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The IC695ACC400CA is a CPU energy pack from the RX3i PacSystem series by GE Fanuc Emerson. This essential unit ensures continuous power supply to the CPU during electrical interruptions, weighing 1.13 lbs and built for reliable performance.
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| Manufacturer | GE Fanuc Emerson |
|---|---|
| Product Type | CPU Energy Pack |
| Product Line | RX3i PacSystem |
| Part Number | IC695ACC400CA |
| Weight | 1.13 lbs (0.51 kg) |
| Primary Function | Maintains CPU power during a power failure |
| Cable Voltage Rating | 300 VAC |
| Connector Type | Samtec IPD1-04-D-K |
| Conductor Material | Tinned copper |
| Crimp Housing Material | Nylon 66 |
| LED Status Indicators | Fault, Low Capacitance, Charging, and Charged Indicators |
| Min. Operating Temperature | 0 °C |
| Max. Operating Temperature | 60 °C |
| Min. Storage Temperature | -20 °C |
| Max. Storage Temperature | 70 °C |
The IC695ACC400CA from GE Fanuc Emerson serves as a vital CPU energy pack within the RX3i PacSystem framework. Designed primarily to maintain power to the CPU during outages, this unit weighs 1.13 lbs and is engineered for efficiency. The maximum cable voltage rating for this device is 300 VAC, which reflects its capability to function within electrical environments requiring higher voltage tolerance.
Connectivity for this energy pack is achieved through a Samtec IPD1-04-D-K connector, ensuring a robust and secure link to power. It employs tinned copper as the conductor material, which enhances the unit's durability and conductivity. The crimp housing is made from Nylon 66, providing essential protection for the internal components.
LED indicators are included to provide real-time status updates, encompassing indicators for faults, low capacitance, charging cycles, and fully charged states. These visual cues assist in monitoring the device's operational status effectively.
In terms of environmental resilience, the IC695ACC400CA operates reliably within a temperature window of 0 °C to 60 °C. Storage conditions are also well-handled, allowing for a minimum of -20 °C and a maximum of 70 °C. This capability ensures that the energy pack can be stored safely in various climates while maintaining its operational integrity.