Allen Bradley 2198-P031 Kinetix 5700 DC-Bus Power Supply
Allen Bradley 2198-P031 Kinetix 5700 DC-Bus Power Supply
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Brand:Allen Bradley PLC Item No.:2198-P031 Product Origin:USA Product Dimensions:358 x 300 x 55 mm Product Weight:4.33 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Allen-Bradley 2198-P031 Kinetix 5700 DC-Bus Power Supply is an important power conversion component in industrial servo motion-control systems. It provides the DC-bus supply required by compatible Kinetix 5700 inverter modules, helping support coordinated control of multiple servo axes.
Designed for three-phase AC input systems, the 2198-P031 supports a voltage range of 195–528 V RMS. It delivers 7 kW continuous output power at nominal 480 V AC and provides 10.5 A continuous DC-bus output current. The module also features a dedicated 24 V DC control power input and integrated shunt circuitry for regenerative energy management.
With its compact 55 mm module width, the power supply can be integrated into space-conscious servo control cabinets. It is suitable for industrial applications requiring reliable DC-bus power, including automated machinery, robotics, packaging equipment, and precision manufacturing systems.
For maintenance engineers and system integrators, selecting the correct DC-bus power supply is essential for maintaining the performance of a Kinetix 5700 motion-control system. Input voltage, connected drive capacity, regenerative energy requirements, and grounding configuration should all be considered during installation and replacement.
Technical Specifications
Parameter
Specification
Brand
Allen-Bradley
Product Series
Kinetix 5700
Model
2198-P031
Product Type
DC-Bus Power Supply
Input Voltage
195–528 V AC RMS
Input Phase
Three-phase
Nominal Input Voltage
240/480 V AC
Input Frequency
47–63 Hz
Main AC Input Current
11.2 A
Control Power Input
24 V DC ±10%
Control Power Input Current
0.8 A DC
Nominal DC-Bus Output Voltage
276–747 V DC
Continuous Output Power
3.5 kW at 240 V / 7 kW at 480 V
Continuous DC-Bus Output Current
10.5 A
Peak DC-Bus Output Current
31.6 A
Internal Capacitance
585 μF
Internal Shunt Resistance
37.5 Ω
Internal Shunt Power
75 W
Efficiency
99%
Module Width
55 mm
Dimensions (H × W × D)
358 × 300 × 55 mm
Weight
4.33 kg / 9.55 lb
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Applications
The Allen-Bradley 2198-P031 Kinetix 5700 DC-Bus Power Supply is designed to provide DC-bus power for multi-axis servo systems used in industrial automation. It converts three-phase AC input power into DC power for compatible Kinetix 5700 servo drive modules.
Typical applications include:
Multi-axis servo motion control systems
Automated assembly and packaging machinery
Industrial robotics and positioning equipment
CNC machines and precision manufacturing systems
High-speed material handling equipment
Automated production and processing lines
The 2198-P031 is particularly suitable for compact motion-control installations requiring a dedicated DC-bus supply for compatible servo drive modules.
Advantages
Reliable DC-bus power conversion
The power supply converts three-phase AC input power into a DC bus for connected servo drive modules, supporting coordinated operation in multi-axis motion systems.
Compact module design
Its 55 mm module width helps optimize cabinet space in applications where multiple servo drive components must be installed together.
Stable power delivery
The unit provides 7 kW continuous output power and 10.5 A continuous DC-bus output current, supporting compatible servo drive configurations.
Integrated shunt functionality
The 2198-P031 incorporates internal shunt circuitry to help manage regenerative energy generated during motor deceleration and braking.
Separate control power input
A 24 V DC control power connection supports the drive system's control circuitry and allows control power to be managed separately from the main AC input.
Kinetix 5700 system integration
Designed for the Kinetix 5700 platform, this power supply works with compatible servo drive modules and DC-bus accessories to build scalable motion-control systems.
Technical FAQs
Q1: What is the main function of the 2198-P031?
The 2198-P031 converts three-phase AC input power into DC-bus power for compatible Kinetix 5700 servo drive modules.
Q2: What input voltage does this power supply support?
It supports a three-phase AC input voltage range of 195–528 V RMS, covering nominal 240 V and 480 V AC systems.
Q3: What is the continuous output power?
The continuous output power is 7 kW at nominal 480 V AC input. At nominal 240 V AC input, the continuous output power is 3.5 kW.
Q4: What is the continuous DC-bus output current?
The continuous DC-bus output current is 10.5 A DC. The peak output current is 31.6 A DC for the specified short-duration operating condition.
Q5: Does the 2198-P031 require a separate 24 V DC control supply?
Yes. The module has a dedicated 24 V DC control power input. The control supply must meet the specified voltage tolerance and current requirements.
Q6: Can this power supply be used with Kinetix 5700 servo drives?
Yes. It is designed to provide DC-bus power to compatible Kinetix 5700 inverter and servo drive modules. System compatibility should be checked against the connected module specifications.
Q7: Does the 2198-P031 support regenerative energy management?
Yes. It includes internal shunt circuitry to help manage regenerative energy. Additional external shunt capacity may be necessary if the application exceeds the internal shunt capability.
Q8: What is the nominal DC-bus voltage range?
The nominal DC-bus output voltage range is approximately 276–747 V DC. The actual bus voltage depends on the incoming AC supply.
Q9: What should be checked when replacing a 2198-P031?
Check the complete catalog number, hardware series, AC input voltage, control power wiring, DC-bus connections, grounding configuration, and compatibility with the connected servo drive modules.
Q10: What precautions are necessary before servicing the power supply?
Disconnect incoming power and allow the DC bus to discharge before servicing. Follow the manufacturer's specified waiting period and verify that hazardous voltage is absent using an appropriate measuring instrument.
