About 1397-B010N-HA2-L11

The non-regenerative Allen-Bradley 1397-B010N-HA2-L11 is a 1397 series digital DC drive that has a 460V AC voltage, as well as 10 HP, and 7.5 kW output ratings. Note that this drive has a 50 or 60-cycles per second line frequency (nominal), as well as a +/- 2 cycles frequency variation of the nominal frequency. This drive comes with a programmer/controller human interface option with a digital pot and an I/O expansion cord. In amperes, the 1397-B010N-HA2-L11 drive has a full-load rated RMS AC line current, as well as a 15 kVA minimum source. When running this drive, the ambient temperatures should not exceed 40 °C when the drive is placed in a cabinet and they should not exceed 55 °C if it is placed inside a chassis and its environment should be free from caustic or acidic vapors, dirt, dust, interference (both electrical and electromagnetic noise), vibration, and shock.

The AC line of the 1397-B010N-HA2-L11 drive can support up to 3 drives in a single transformer. Its overload capacities, applicable only for the drive, are dependent on the length of time, specifically 200% of the full load rating for 13 seconds and 150% of the full load rating for 1 minute. The continuous service factor of this drive is 1 and it also has a 5% minimum load, which is dependent on the rated load of the 1397-B010N-HA2-L11 drive. The rated load and speed of this drive have a typical displacement power factor of 88% and a drive efficiency of 98.6%, with both only for the drive, and a typical drive efficiency of 85% for the drive and motor.

Repair Services for 1397-B010N-HA2-L11

Type	Lead Time	Price	Action
Repair Service	2-4 weeks	$2941.42	Add to Cart

Our highly skilled technicians can repair your 1397-B010N-HA2-L11. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.

Revisions for 1397-B010N-HA2-L11

Please refer to the manual for more information about the 1397-B010N-HA2-L11 such as the wiring diagrams, data sheets, firmware information and migration or obsolescence details.