Technical specifications for IC660BBA024
Brand GE Fanuc
Series Genius I-O
Part number IC660BBA024
Product Description Current source I/O module
Nooooo. Input 4
Input accuracy 0.1% of full scale reading
Input resolution 1 microamp
Nooooo. Output 2
Output accuracy 0.15% of full scale reading
Output resolution 6 microamps
Block power supply 24/48 VDC
Cooling 12 watts
Status The LED unit is normal and I/O is enabled
Block to block isolation 1500 volts
Group to group isolation 1500 volts RMS
Dimensions (HxWxD) 8.83x3.34x3.91 inches
Weight 4 pounds
The IC660BBA024 current source I/O block is a 24 to 48 volt DC rated current source I/O block belonging to the GE Fanuc series of 90-30 I/O module product line. It helps connect devices that provide analog signals rated from 4 mah to 20 mah. Some of the features of the module include 4 inputs and 2 outputs, isolation channels, and factory calibration. Each input on the IC660BBA024 Current Source I/O module provides 24 volt current loop power. The output channel also offers two rated current loops from 4 to 20 mA. All input and output circuits provide linear scaling, helping to generate engineering units and diagnostic facilities.
The IC660BBA024 current source I/O block measures 22.44 x 8.48 x 9.93 cm and weighs 4 LBS. The specifications for the four independent inputs are 0.1% of full scale reading accuracy at 25 degrees Celsius, input resolution of 1 microamp, input conversion time of 16.6 ms to 400 ms, and current range of 4 to 20 mA. The specifications of the two output circuits include 6 microamps output resolution, a current range of 4 to 20 mA, an output update frequency of 6 to 8 ms, and a full-scale reading accuracy of 0.15% at 25 degrees Celsius. It uses a voltage-to-inverter to convert analog readings to digital values. Independent outputs share electricity with each other. The 24 to 48 V DC version of the bus switch module can be directly connected to the IC660BBA024 current source I/O module. In order to power the module, the 24 to 48 volt DC power supply must be connected to the DC+ and DC-terminals.
