1794-TB3G | Allen-Bradley Flex I/O Terminal Base, 3-Wire Grounded, Screw Clamp
- Regular price
- $199.00
- Sale price
- $199.00
- Regular price
-
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Product Description P/N: 1794-TB3G
Description
The Allen-Bradley 1794-TB3G is a grounded terminal base from the FLEX I/O family, designed to provide secure wiring connections for FLEX I/O modules. It features 36 I/O terminals with dedicated common and power terminals, supporting reliable signal distribution in modular automation systems. This base is widely used in control panels and distributed I/O installations where compact, flexible wiring is essential.
Technical Specifications
| Condition | New / Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Terminal Bases |
| Part Number | 1794-TB3G |
| Subcategory | FLEX I/O Terminal Base |
| Type | Terminal Base Unit, Screw Clamp |
| Terminals | 36 I/O terminals, 2 common, 2 +V terminals |
| Connection Method | Screw-clamp / cage clamp style |
| Voltage Rating | 31.2 VAC/DC |
| Current Rating | 10 A |
| Mounting Type | DIN rail or panel mount |
| Temperature Rating | –20…70 °C (product family rating), 0…55 °C (operating spec) |
| Enclosure Style | Open-style, IP20 |
| Special Feature | Grounded terminal base |
| Standards | C-TICK, CE, CSA, cUL, GOST, KC, Marine, UL |
| Applications | In-cabinet distributed I/O, FLEX I/O wiring hub |
Information About 1794-TB3G
The 1794-TB3G belongs to the FLEX I/O platform, known for its modular structure and ability to reduce wiring complexity across distributed control architectures. This version includes grounded screw-clamp terminals, ensuring stable signal reference and improved noise immunity in industrial environments. With a DIN-rail mounting design and open-style enclosure, it supports rapid installation inside cabinets and allows easy module replacement without disturbing field wiring. The base supports 31.2 VAC/DC operation and includes separate terminals for commons, power, and grounding, making it suitable for analog and digital FLEX modules. Its 10 A terminal rating ensures compatibility with various industrial loads while maintaining long-term reliability in temperatures from –20 to 70 °C.
Key Features:
- 36 Terminal Points: Provides ample wiring capacity for a wide range of FLEX I/O modules.
- Grounded Design: Integrated ground improves system stability and noise immunity.
- Dedicated Power Terminals: Includes +V and common terminals for simplified field wiring.
- Screw-Clamp Connections: Ensures secure mechanical retention of field wires.
- Open-Style Enclosure: Allows fast cabinet installation and easy access for maintenance.
- DIN-Rail or Panel Mountable: Supports flexible mounting arrangements within control systems.
- High Current Capacity: Rated for up to 10 A, suitable for various device types.
- Industrial Temperature Range: Operates from –20 to 70 °C for harsh application environments.
- Part of FLEX I/O System: Compatible with the full range of 1794 FLEX I/O modules.
- Compact Footprint: Reduces panel space while maintaining high wiring density.
The 1794-TB3G delivers reliable terminal connectivity and flexibility for modular distributed I/O architectures.
Description
The Allen-Bradley 1794-TB3G is a grounded terminal base from the FLEX I/O family, designed to provide secure wiring connections for FLEX I/O modules. It features 36 I/O terminals with dedicated common and power terminals, supporting reliable signal distribution in modular automation systems. This base is widely used in control panels and distributed I/O installations where compact, flexible wiring is essential.
Technical Specifications
| Condition | New / Never Used Surplus |
| Brand | Allen-Bradley |
| Category | Terminal Bases |
| Part Number | 1794-TB3G |
| Subcategory | FLEX I/O Terminal Base |
| Type | Terminal Base Unit, Screw Clamp |
| Terminals | 36 I/O terminals, 2 common, 2 +V terminals |
| Connection Method | Screw-clamp / cage clamp style |
| Voltage Rating | 31.2 VAC/DC |
| Current Rating | 10 A |
| Mounting Type | DIN rail or panel mount |
| Temperature Rating | –20…70 °C (product family rating), 0…55 °C (operating spec) |
| Enclosure Style | Open-style, IP20 |
| Special Feature | Grounded terminal base |
| Standards | C-TICK, CE, CSA, cUL, GOST, KC, Marine, UL |
| Applications | In-cabinet distributed I/O, FLEX I/O wiring hub |
Information About 1794-TB3G
The 1794-TB3G belongs to the FLEX I/O platform, known for its modular structure and ability to reduce wiring complexity across distributed control architectures. This version includes grounded screw-clamp terminals, ensuring stable signal reference and improved noise immunity in industrial environments. With a DIN-rail mounting design and open-style enclosure, it supports rapid installation inside cabinets and allows easy module replacement without disturbing field wiring. The base supports 31.2 VAC/DC operation and includes separate terminals for commons, power, and grounding, making it suitable for analog and digital FLEX modules. Its 10 A terminal rating ensures compatibility with various industrial loads while maintaining long-term reliability in temperatures from –20 to 70 °C.
Key Features:
- 36 Terminal Points: Provides ample wiring capacity for a wide range of FLEX I/O modules.
- Grounded Design: Integrated ground improves system stability and noise immunity.
- Dedicated Power Terminals: Includes +V and common terminals for simplified field wiring.
- Screw-Clamp Connections: Ensures secure mechanical retention of field wires.
- Open-Style Enclosure: Allows fast cabinet installation and easy access for maintenance.
- DIN-Rail or Panel Mountable: Supports flexible mounting arrangements within control systems.
- High Current Capacity: Rated for up to 10 A, suitable for various device types.
- Industrial Temperature Range: Operates from –20 to 70 °C for harsh application environments.
- Part of FLEX I/O System: Compatible with the full range of 1794 FLEX I/O modules.
- Compact Footprint: Reduces panel space while maintaining high wiring density.
The 1794-TB3G delivers reliable terminal connectivity and flexibility for modular distributed I/O architectures.