Overload supervision
Measured motor current is evaluated against programmed protection settings over time.
Current160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1Allen-Bradley analog signal follower drives
Bulletin 160 Series C SSC · exact-model technical comparison
Product Summary
Covering the larger 460 V-class Bulletin 160 SSC steps, Allen-Bradley 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 are analog signal follower drives for 1.5, 2.2, and 3.7 kW motor outputs. The SF1 interface supplies the speed command to the regulator, while the converter and inverter stages deliver adjustable-frequency power to the motor.
As output capacity rises across 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1, heat dissipation, weight, and frame size no longer remain identical; BA10 uses the larger power frame. Control wiring still follows the same analog-and-digital terminal concept, so model-specific thermal and power hardware must not be inferred from the shared front-panel layout.
Technical Details
Technical Item160-BA04NSF1160-BA06NSF1160-BA10NSF1
| Brand | Allen-Bradley | ||
|---|---|---|---|
| Product Type | Bulletin 160 SSC variable-speed drive | ||
| Product Family | 160 Series C | ||
| Input Voltage | 380…460 V AC, three-phase | ||
| Interface Option | SF1 analog signal follower | ||
| Motor Output | 1.5 kW (2 hp) | 2.2 kW (3 hp) | 3.7 kW (5 hp) |
| Output Current | 4.0 A | 6.0 A | 10.5 A |
| Maximum Heat Dissipation | 50 W | 77 W | 120 W |
| Approximate Weight | 1.02 kg | 1.10 kg | 2.37 kg |
| Output Frequency | 0…240 Hz | ||
| Drive Efficiency | 97.5% | ||
| Enclosure | IP20 open type | ||
| Cooling | Natural convection; fan on larger frames where specified | ||
| Operating Temperature | 0…50 °C | ||
| Relative Humidity | 0…95%, noncondensing | ||
| Altitude | 1000 m without derating | ||
| Digital Inputs | Three programmable inputs plus start/stop control | ||
| Analog Command | 0…10 V DC or 4…20 mA | ||
Installation Highlights — Fan-Cooled Power Frames
The physical progression of 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 affects panel spacing and heat removal.
BA10 size transition
The highest model uses a larger enclosure footprint, so mounting holes and clearance are not copied from smaller drives.
Unobstructed cooling path
Required vertical space and clean airflow allow internally generated heat to leave the drive.
Power and signal separation
Motor and line conductors stay apart from the SF1 analog reference and programmable-input wiring.
Setup and Operation Questions
Why must 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 receive separate dimensional checks?
160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 do not all share one frame; BA10 has greater capacity, heat loss, weight, and dimensions, so mounting must be checked from its own column.
What is the fastest way to diagnose no response to an analog signal on 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1?
Measure the reference at the SF1 terminals of 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1, verify voltage/current mode and common, then check run logic and frequency limits.
Why can 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 fault after a panel fan fails?
Loss of panel airflow raises the ambient air surrounding 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 and reduces heat removal, which can activate thermal protection under load.
How should motor and reference cables cross near 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1?
Keep the cables separated around 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1; when a crossing is unavoidable, use a right-angle crossing instead of a long parallel run.
What must be reviewed before increasing motor size on 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1?
Recheck output current, motor voltage, overload demand, branch protection, conductors, enclosure heat, and mechanical load before moving among 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1.
Which records should accompany a spare 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1?
Store the complete 160-BA04NSF1 / 160-BA06NSF1 / 160-BA10NSF1 model with parameter values, terminal map, motor data, protection sizes, and the intended panel location.
About Moore Automation
MOORE AUTOMATION
https://www.mvme.cn/Moore Automation supplies industrial automation components and supports international customers with model-focused quotation and dispatch coordination.
Industrial automationInternational enquiriesMulti-brand sourcingOrder coordination
www.mvme.cn
Other Available Products
ABBACS355-01E-02A4-2
Siemens6FX5002-8QN11-1AH0
GEIC694MDL930D
OmronCJ1W-CIF21
Schneider ElectricTM2DDI16DT
HoneywellTC-PRR021
Mitsubishi ElectricMR-J3BUS05M
Rockwell Automation1746-N2
ABBACS355-01E-09A8
Siemens6SE6440-2UD23-0BA1
GEIC35L146UCDY10-0
OmronNX-V60KA
Schneider ElectricTSXSUP40
ABBACS355-01U-06A7-2
Siemens6SL3162-0AF00-0AA1
GEIC31227G01
OmronC500-IM212
Schneider Electric140AVO02000
ABBACS355-03E-01A9-4
Siemens6ES7316-2AG00-0AB0
GEIC200MDL650
OmronNX-ID4442
Schneider ElectricBMXEHC0800
ABBACS355-03E-03A5
Siemens6ES7136-6RA00-0BF0
GEIC600BF904K
OmronC200HE-CPU11
Schneider ElectricBMXDDO1602H
ABBACS355-03E-05A6-4+J404
Siemens6ES7288-2DT32-0AA0
GEIC677DBM442-CA
OmronCJ1W-ID261
Schneider Electric140XBP00600
ABBACS355-03E-08A8-4
Siemens6ES7331-7KF02-0AB0
GEIC693PWR321T
OmronCPM2A-20CDR-D
Schneider ElectricBMXP341000
ABBACS355-03E-09A8-2
Siemens1FK7101-2AF71-1RH0
GEIC330-18S-01-DC24
OmronCS1W-SCB41
Schneider ElectricTM2-1020-SN
ABBACS355-03E-13A3-2
Siemens1FK7042-5AF71-1EG2-Z
GEIC697CPU772L
OmronCPM2C-S110C-DRT
Schneider Electric140M-C2E-B10
ABBACS355-03E-17A6-2
Siemens6ES7215-2AD00-0XB0
GEIC647MPS101-60
OmronCJ1W-OD204
Schneider ElectricTSXH5744MR
ABBACS355-03U-17A6-2
Siemens6ES7522-1BH01-0AB0
GEIS220PAICH1B
OmronCQM1-ID212
Schneider ElectricATV61WD18N4
ABBDI524
Siemens6SL-76
No related record found