

5094-RTB3I | Allen-Bradley Flex 5000 Isolated Removable Terminal
- Regular price
- $134.00
- Sale price
- $134.00
- Regular price
-
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Product Description P/N: 5094-RTB3I
Description
The Allen-Bradley 5094-RTB3I is an isolated removable terminal block from the Flex 5000 series. It is designed to provide electrical isolation and secure connections for field wiring in industrial automation systems.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Machine Parts |
Part Number | 5094-RTB3I |
Subcategory | Screw |
Amperage
|
2 Amp at 32 VDC |
Terminal Type | Screw |
Voltage
|
18-32 VDC |
Conductor Size |
22-14 AWG
|
Torque Rating | 0.4 N-m |
Conductor | Solid/Stranded Copper Wire |
Dimensions | 53.0 x 94.0 x 76.0 Millimeters |
Weight | 0.50 lbs |
Information About 5094-RTB3I
The Allen-Bradley 5094-RTB3I is an isolated removable terminal block from the Flex 5000 series, designed to provide secure field wiring connections in industrial automation systems. It offers electrical isolation for each terminal, ensuring signal integrity and protection for connected devices. The removable design facilitates easy maintenance and quick troubleshooting, making it an essential component in flexible and modular control applications.
Key Features:
-
Function: Isolated removable terminal block for Flex 5000 I/O systems
-
Isolation: Provides electrical isolation between terminals for signal integrity
-
Compatibility: Designed for use with Allen-Bradley Flex 5000 I/O modules
-
Mounting: Easily removable for efficient maintenance and troubleshooting
-
Wiring Flexibility: Supports various field wiring types for versatile applications
-
Durability: Built for long-lasting performance in industrial environments
-
Applications: Ideal for use in modular I/O systems, industrial automation, and control setups
This terminal block ensures safe and reliable connections in control systems while simplifying installation and maintenance processes. Its compact design and durable construction make it a trusted choice for industrial applications requiring flexibility and ease of use.
Description
The Allen-Bradley 5094-RTB3I is an isolated removable terminal block from the Flex 5000 series. It is designed to provide electrical isolation and secure connections for field wiring in industrial automation systems.
Technical Specifications
Condition | New/Never Used Surplus |
---|---|
Brand | Allen-Bradley |
Category | Machine Parts |
Part Number | 5094-RTB3I |
Subcategory | Screw |
Amperage
|
2 Amp at 32 VDC |
Terminal Type | Screw |
Voltage
|
18-32 VDC |
Conductor Size |
22-14 AWG
|
Torque Rating | 0.4 N-m |
Conductor | Solid/Stranded Copper Wire |
Dimensions | 53.0 x 94.0 x 76.0 Millimeters |
Weight | 0.50 lbs |
Information About 5094-RTB3I
The Allen-Bradley 5094-RTB3I is an isolated removable terminal block from the Flex 5000 series, designed to provide secure field wiring connections in industrial automation systems. It offers electrical isolation for each terminal, ensuring signal integrity and protection for connected devices. The removable design facilitates easy maintenance and quick troubleshooting, making it an essential component in flexible and modular control applications.
Key Features:
-
Function: Isolated removable terminal block for Flex 5000 I/O systems
-
Isolation: Provides electrical isolation between terminals for signal integrity
-
Compatibility: Designed for use with Allen-Bradley Flex 5000 I/O modules
-
Mounting: Easily removable for efficient maintenance and troubleshooting
-
Wiring Flexibility: Supports various field wiring types for versatile applications
-
Durability: Built for long-lasting performance in industrial environments
-
Applications: Ideal for use in modular I/O systems, industrial automation, and control setups
This terminal block ensures safe and reliable connections in control systems while simplifying installation and maintenance processes. Its compact design and durable construction make it a trusted choice for industrial applications requiring flexibility and ease of use.
