Input Voltage Range (Vrms):230-480
Nominal Input Current (A):14
Input Frequency (Hz):47-63
Continuous Output Power @ 480VAC:10.0 kW
Continuous Output Power @ 230VAC:5.0 kW
Weight:Approximately 10.44 kg
Shunt Resistance:40 ohms
Max Power Loss:350 watts
Shock Resistance:Up to 15g at 11ms half-sine
Integrating cutting-edge technology, the Allen-Bradley 2098-DSD-HV100-SE is specifically engineered for demanding industrial environments where precision and reliability are paramount. Its versatile 3-phase, 230-480Vrms input voltage range ensures compatibility with various power sources, while the robust design withstands shocks up to 15g at 11ms half-sine, guaranteeing durability in challenging conditions.
Featuring an internal shunt resistance of 40 ohms, the drive optimizes energy consumption, enhancing overall system performance. The device’s maximum power loss of 350W ensures efficient operation without overheating, even under intense load conditions.
This servo drive offers a continuous output current of 14A (0-peak), providing ample power for a wide range of motion control tasks. The intermittent output capacity of up to 28A (0-peak) further extends its application scope, accommodating peak loads with ease.
With its compact yet robust design measuring 9.54×14.2×5.46 inches (242.2×360.7×138.7mm), the Allen-Bradley 2098-DSD-HV100-SE is not only space-efficient but also facilitates seamless integration into existing industrial setups. The inclusion of dedicated slots for RS232 and RS485 with DeviceNet support enables flexible connectivity options, enhancing interoperability with various automation systems.
Designed for compatibility with the ControlLogix Programmable Automation Controller (PAC) platform and SOFTLogix controllers, this servo drive simplifies the setup process, allowing for straightforward integration into advanced automation solutions. The Ultra3000 series it belongs to is renowned for its user-friendly programming environment and comprehensive support for multi-turn absolute encoders, ensuring precise control over actuators and motors.
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