193S-EERP | Allen-Bradley E1 Plus 3.2-16.0 A OverLoad Relay
- Regular price
 - $432.00
 - Sale price
 - $432.00
 - Regular price
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Product Description P/N: 193S-EERP
Description
The Allen-Bradley 193S-EERP is a solid-state overload relay from the E1 Plus series, designed to protect motors in single-phase applications with adjustable trip current from 3.2 to 16.0 amps.
Technical Specifications
| Condition | New/Never Used Surplus | 
|---|---|
| Brand | Allen-Bradley | 
| Category | 
 Contactors & Starters 
 | 
| Part Number | 193S-EERP | 
| Subcatecory | 
 Solid State Overload/Relay 
 | 
| Series | 
 E1 Plus 
 | 
| Amperage Range | 3.2–16.0 Amp | 
| Number of Phases | 1 Phase | 
| Reset Type | Auto / Manual / Auto-Manual | 
| Trip Class | Selectable | 
| Terminal Type | Screw Terminals | 
| Mounting Type | Panel Mount | 
| Weight | 0.4400 lb | 
Information About 193S-EERP
The 193S-EERP is part of the Allen-Bradley Bulletin 193 IEC Series and is engineered for motor overload protection in compact and efficient control installations. This relay is suitable for single-phase circuits and offers both manual and auto reset modes to fit a variety of operational needs.
Key Features:
- Type: Solid-state overload relay with integrated pass-thru wiring
 - Current Range: Adjustable from 3.2 to 16.0 amps for flexible motor protection
 - Reset Mode: Auto, manual, or auto-manual selectable reset for versatile control
 - Phases Supported: Designed for single-phase motor protection applications
 - Trip Class: Selectable trip class for customized thermal response
 - Terminal Type: Screw terminals for secure and straightforward wiring
 - Mounting Style: Integrated panel-mount design for space-efficient installation
 - Construction: Solid-state design for long-term reliability and precise tripping
 - Application: Used in motor starters, control panels, and industrial automation
 - Standards Compliance: Built to meet IEC and industrial electrical safety standards
 
The 193S-EERP provides accurate, selectable, and compact overload protection for single-phase motor applications, making it a reliable component in control and automation systems.
Description
The Allen-Bradley 193S-EERP is a solid-state overload relay from the E1 Plus series, designed to protect motors in single-phase applications with adjustable trip current from 3.2 to 16.0 amps.
Technical Specifications
| Condition | New/Never Used Surplus | 
|---|---|
| Brand | Allen-Bradley | 
| Category | 
 Contactors & Starters 
 | 
| Part Number | 193S-EERP | 
| Subcatecory | 
 Solid State Overload/Relay 
 | 
| Series | 
 E1 Plus 
 | 
| Amperage Range | 3.2–16.0 Amp | 
| Number of Phases | 1 Phase | 
| Reset Type | Auto / Manual / Auto-Manual | 
| Trip Class | Selectable | 
| Terminal Type | Screw Terminals | 
| Mounting Type | Panel Mount | 
| Weight | 0.4400 lb | 
Information About 193S-EERP
The 193S-EERP is part of the Allen-Bradley Bulletin 193 IEC Series and is engineered for motor overload protection in compact and efficient control installations. This relay is suitable for single-phase circuits and offers both manual and auto reset modes to fit a variety of operational needs.
Key Features:
- Type: Solid-state overload relay with integrated pass-thru wiring
 - Current Range: Adjustable from 3.2 to 16.0 amps for flexible motor protection
 - Reset Mode: Auto, manual, or auto-manual selectable reset for versatile control
 - Phases Supported: Designed for single-phase motor protection applications
 - Trip Class: Selectable trip class for customized thermal response
 - Terminal Type: Screw terminals for secure and straightforward wiring
 - Mounting Style: Integrated panel-mount design for space-efficient installation
 - Construction: Solid-state design for long-term reliability and precise tripping
 - Application: Used in motor starters, control panels, and industrial automation
 - Standards Compliance: Built to meet IEC and industrial electrical safety standards
 
The 193S-EERP provides accurate, selectable, and compact overload protection for single-phase motor applications, making it a reliable component in control and automation systems.