- Bulletin 1305 drive with separate published ratings according to the input phase
- Documented control and SCANport interfaces support machine-level integration
- Programmable PWM and frequency settings must be coordinated with motor and thermal limits
Allen-Bradley 1305-AA08A serves a larger 200d motor when supplied from three-phase power and a lower rating when operated from single-phase power.
System design includes the command source, analog or preset reference, acceleration and deceleration, braking duty, motor-protection parameters, PWM setting, and any connected adapter.
Confirm the complete catalog number, supply phase, motor current, hardware Series, firmware, parameter backup, terminal wiring, grounding, filter, and enclosure temperature before startup.
Availability, condition, price, and shipping time for 1305-AA08A are confirmed during quotation.
Allen-Bradley 1305-AA08A Bulletin 1305 AC Drive Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Published power dissipation must be included in enclosure heat calculations
- Clearances and mounting orientation must follow the official installation drawing
- Output-current derating applies near the maximum operating temperature and at higher PWM settings
- Deceleration time must be selected for the actual motor and load inertia
- DC braking parameters are configured through the documented parameter set
- Dynamic-brake selection depends on regenerative energy and repeated stopping duty
- SCANport provides the documented connection for compatible operator and communication adapters
- All attached SCANport devices share a maximum available load of 250 mA
- Adapter compatibility must be checked against the drive's installed firmware
- Variable-speed control of a correctly sized 200/230 V three-phase induction motor
- Reduced-rating operation from a documented single-phase supply
- Machine systems needing programmable speed, acceleration, deceleration, and stopping functions