• Brand : Allen-Bradley
• Series : 2098
• Product Type : Digital Servo Drive
• AC Input Voltage : 230-480V AC
• AC Input Frequency : 47-63 Hz
• Main AC Input Current : 20 A
• Continuous Output Current : 34 A
• Continuous Power Output :
• Bus Overvoltage : 810V DC
• Shunt On : 800V DC

The 2098-DSD-HV150X-DN servo drive is a digital servo drive manufactured by Allen-Bradley. The drive is part of the Allen-Bradley Ultra 3000 digital servo drive series. It runs with a variable voltage range from 230 Volts AC to 480 Volts AC. The running frequency of the servo drive is also variable. It has a frequency range between 47 and 63 Hertz. The exact frequency depends on the applied load. All the drive communication is done by using a DeviceNet Interface. The drive has a continuous power output of 7.5 kilowatts. The 2098-DSD-HV150X-DN servo drive has a main AC input current of 20 Amps and a continuous output current of 34 Amps. The drive has a bus overvoltage rating of 810 Volts DC and it has an 800 Volts DC shunt-on rating. The drive offers robust performance and is a cost-effective solution for modern application requirements. The drive should be operated in a clean and dry location. An ambient temperature of -40 to +70 degrees Celsius should be maintained around the drive for normal operation. The environment should have a relative humidity range of 5 to 95%. This digital drive has been manufactured to meet the EMC directive.

The 2098-DSD-HV150X-DN servo drive is equipped with electrostatic discharge-sensitive parts and assemblies. Hence, static control precautions should be taken during the installation, servicing, and repairing of the unit. The DeviceNet adapter permits other network devices to communicate directly to the drive without routing the communication through the network scanner. It is a Series B drive and it comes with a standalone indexing feature. The 2098-DSD-HV150X-DN servo drive is manufactured compactly and it can be programmed according to the needs of its operators. The drive comes with an automatic motor recognition capability with an intelligent feedback device. This ability removes the need to configure the motor parameters.