IC697MDL252 Discrete Input Module - GE Fanuc Emerson

GE Fanuc IC697MDL252 - High-Density AC Discrete Input Module

Quick Highlights:

Total Inputs: 32 points | Grouping: 4 groups of 8 | Voltage: 12V AC | Input Filter Time: 20 ms | Input Current: 10 mA | Max Leakage: 2 mA | Frequency: 47-63 Hz

Detailed Features:

This module supports a wide range of industrial devices including mechanical limit switches, selector switches, pushbuttons, and 2-wire or 3-wire proximity switches. With group isolation, electrical interference is minimized, ensuring high signal integrity across all channels.

Electrical Specifications:

• Rated Input Voltage: 12 Volts AC
• Input Current (ON state): 10 mA
• Max Leakage Current (OFF state): 2 mA
• Operating Frequency Range: 47 to 63 Hz
• Required Current: 0.30 Amps
• Supports AC Inputs: Yes
• Supports DC Inputs: No

Input Reliability & Indicators:

The IC697MDL252 features individual LED indicators located on the top of the module, providing real-time status feedback for each input point. The built-in input filter of 20 milliseconds guarantees stable operation, even in environments prone to electrical noise.

Rugged Design & Compliance:

• Resistive Input compliant with IEC Type 1 standards
• Electrical Isolation: Each group isolated for enhanced safety
• Voltage Threshold ON: 9.6V AC minimum
• Voltage Threshold OFF: 4V AC maximum
• Temperature Range: -20°C to +60°C operating, -40°C to +85°C storage
• Humidity Tolerance: 5% to 95% non-condensing
• Shelf Life: 1 year

Physical & Configuration Details:

Compact yet robust, the IC697MDL252 weighs approximately 450 grams with dimensions of 140 mm height, 50 mm width, and 160 mm depth. Configuration is simple via Windows NT, Windows 95, or MS-DOS using Ethernet TCP/IP or SNP port connectivity. No need for jumpers or DIP switches.

Model Breakdown - Understanding IC697MDL252:

• IC697: Denotes compatibility with the GE Series 90-70 family
• MDL: Indicates a module for discrete input/output functions
• 252: Specific model identifier within the MDL series