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The 2198-RP263 from Allen-Bradley is a regenerative bus supply unit designed specifically for the Kinetix 5700 series. It supports a three-phase AC input with a voltage range of 324 to 506 volts rms, and can handle a maximum continuous output power of 119.0 kW.
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| Manufacturer | Allen Bradley |
|---|---|
| Category | Drives |
| Product Line | Kinetix 5700 |
| Part Number | 2198-RP263 |
| UPC | 889508628141 |
| Weight | 135.00 lbs (61.23 kg) |
| Module Type | Regenerative Bus Supply |
| AC Input Voltage Range | 324…506V rms, three-phase (480V nom) |
| AC Input Frequency | 47…63 Hz |
| Main AC Input Current (324…528V rms) three-phase | 150.0 A |
| Max Inrush (0-pk) | 362.0 A |
| Peak AC Input Current (324…528V rms) three-phase | 225.0 A |
| Line Loss Ride Through | 20 ms |
| Control Power DC Input Voltage | 24V DC ±10% |
| Control Power DC Input Current | 9.1 ADC |
| Nominal Bus Output Voltage | 458…747V DC |
| Continuous Output Current to Bus (Three-phase) | 176.4 ADC |
| Peak Output Current to Bus (Three-phase) | 263.0 ADC |
| Peak Output Current Duration | 1.0 s/3.0 s |
| Continuous Output Power to Bus Nom (480V rms, three-phase) | 119.0 kW |
| Peak Output Power to Bus Nom (480V rms, three-phase) | 179.7 kW |
| Bus Overvoltage - 480V, Nom AC Input | 832V DC |
The Allen-Bradley 2198-RP263 regenerative bus supply serves as a crucial component in the Kinetix 5700 series, facilitating efficient energy management in servo applications. This module accepts an AC input voltage ranging from 324 to 506 volts rms in a three-phase configuration, nominally cited at 480V. It also operates effectively at a frequency between 47 and 63 Hz.
The device’s specifications indicate a main AC input current of 150.0 A for voltages between 324 and 528V rms, with a peak current of 225.0 A under similar conditions. It can withstand an inrush current reaching up to 362.0 A, highlighting its capability to handle expected loads during startup conditions. Line loss ride-through is rated at 20 milliseconds, ensuring that the module quickly adapts to transient conditions.
Control power requirements include a DC input voltage of 24V ±10% and a control current of 9.1 ADC. For bus output, nominal voltage levels can range from 458 to 747 volts DC, with continuous output currents available up to 176.4 ADC. The peak output current can reach 263.0 ADC for short durations, specifically 1.0 second or 3.0 seconds, providing flexibility during operation.
In terms of power, the unit delivers a continuous output of 119.0 kW, with maximum peak output capabilities reaching 179.7 kW, optimized specifically for a 480V rms three-phase setup. Additionally, in instances of bus overvoltage, the supply can tolerate up to 832V DC, providing robust protection against fluctuations in input power.