Module Type:Analog Output
Channel Count:2 Channels
Output Type:Voltage
Operating Range:-10V to +10V
Current Consumption:Max. 15 mA per channel
Supply Voltage:12-24 VDC
Operating Temperature:-40°C to +70°C
Relay Outputs:No
Digital Inputs:Not applicable
Communication Interface:RS-485
Enclosure Type:IP20
Mounting Type:Panel
Dimensions:146 x 100 x 108 mm
Weight:0.25 kg
Experience unparalleled precision with the GE FANUC IC693ALG390 Analog Output Voltage Module. This module is specifically engineered to deliver robust performance in challenging industrial settings. Its dual-channel design ensures efficient management of complex analog outputs, making it ideal for applications requiring precise voltage control.
Featuring an advanced resolution of 0.01 V, this module guarantees exceptional accuracy in signal generation, enabling seamless integration into your automated production lines. With a current rating of up to 20 mA and a wide operating voltage range of 12-24 V DC, it caters to a broad spectrum of operational demands.
Built to withstand extreme environmental conditions, the IC693ALG390 boasts a temperature range from -20°C to +70°C, ensuring reliable performance across various climates. Its compact size and lightweight construction make it easy to integrate into existing systems without compromising on space or functionality.
Enhanced with compatibility for DeviceNet and ControlNet communication protocols, this module facilitates seamless data exchange and control over your industrial network, optimizing system efficiency and reducing downtime. Whether you’re looking to enhance the precision of your processes or upgrade your automation infrastructure, the GE FANUC IC693ALG390 Analog Output Voltage Module is the trusted solution for your industrial control needs.
Order now and experience the difference in your manufacturing productivity. With its combination of high performance, durability, and versatile connectivity options, this module is poised to revolutionize your operation, driving productivity and efficiency forward.
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