IC693CPU364R GE FANUK

GE Fanuc power boards were essential components within their PLC and control systems. They provided the regulated power necessary for the proper functioning of the system's various modules (CPU, I/O, communication, etc.). These boards were designed for industrial environments, emphasizing reliability and stability.

Key Functions

• Power Conversion: Transforming incoming AC power to the DC voltages required by the system (e.g., +5V, +24V).
• Power Distribution: Distributing the converted DC power to the various modules connected to the backplane or rack.
• Overcurrent Protection: Fuses or other protective circuitry to prevent damage from short circuits or excessive current draw.
• Isolation: Often included isolation between the incoming AC line and the DC outputs for safety and noise reduction.
• Power Monitoring (Sometimes): Some models might have basic indicators (LEDs) to show the status of the power supply.

Product Parameters (General Examples - MUST check specific model)

• Input Voltage: Could be 120VAC, 240VAC, or a range. Some might accept DC input.
• Output Voltages & Currents: This is highly variable. Examples: +5V @ several amps, +24V @ several amps, -12V (less common). You must know the required voltages and currents for your system.
• Power Rating: The total power the board can deliver (watts).
• Number and Type of Outputs: How many connectors and what type (e.g., for different modules).
• Operating Temperature Range: The environmental temperature the board can operate in.

Product Advantages (Typical for Industrial Power Supplies)

• Reliability: Designed for continuous operation in demanding industrial settings.
• Long Life: If properly maintained, these boards often have a long service life.
• Specific System Integration: Designed to work seamlessly with GE Fanuc PLCs and other hardware.

Precautions

• Correct Voltage and Current: Using the wrong power supply can destroy your PLC and other modules. Double-check, triple-check.
• Proper Installation: Follow the original equipment documentation for installation.
• Environmental Conditions: Keep within the specified temperature range. Excessive heat is a common cause of power supply failure.  
   
• Regular Maintenance (If Possible): Check connections, look for signs of wear. Capacitors can degrade over time. However, working on power supplies can be dangerous; if you're not qualified, get professional help.  
   
• Replacement: Finding exact replacements for older GE Fanuc power boards can be challenging. You might need to find compatible replacements or consider upgrading parts of your system if the power supply is no longer available.

Product Applications

GE Fanuc power boards were used in any application where GE Fanuc PLCs and control systems were deployed:

• Manufacturing: Controlling production lines, machinery, robotics.
• Automotive: Automating assembly processes.
• Oil & Gas: Controlling processes in refineries and pipelines.
• Material Handling: Controlling conveyors and other material handling equipment.
• Any Industrial Automation Setting: Where reliable power was needed for the control system.

Finding Specific Information

Because GE Fanuc is no longer a separate entity, finding documentation can be harder. Here are some strategies:

• Check Existing Documentation: If you have any manuals or documentation for your system, the power supply should be detailed there.
• Search Online: Search for the specific model number of the power board. You might find old manuals or forum discussions.
• Contact Emerson Automation Solutions: They acquired GE Fanuc. They might be able to provide some information, though support for very old products can be limited.
• Industrial Parts Suppliers: Some suppliers specialize in older industrial parts. They might have replacements or be able to offer advice.