeters. If a different cable length is required, it can be built by combining different components, but if it is too long, it may cause electrical noise and affect the signal. The 15-pin connector of the GE Fanuc IC693CBL303 handheld programmer cable must be connected to the serial port connector on the PLC power supply. The D connector on the other end of the cable must then be connected to the HHP. To ensure normal operation, the length must be calculated correctly between the length and diameter of the cable to avoid electrical interference.
