Allen-Bradley 150-F135NBR

Allen-Bradley 150-F135NBR SMC-Flex Smart Motor Controller

Overview

The Allen-Bradley 150-F135NBR is a high-performance SMC-Flex solid-state motor controller designed for smooth acceleration and protection of motors rated up to 100 HP at 460V AC. With a current rating of 135A and a wide input voltage range of 200–480V AC (3-phase, 50/60Hz), this open-type unit is ideal for integration into control panels. It features a low-voltage 24V AC/DC control input for compatibility with modern control systems.

Technical Specifications

• Brand: Allen-Bradley

• Series: Bulletin 150 SMC-Flex

• Part Number: 150-F135NBR

• Rated Current: 135 A

• Motor Power Rating: 25–100 HP @ 460V AC

• Input Voltage: 200–480V AC, 3-phase

• Control Voltage: 24V AC/DC

• Frequency: 50/60 Hz

• Enclosure Type: Open

• Mounting Type: Panel Mount

• Condition: New

Key Features

• 135A smart motor controller for high-power applications

• Supports motors up to 100 HP at 460V

• 24V AC/DC control input for modern low-voltage systems

• Solid-state design for soft starting and protection

• Integrated overload, stall, and phase loss protection

• Open-type construction for flexible panel integration

• UL, CSA, and CE certified

Applications

• Industrial pumping systems

• Large HVAC and ventilation fans

• Conveyor and material handling equipment

• Process control in manufacturing and utilities

• OEM panels with 24V AC/DC control logic

Shipping & Availability

The 150-F135NBR is in stock and available for fast worldwide shipping.

Return to our SMC-3 – Smart Motor Controllers main category to explore all models and specifications in this family.

Visit our Allen-Bradley Industrial Automation Products master category for the complete range of controllers, drives, motors, HMIs, and accessories.

NEW product in original sealed packaging. The product may be of older version or design. The packaging may have markings, signs of discoloration, and wear. DDPARTSSOLUTION Warranty: 1 Year. Manufacturer's Warranty and Support NEVER apply