• Brand : Allen-Bradley
• Series : 2097
• AC input voltage : 80…132V rms single-phase (120V nom), 80…264V rms single-phase (240V nom), 80…264V rms three-phase (240V nom)
• AC input frequency : 48…62 Hz
• Main AC input current, Nom (0-pk) : 11.3 A
• Main AC input current, Nom (rms) : 13.9 A
• Integrated AC Line Filter : No
• Control power back-up input voltage : 20…26V DC
• Control power back-up input current, max. inrush : 30 A
• Control power back-up input current, nominal : 500 mA
• Continuous output current (rms) : 12.0 A
• Continuous output current (0-pk) : 17.0 A
• Peak output current (rms) : 36.0 A
• Peak output current (0-pk) : 50.9 A
• Continuous power output(240V nom or 120V ) : 3.00 kW
• Shunt on : 390V DC
• Shunt off : 375V DC
• Dimensions : 9.37 x 7.29 x 2.70 in (238 x 185 x 69.0 mm
• Weight : 4.2 lbs (1.9 kg)

The 2097-V33PR6 is an Ethernet I/P Kinetix Indexing Servo drive. This drive is operated by applying input voltage with variations of 100V class, 200V class and 400V class. Specifically, the voltage ranges compatible for this Kinetix Drive are 80-132VAC, 1-phase, 80-264VAC, 1-Phase and 80-264VAC, 3-Phase.

This Ethernet I/P indexing drive features a continuous output current and power of 17.0 A and 3.0 kW respectively, with power dissipation of 117 Watts. It has an integrated Safe Torque-Off functionality which prevent the drive from restating when safety circuit is tripped. This Safe Torque-ff feature is certified at ISO 13849-1 PLd/SIL2 and may be used with external relay to comply with EN954-1, Category 3.

This drive supports five different index types and as many as 32 indices. It supports installation of a memory module for automatic drive replacement. For integrating with CompactLogix controllers, this drive utilizes Allen-Bradley’s Integrated Architecture System.

The drive’s single Ethernet I/P interface is used to implement motion control over Ethernet as well as communication with remote I/O devices and Human Machine Interfaces (HMI).

This Kinetix drive rated operating temperature is 0…40 °C (32…104 °F) with relative humidity 5…95% non-condensing. It may be operated with a maximum altitude 1500 m or 5000 ft with a 1% derate for every 300 m increase in altitude.