Configured for three-phase solid-state motor starting and braking control, the Allen-Bradley 150-F625NBED (150-F625 Smart Motor Controller) provides high-current motor control with a listed 460 VAC operating voltage.

Model Identification

The supplied data identifies 150-F625NBED as an Allen-Bradley Bulletin 150 Solid State Controller. The product information specifies 625 A and 500 HP, while the detailed technical data separately lists 251 A and 200 HP at 460 VAC. Both data sets are retained below without assigning an unsupported correction.

Hardware Specifications

Solid-State Control Characteristics

The 150-F625NBED is identified as a Bulletin 150 solid-state Smart Motor Controller with soft-start and braking functions. The controller is configured for three-phase AC motor circuits operating at 50/60 Hz.

The supplied information contains two different current and motor-power data sets. The product description states 625 A and 500 HP, while the detailed specification states 251 A and 200 HP at 460 VAC. These values should be checked against the controller nameplate and applicable Allen-Bradley documentation before electrical selection.

Industrial Control Interface

The controller uses a 100-120 VAC control circuit according to the detailed specification. The product information separately lists 110/120 VAC.

As an Allen-Bradley industrial controller, system integration requires verification of the control terminals, motor circuit, braking configuration, protection devices, and applicable controller documentation. No communication interface, firmware specification, or network protocol is provided in the supplied data.

Ordering Information

• 1 x Allen-Bradley 150-F625NBED Smart Motor Controller
• 1 x Bulletin 150 solid-state controller assembly
• 1 x Open-enclosure configuration
• 1 x Braking control configuration
• No separate bypass unit, communication adapter, terminal kit, or mounting accessory is identified in the supplied data.

Installation and Wiring Guidelines

• Verify the exact controller nameplate rating before connecting the motor circuit.
• Resolve the supplied 625 A versus 251 A current-rating discrepancy using the manufacturer documentation.
• Confirm the applicable motor horsepower rating before installation.
• Verify the incoming three-phase voltage against the actual controller rating.
• Confirm the control supply is compatible with the specified 100-120 VAC range.
• Use appropriately rated conductors, disconnect devices, overcurrent protection, and motor protection equipment.
• Keep control wiring physically separated from high-current motor conductors where practical.
• Connect protective grounding according to the applicable electrical installation requirements.
• Verify braking-control wiring separately from the main motor power circuit.
• Do not use the listed shipping dimensions as cabinet installation-clearance dimensions.
• Do not energize the controller until all power and control terminals have been checked against the applicable wiring documentation.
• Do not hot-swap the controller unless the manufacturer documentation explicitly permits live replacement.

Frequently Asked Questions

• What type of controller is 150-F625NBED?

  It is an Allen-Bradley Bulletin 150 solid-state Smart Motor Controller identified for soft-starting and braking control of three-phase AC motors.

• What current rating is specified?

  The product description states 625 A, while the detailed specification lists 251 A. The applicable rating must be confirmed from the controller nameplate.

• What motor rating is provided?

  The product description states 500 HP, while the detailed specification lists 200 HP at 460 VAC. The correct rating requires verification against the installed controller.

• What line voltage is specified?

  The detailed data specifies 200-480 VAC, three-phase, 50/60 Hz, with a 460 VAC voltage rating. The product description states 200-460 VAC.

• What control voltage is required?

  The detailed specification states 100-120 VAC. The product information separately lists 110/120 VAC for the control circuit.

• Does this controller provide braking control?

  Yes. Braking control is explicitly included in the supplied product information. Specific braking method and electrical limits are not provided.

• Is the controller open or enclosed?

  It is specified as an open-enclosure controller. The final installation must provide appropriate environmental and electrical protection.

• Are operating temperature and power consumption specified?

  No. The supplied data does not provide an operating-temperature range or a power-consumption value for the controller.