GE IC693MDL240 90-30 AC Voltage Input Module
General info
| Manufacture | GE |
| Item No | IC693MDL240 |
| Article number | IC693MDL240 |
| Series | GE FANUC |
| Origin | United States（US） |
| Dimension | 180*180*30(mm) |
| Weight | 0.8 kg |
| Customs Tariff Number | 85389091 |
| Type | Input Module |
Detailed data
GE IC693MDL240 90-30 AC Voltage Input Module
This module is formerly manufactured by GE Fanuc Automation but recently acquired by Emerson Automation. This module is a general-purpose input module, occupying a single I/O slot of the CPU, I/O expansion or Remote I/O baseplate. The IC930MDL240 operates at input voltage range of 0-132 VAC with frequency of 50/60 Hz while the nominal voltage is 120 VAC and the nominal input current is 12 mA. This module can be used to detect change of state of binary operating field devices such as Switches, pushbuttons, auxiliary contacts and other similarly operating devices. The IC930MDL240 comes with a single group of input channels with isolation rating of 1500 VAC (rms) between field side and logic side. It has On state voltage range of 74-132 VAC and ON state current of 6 mA while the Off state voltage is 0-20 VAC and Off state current is 2.2 mA. Each channel has maximum On response time of 30 ms and maximum Off response time 45 ms.
The GE Fanuc, IC693MDL240 input module is manufactured as part of the Series 90-30 GE PLC product line. It has a voltage rating of 120 Volts AC, with 16 input points sharing one common power output terminal. The 16 circuits comprise a capacitor and a resistor and they are reactive inputs. When the current goes through the input point, the logic reading in the input status table is Logic 1 (%I). It features a functional input module that is compatible with a variety of input devices. For instance, the operators can use it with limit pushbuttons, switches, or electronic proximity switches. The GE Fanuc IC693MDL240 module can be used with field devices when the users provide the supply power to support them. The IC693MDL240 module requires AC power because it cannot run with a direct current.
