Allen Bradley 1336-QOUT-SP23A Industrial Control Module

Engineers often praise the 1336-QOUT-SP23A for its rock-solid performance in automation systems where precision matters most. This Allen Bradley module isn’t just another control component – it’s a workhorse for applications demanding stable motor control, process synchronization, and real-time monitoring. Designed to thrive in harsh industrial settings, it handles temperature extremes and electrical noise without breaking a sweat.

Technical Specifications

Real-World Applications

Factories worldwide use this module for critical operations like conveyor belt synchronization and CNC machine control. One automotive plant recently reported fewer production halts after upgrading their assembly line drives with this model. We commonly see it deployed alongside:

• 1336-BRF-SP23A braking modules
• 1336-QIN-SP23A input modules
• Rockwell Automation PowerFlex 755 drives

Customers in energy management and material handling sectors particularly appreciate its seamless integration with legacy Allen Bradley PLC-5 systems. One warehouse automation project we supported used six of these modules to control high-speed sorting mechanisms.

Technical Advantages

What makes this module stand out? For starters, its dual-channel architecture provides built-in redundancy – if one channel fails, the other keeps running. The modular design simplifies field replacements, reducing downtime by 40% compared to older models. We’ve seen clients save thousands annually in maintenance costs thanks to its:

• Coated circuit boards resisting moisture and dust
• Integrated thermal protection against overheating
• Backward compatibility with DeviceNet networks

Interestingly, users report better performance when paired with Allen Bradley’s 1784-PKTX communication card. The module’s programmable frequency profiles adapt to changing loads, making it popular in HVAC systems where energy efficiency matters. One unexpected benefit? Its compact size fits standard 19″ racks while dissipating less heat than comparable drives.