1-919-535-3180 | 1-800-360-6802
sales@pdfsupply.com
GE / IP FANUC Series 90/30 In Stock
1-919-535-3180
1-800-360-6802
Mon-Fri 8AM-5PM EST
sales@pdfsupply.com
IC600BF942
SKU 2171242 UPC 0667573581192
Preowned
PDF Supply Company, LLC is not an authorized distributor for GE Fanuc Emerson
Other Available Revisions for the IC600BF942 IC600BF942AIC600BF942BIC600BF942CIC600BF942DIC600BF942EIC600BF942FIC600BF942GIC600BF942HIC600BF942IIC600BF942JIC600BF942KIC600BF942LIC600BF942MIC600BF942NIC600BF942OIC600BF942PIC600BF942QIC600BF942RIC600BF942-RRIC600BF942SIC600BF942TIC600BF942UIC600BF942VIC600BF942WIC600BF942XIC600BF942YIC600BF942Z
Common misspellings:
- 1C600BF942
- IC6o0BF942
- IC60oBF942
- IC6008F942
- IC600BF9A2
- IC600BF942
-10Vdc to +10Vdc Analog Output Module (4 channels) Series 6 Board Face Plate IC600 IC600BF
Technical Information
The product code IC600BF942 is used for an analog output module that has been designed and manufactured by GE Fanuc. This GE Series Six component comes with both a circuit board and a faceplate and it has 4 available output channels. The module’s circuit board has the following dimensions: 208 x 280 x 31 millimeters (8.1 x 11 x 1.2 inches). In addition to that, the faceplate has the dimensions of 317 x 30 millimeters (12.4 x 1.1 inches). The GE Series Six analog output modules support either an I/O rack power supply or a user-supplied power source. However, the IC600BF942 module has an operating voltage range of -10 to 10 Volts and it requires a power source with a voltage of 5 Volts DC. The current rating of the power source is 1.5 Amps.
The output current for the IC600BF942 analog output module is +/- 5 milliamps. The outputs of the module have a continuous short circuit and the module has a maximum of 750 pF of output load capacitance. The IC600BF942 output module features an accuracy rating that includes a resolution of 12 binary bits or 1 part in 4096. Additionally, the module’s linearity rating is +/- 0.012% of the full scale. The IC600BF942 module has a current loop noise of less than 1 uA RMS for DC voltage. The typical total output drift at full scale is less than 20 parts per million at 0 degrees Celsius. The typical total output drift at 0 Volts out is less than 10 parts per million while the maximum total output drift is 30 parts per million of full scale per 0 degrees Celsius.
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