Model Number:2098-DSD-HV150-SE4
Series:Kinetix 6000
Input Voltage (AC):230 to 480 VAC
Frequency (AC):47 to 63 Hz
Nominal Input Current (AC):7 A
Continuous Output Current:11 A (0-peak)
Intermittent Output Current:22 A (0-peak)
Dimensions (WxHxD):9.54 x 14.2 x 5.46 inches (242.2 x 360.7 x 138.7 mm)
Weight:Approximately 22.96 lbs
Interface:RS232/RS485 with DeviceNet
Encoder Compatibility:Multi-turn absolute encoders
Environmental Range:Relative Humidity: 5% to 95%
EMC Compliance:Meets EMC Directive
Electrostatic Discharge Protection:Sensitive parts and assemblies require static control precautions
Bus Overvoltage Protection:Up to 810 VDC
Continuous Output Power:5 kW
The Allen-Bradley 2098-DSD-HV150-SE4 Kinetix 6000 drives are engineered to provide unmatched precision and reliability in demanding industrial settings. These drives are part of the advanced Kinetix 6000 series, renowned for their superior performance in motion control applications.
Featuring an input voltage range of 230 to 480 VAC, these drives are designed to handle a wide variety of industrial environments. With a nominal input current of 7 A, they ensure efficient power delivery for precise motor control.
Equipped with an advanced indexing feature, the 2098-DSD-HV150-SE4 drives can safeguard against overvoltages, specifically designed to handle up to 810 Volts DC. This feature ensures robust performance under various operational conditions.
The drives are compliant with the stringent EMC directive, ensuring reliable operation in environments with electromagnetic interference. Additionally, they incorporate electrostatic discharge protection mechanisms to safeguard against electrical surges, enhancing system stability.
With support for RS232, RS485, and DeviceNet interfaces, the 2098-DSD-HV150-SE4 Kinetix 6000 drives facilitate seamless integration into existing industrial networks, allowing for direct communication between devices without the need for additional scanners. This feature streamlines setup and maintenance processes, optimizing workflow efficiency.
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