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The Schneider Electric AP502G10 is an I Line busway designed for efficient power distribution. This unit is built to accommodate line-rated currents of up to 225 Amperes, ensuring robust energy management for industrial applications.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Type | I Line Busway |
| Product Line | Other |
| Part Number | AP502G10 |
| UPC | 785901653417 |
| Weight | 67.00 lbs (30.39 kg) |
| Line Rated Current | 225 A |
| Short Circuit Rating | 22 kA |
| Busbar Material | Aluminum |
| Rated Voltage | 600 V |
| Voltage Type | AC |
| Number of Phases | 3 |
| Wiring Configurations | 4 Wire |
| Length | 10 ft |
| Maximum Ambient Temperature | 40 degrees Celsius |
| Minimum Ambient Temperature | 0 degrees Celsius |
| Maximum Operating Humidity | 80% RH (non-condensing) |
| Maximum Storage Humidity | 80% RH (non-condensing) |
| Maximum Altitude | 1000 meters above sea level |
The AP502G10, manufactured by Schneider Electric, functions as an I Line busway for the distribution of electrical power. It is designed to manage a line-rated current of 225 Amperes, equipping facilities with reliable energy flow. The busway has a short circuit rating of 22 kA, providing protection against overwhelming electrical surges, common in industrial settings. Its rated voltage stands at 600 volts, operating on an Alternating Current (AC) system.
This busway consists of three phases and utilizes a 4-wire configuration, suitable for a variety of electrical layouts. Constructed from aluminum, the busbar enhances conductivity while minimizing weight. With a length of 10 feet, the unit can be strategically positioned within electrical distribution systems to streamline installation and maintenance.
Designed to function in ambient temperatures between 0 and 40 degrees Celsius, it ensures dependable operation across typical industrial environments. The busway can maintain its integrity in humidity levels up to 80% (non-condensing), making it versatile for diverse climate conditions. Additionally, it can be installed at altitudes up to 1000 meters above sea level. This specification makes it adaptable for various operational settings while sustaining optimal performance.