Features:
- Accepts 18 to 30 VDC from a nominal 24 VDC source.
- Delivers up to 300 W across +5 V, +12 V, and -12 V rails.
- Monitors airflow and internal temperature during high-capacity operation.
The logic-level front switch controls the outputs but does not disconnect the field input.
Electronic current limiting protects each rail, and overload recovery follows removal of the fault.
Full-capacity operation from 0 to 60 °C requires 70 CFM airflow from the rack fan tray.
Apter Power provides quotation support and official GE documentation access for General Electric IC698PSD300 PACSystems RX7i 300-Watt DC Power Supply.
General Electric IC698PSD300 PACSystems RX7i 300-Watt DC Power Supply Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
IC698PSD300 Field DC Input
- Operating span: Maintain the source between 18 and 30 VDC.
- Cold start: Plan branch protection for high inrush current.
- Isolation: Input-to-output isolation is rated for industrial rack service.
- Disconnect: Use an external isolating device for maintenance.
IC698PSD300 Backplane Output Budget
- Combined ceiling: The three rails share a 300 W maximum.
- Five-volt rail: The principal logic rail supplies up to 50 A.
- Positive twelve: Auxiliary +12 V loading is limited to 10 A.
- Negative twelve: The -12 V rail supplies up to 4 A.
IC698PSD300 Protective Responses
- Current limit: Each rail collapses under excessive load.
- Overvoltage: A rail above its threshold latches all outputs off.
- Temperature: Internal sensing removes outputs when overheated.
- Recovery: Cooling or power cycling follows the applicable fault.
IC698PSD300 Airflow Requirements
- Rated airflow: Full capacity requires 70 CFM.
- Sensor default: The external jumper normally enables airflow detection.
- Fan loss: Stopped air turns on OVER TEMP and removes outputs.
- Derating: Convection operation follows the published load curve.