GE IC697ALG320 Analog output module
Specific Parameters
Brand General Electric (GE, American Brand, GE Fanuc)
Product Series Series 90-70 Series
Product Type Industrial-Grade High-Level Analog Output Module
Model IC697ALG320
Number of Output Channels 4 Independently Configurable Output Channels
Output Type Independently Configurable as Analog Voltage Output or Analog Current Output
Voltage Output Range -10VDC to +10VDC (Default)
Current Output Range 0mA to 22.5mA (Default 4mA to 20mA)
Resolution 16-bit with 14-bit Monotonicity
Voltage Output Accuracy ≤±2.5mV at Full Scale 10VDC
Current Output Accuracy ≤±5μA at 4.0mA and ≤±5μA at 20mA (24VDC Field Side Voltage)
Conversion Rate Maximum Sequential Conversion Rate of 2.0ms for All Analog Output Channels
Supply Voltage 5VDC (Maximum 1.66A, Power Consumption 8.3W)
External Supply Voltage Range 10VDC to 30VDC (Typical 24VDC)
User Power Supply for Current Output Maximum 150mA DC Power Supply Required from User
Isolation Feature Output Channels Electrically Isolated from Backplane with Overvoltage Protection
Calibration Method Factory Calibrated, Calibration Data Stored in EEPROM Memory
Module Width 1-Slot
Maximum Number of Modules per Rack 7 IC697ALG320 Modules
Physical Weight 0.91kg (2.00lbs)
Operating Temperature Range 0℃ to 60℃
Storage Temperature Range -40℃ to 85℃
Relative Humidity 5% to 95%, No Condensation
Protection Level IP20
Product Performance
Adopting a 16-bit resolution digital-to-analog converter (with 14-bit monotonicity) and precise factory calibration, it ensures extremely high analog signal output accuracy, and the voltage and current output errors are controlled within a very small range, ensuring the accurate execution of control commands.
The 4 output channels can be independently configured as voltage or current output modes, and parameter configuration can be completed through programming software without jumpers or DIP switches, adapting to different types of on-site actuators with extremely high flexibility.
The conversion rate can reach 2.0ms, which can quickly convert the digital data output by the CPU into analog signals without delay, meeting the requirements for signal response speed in industrial control scenarios.
The output channels are electrically isolated from the backplane, with overvoltage and short-circuit protection functions. It can automatically return to normal in case of short circuit, effectively resist electromagnetic interference in industrial sites, avoid module damage, and improve operational stability.
Calibration data is stored in non-volatile EEPROM memory, no frequent calibration is required, and the output accuracy can be maintained during long-term operation, reducing operation and maintenance costs.
Adopting a 1-slot design, it is compatible with the Series 90-70 series standard rack. Up to 7 such modules can be installed per rack, supporting system expansion and flexibly adapting to industrial control systems of different scales.
Compatible with the Series 90-70 series PLCs, it can be seamlessly integrated into the existing control system without additional modification and adaptation, with convenient installation and improved system integration efficiency.
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