The Allen-Bradley 150-SB1NBR is a solid-state motor controller designed for use with the SMC-50 series. It is a key component in industrial automation systems, particularly in applications that require precise motor control and monitoring. Here's a detailed overview of its key features and specifications:
Technical Specifications
- Line Voltage: 200-460V AC
- Control Voltage: 24V DC
- Motor HP: 10-25
- Motor Current: 30-90 A
- Shipping Weight: 35.1 lbs.
Mechanical Dimensions
- Line/wye: 609.6 mm
- Line/wye: 304.8 mm
- Line/wye: 762 mm
- One 10.5 mm (0.41 inch) diameter hole per power pole
- Operational: 1.0 G peak, 0.15 mm
Controller Ratings
- Line: 90 A
- Delta Normal Duty: 155 A
Enclosure Type
Open
User Manuals and Documentation
The user manual for the Allen-Bradley 150-SB1NBR is available from Rockwell Automation, detailing the controller's operation, installation, and troubleshooting procedures. Additionally, technical specifications and data sheets are provided for detailed information on the controller's capabilities and performance.
Troubleshooting and Error Codes
Troubleshooting and error codes for the Allen-Bradley 150-SB1NBR are typically documented in the user manual and technical specifications provided by Rockwell Automation. These resources outline common issues and their corresponding error codes, along with procedures for resolving these issues.
Programming and Installation
The Allen-Bradley 150-SB1NBR is designed for easy integration into industrial automation systems. Programming and installation procedures are typically detailed in the user manual and technical specifications provided by Rockwell Automation. These resources outline the steps required for setting up and configuring the controller for specific applications.
Key Features and Applications
The Allen-Bradley 150-SB1NBR is designed for use in industrial automation systems that require precise motor control and monitoring. Its key features include solid-state design, high motor current ratings, and compatibility with a wide range of motor types. It is commonly used in applications such as manufacturing, process control, and building automation, where precise motor control is critical for efficient and reliable operation.