150-F135NBDB Product datasheet
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Model number: |
150-F135NBDB |
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Module Type: |
Solid State Controller |
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Manufacture: |
Allen-Bradley |
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Condition: |
Brand New |
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Range of Product: |
Allen-Bradley |
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Lead time: |
In Stock |
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Weight: |
0.9kg |
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HS CODE: |
8537101190 |
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Dimension: |
3.5x13x14.5cm |
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MOQ: |
1 |
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Product Origin: |
USA |
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System: |
PLC |
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Discontinued on: |
Jane 30,2016 |
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Communication Service: |
Ethernet router |
150-F135NBDB Functional Description
The Allen-Bradley 150-F135NBDB SMART MOTOR CONTROLLER is a robust 135mm push button operator designed for use on industrial control panels, commonly serving as a manual interface for start and stop functions in automated systems. As a component of the broader Bulletin 150 product family, it can be integrated with sophisticated control devices like the SMC Flex Smart Motor Controller, which manages motor starting, protection, and diagnostics. This specific operator unit features a durable black button, engineered for high visibility and frequent use in demanding environments. When paired with a system like the SMC Flex, the Solid State Controller Allen-Bradley 150-F135NBDB becomes part of a solution that offers multiple starting modes, electronic overload protection, and advanced metering capabilities.
The design of the ROCKWELL150-F135NBDB Controller MODUEL emphasizes reliability and straightforward integration. Its compatibility with systems that include features such as a built-in SCR bypass contactor, DPI communication, and a programmable LCD display means the physical command initiated by this operator is executed by a highly intelligent controller. This synergy ensures that motor control is not only manual but also protected and optimized through features like adjustable current limits, soft stops, and comprehensive fault diagnostics. The operator's role, therefore, is to provide a dependable human-machine interface point within a much larger ecosystem of motor management.
A significant advantage of utilizing the 150-F135NBDB Allen-Bradley PowerFlex lies in the cohesive safety and control framework it supports. The connected SMC Flex controller provides critical protections such as electronic motor overload with I²t algorithms, undervoltage and overvoltage trip functions, and phase reversal detection. This means that every press of the Allen-Bradley 150-F135NBDB button is backed by a system designed to prevent motor damage and operational hazards, enhancing overall plant safety and equipment longevity. The operator is a key tactile component in initiating sequences that are managed with precision and protection.
Ultimately, specifying the SMART MOTOR CONTROLLER AB 150-F135NBDB is a choice for standardized, reliable manual control within a modern automation architecture. It represents the point where operator intention meets automated execution, supported by a controller capable of pump control, braking functions, and detailed system metering. By choosing this genuine component, engineers ensure a consistent interface that is fully compatible with the advanced logic and protective features of Allen-Bradley's motor control solutions, contributing to efficient and secure industrial operations.
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Electronic Motor Overload Protection
The SMC Flex controller incorporates, as standard, electronic motor overload protection. This overload protection is accomplished electronically with an I2t algorithm.
When coordinated with the proper short-circuit protection, overload protection is intended to protect the motor, motor controller, and power wiring against overheating caused by excessive overcurrent.
The SMC Flex controller meets applicable requirements as a motor overload protective device.
The controller’s overload protection is programmable, providing the user with flexibility. The overload trip class consists of either OFF, 10, 15, 20, or 30 protection. The trip current is programmed by entering the motor full-load current rating, service factor, and selecting the trip class.
Thermal memory is included to accurately model motor operating temperature. Ambient temperature insensitivity is inherent in the electronic design of the overload.