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The 193-CPC75 from Allen Bradley functions as a thermal motor protector that manages the performance of electric motors. This device is designed to operate with either single-phase or three-phase systems and features a trip behavior categorized as Class-10, making it reliable for various applications.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Thermal motor protector |
| Product Line | E1 Plus Relays |
| Part Number | 193-CPC75 |
| Weight | 0.56 lbs (0.26 kg) |
| Power Poles | 3-pole |
| Start-Mode Scale | YA scale |
| Test Function | Trip simulation |
| Setting Guideline | FLA-based |
| Current Setting Span | 60–75 A |
| Trip Behavior | Class-10 |
| Time Curve | Inverse-time |
| Adjustment Method | Dial selector |
| Reset Options | Manual/Auto/Test |
| Reset Stroke | ~2.5 mm |
| Aux Contact Set | 1 NO + 1 NC |
| Terminal Torque | 5.1 N·m |
| Phase Capability | 1φ / 3φ |
The Allen Bradley 193-CPC75 is a sophisticated thermal motor protector specifically engineered to enhance the safety and functionality of electric motor systems. With three power poles, it is capable of accommodating both single-phase (1φ) and three-phase (3φ) configurations. Its trip behavior is set to Class-10, providing effective protection against motor overloads, while the current adjustment range spans from 60 to 75 A, tailored for flexibility in various applications.
The motor protector facilitates users with a YA scale for start-mode selection, allowing optimized operation according to specific requirements. It features a unique trip simulation function for testing purposes, ensuring users can validate the system’s readiness and accuracy of settings. The inverse-time time curve is engineered to provide swift response in overload conditions, delivering enhanced protection to connected motors.
Adjustment of settings is conveniently executed through a dial selector, simplifying the process for operators. Users can reset the device manually, automatically, or initiate a test, affording various options based on operational preferences. The reset stroke is around 2.5 mm, making activation straightforward.
For robust performance, it includes a set of auxiliary contacts featuring one normally open (NO) contact and one normally closed (NC) contact. These contacts enable additional control functionalities within the motor circuit. The device accommodates a terminal torque of 5.1 N·m, ensuring secure connections that meet safety standards. Ultimately, the 193-CPC75 thermal motor protector stands as an essential component for safeguarding motor operations within industrial environments.