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592-EC2DC | Allen-Bradley Solid-State Overload Relay
- Regular price
- $2,737.00
- Sale price
- $2,737.00
- Regular price
-
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Product Description P/N: 592-EC2DC
Description
The 592-EC2DC is a solid-state overload relay from Allen-Bradley, designed to provide precise and reliable motor protection in industrial applications.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Allen-Bradley |
| Category | Contactors & Starters |
| Part Number | 592-EC2DC |
| Subcategory | Solid State Overload/Relay |
|
Amperage |
9-45 Amp
|
| Reset Type |
Field Configurable to Manual or Automatic
|
|
Trip Class |
Adjustable Trip Class 5 to 30 |
| Applications | Mounts to Bulletin 500 Size 0-2 Feed-through Contactorss |
|
Standard |
C-TICK,CCC,CE,CSA,KC,UL |
| Type | Automatic Reset |
| Standard | C-TICK,CCC,CE,CSA,CUL,KC,MARINE,UL |
| Type | E3 Plus, Internal ground fault sensing |
| Number Of Inputs | 4 Sourcing Inputs |
| Number of Outputs | 2 Normally Open (NO) |
| Weight | 1.00 lbs |
Information About 592-EC2DC
The Allen-Bradley 592-EC2DC is a solid-state overload relay specifically engineered for industrial applications where accurate and dependable motor protection is crucial. As part of Allen-Bradley’s solid-state overload relay lineup, the 592-EC2DC ensures precise monitoring and robust performance in demanding environments.
Key Features:
- Solid-State Technology:
The 592-EC2DC utilizes solid-state electronic sensing to monitor motor conditions, providing superior accuracy and faster response times compared to traditional thermal overload relays. This ensures motors are protected against overloads, phase loss, and phase imbalances. - Adjustable Protection:
Equipped with adjustable trip settings, the 592-EC2DC allows customization of motor protection to match specific application requirements. This flexibility makes it suitable for a wide range of industrial machinery and processes. - Enhanced Reliability:
Solid-state design eliminates moving parts, improving the relay’s durability and lifespan in harsh industrial environments. It’s engineered to handle frequent start-stop cycles and maintain reliable performance over extended periods. - Phase Protection:
The relay provides critical protection against phase loss and phase imbalance, safeguarding motors from potential damage and reducing downtime in industrial applications. - Compact and Easy Integration:
Designed for compatibility with Allen-Bradley contactors and motor starters, the 592-EC2DC can be easily integrated into motor control centers and automation systems. Its compact size also allows for efficient use of panel space. - Versatile Applications:
The 592-EC2DC solid-state overload relay is ideal for a variety of industrial applications, including conveyor systems, pumps, fans, and other motor-driven equipment. It helps ensure safe and efficient operation of industrial machinery.
The Allen-Bradley 592-EC2DC solid-state overload relay is a reliable and accurate solution for protecting motors in industrial settings. Its solid-state design, adjustable settings, and robust performance make it an essential component for modern motor control systems.
Description
The 592-EC2DC is a solid-state overload relay from Allen-Bradley, designed to provide precise and reliable motor protection in industrial applications.
Technical Specifications
| Condition | New/Never Used Surplus |
|---|---|
| Brand | Allen-Bradley |
| Category | Contactors & Starters |
| Part Number | 592-EC2DC |
| Subcategory | Solid State Overload/Relay |
|
Amperage |
9-45 Amp
|
| Reset Type |
Field Configurable to Manual or Automatic
|
|
Trip Class |
Adjustable Trip Class 5 to 30 |
| Applications | Mounts to Bulletin 500 Size 0-2 Feed-through Contactorss |
|
Standard |
C-TICK,CCC,CE,CSA,KC,UL |
| Type | Automatic Reset |
| Standard | C-TICK,CCC,CE,CSA,CUL,KC,MARINE,UL |
| Type | E3 Plus, Internal ground fault sensing |
| Number Of Inputs | 4 Sourcing Inputs |
| Number of Outputs | 2 Normally Open (NO) |
| Weight | 1.00 lbs |
Information About 592-EC2DC
The Allen-Bradley 592-EC2DC is a solid-state overload relay specifically engineered for industrial applications where accurate and dependable motor protection is crucial. As part of Allen-Bradley’s solid-state overload relay lineup, the 592-EC2DC ensures precise monitoring and robust performance in demanding environments.
Key Features:
- Solid-State Technology:
The 592-EC2DC utilizes solid-state electronic sensing to monitor motor conditions, providing superior accuracy and faster response times compared to traditional thermal overload relays. This ensures motors are protected against overloads, phase loss, and phase imbalances. - Adjustable Protection:
Equipped with adjustable trip settings, the 592-EC2DC allows customization of motor protection to match specific application requirements. This flexibility makes it suitable for a wide range of industrial machinery and processes. - Enhanced Reliability:
Solid-state design eliminates moving parts, improving the relay’s durability and lifespan in harsh industrial environments. It’s engineered to handle frequent start-stop cycles and maintain reliable performance over extended periods. - Phase Protection:
The relay provides critical protection against phase loss and phase imbalance, safeguarding motors from potential damage and reducing downtime in industrial applications. - Compact and Easy Integration:
Designed for compatibility with Allen-Bradley contactors and motor starters, the 592-EC2DC can be easily integrated into motor control centers and automation systems. Its compact size also allows for efficient use of panel space. - Versatile Applications:
The 592-EC2DC solid-state overload relay is ideal for a variety of industrial applications, including conveyor systems, pumps, fans, and other motor-driven equipment. It helps ensure safe and efficient operation of industrial machinery.
The Allen-Bradley 592-EC2DC solid-state overload relay is a reliable and accurate solution for protecting motors in industrial settings. Its solid-state design, adjustable settings, and robust performance make it an essential component for modern motor control systems.