GE Fanuc IC697VAL314 Analog Output Module
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GE Fanuc IC697VAL314 Analog Output Module GE Fanuc IC697VAL314 Analog Output Module
GE Fanuc IC697VAL314 Analog Output Module GE Fanuc IC697VAL314 Analog Output Module
GE Fanuc IC697VAL314 Analog Output Module GE Fanuc IC697VAL314 Analog Output Module

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GE Fanuc IC697VAL314 Analog Output Module

GE Fanuc IC697VAL314 Module
  • IC697VAL314

  • GE Fanuc

  • T/T

  • 1 year

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Description

The GE Fanuc Series 90-70 IC697VAL348 Digital-to-Analog Converter Board is an electronic converter that is designed to take digital inputs and transform them into analog output signals which can be employed in different applications according to the users’ needs. The signal resulting from this conversion is a perfectly shaped sinusoidal waveform, with a voltage range from -10 Volts AC to +10 Volts AC, and an output current rating of approximately  5 milliamps. The GE Fanuc IC697VAL348 Digital-to-Analog Converter Board features several programmable update modes, such as the immediate DAC update mode, the delayed DAC update mode, or the test mode. The digital to analog conversion can be started in 2 modes: the program mode or the external mode. The address setting is done through a pair of DIP switches.

The GE Fanuc IC697VAL314 Digital-to-Analog Converter Board has been designed to work at an operating temperature range between -25 and +70 degrees Celsius (-13 to 158 degrees Fahrenheit). If it is installed in an industrial environment with lower or higher temperatures, the manufacturer strongly recommends the installation of a climate control system or a forced ventilation system with an air filter in order to prevent external debris or dust particles from penetrating the module's protective cover. Overcurrent and short circuit protection devices should also be added and they must have the right ratings and sizes. The GE Fanuc IC697VAL348 Digital-to-Analog Converter Board offers a digital-to-analog Integrated Circuit (IC) for each channel. Different circuits may be fed from each of the DAC output signals because each channel can be multiplexed according to the users’ needs.


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