GE IC200PWR002G Power Supply Expansion

/Description/

The GE IC200PWR002G is a compact, backplane-mounted power supply module engineered to distribute internal logic power across a localized VersaMax PLC or network interface rail. It converts standard 24V DC field input voltage into dual regulated 5V DC and expanded 3.3V DC logic signals, ensuring clean data transport and module stability. Capable of acting either as the primary station supply for CPUs or as a booster expansion unit on peripheral carriers, it features built-in electrical protection mechanisms alongside a grounded frame infrastructure to safeguard downstream automation blocks from field-side voltage spikes or sudden reverse polarity wiring errors.

/Key Information/

Nominal Input Voltage: 24V DC

Input Voltage Range: 18V DC to 30V DC

Total Output Current Rating: 1.5 Amps maximum combined load

Output Voltages Supplied: 5V DC and 3.3V DC

Ride-Through Time: 10 milliseconds

Operating Ambient Temperature: 0°C to +60°C (32°F to 140°F)

/Service/

1.All items are NEW.

2.Any inquiries will be replied within 1 hour.

3.We check them more than three times before we send out the goods!

/Shipping/

1.Item within 1-2 days after the payment is cleared.

2.Item ship By E-packing/FedEx/EMS/TNT/DHL/UPS.

3.All the packing ship with tracking number.

/Faq/

Q: What is GE's legacy in the industrial automation industry?

A: GE (General Electric), founded by Thomas Edison in 1889, was a global leader in PLC systems, including the famous Series 90-70, PACSystems RX3i/RXi, and VersaMax I/O platforms. While GE's industrial automation division was acquired by Emerson in 2019, these products remain widely used in factories worldwide .

Q: Does GE support hot-swapping of I/O modules?

A: Yes, most GE PACSystems and VersaMax I/O modules support hot insertion (hot-swapping) when used with compatible Network Interface Units. This allows module replacement without powering down the entire system. However, always verify your specific NIU configuration before performing hot-swap .

Q: What is the most common failure mode in GE PLC modules?

A: Power supply aging (capacitor failure) and communication faults (Ethernet/Profibus dropouts).

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