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The 1794-TB62DS terminal base from Allen Bradley's Flex I/O 1794 series serves as a crucial component for reliable connections. This unit features a 62-pin D-shell connector, ensuring robust data and power transmission, and is designed for 35 × 7.5 mm DIN-rail mounting.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Terminal Base |
| Product Line | Flex I/O 1794 |
| Part Number | 1794-TB62DS |
| Weight | 0.38 lbs (0.17 kg) |
| Connector | 62-pin D-shell |
| Mounting | 35 × 7.5 mm DIN-rail |
| Enclosure | Open-style |
| Backplane | Integrated FlexBus |
| Power Zones | Dual (V1 & V2) |
| Current Capacity | 10 A max / 5 A per pin |
| Voltage | 24 V DC (nominal) |
| Isolation | Module-dependent |
| Wiring | Up to 12 AWG (4 mm²) |
| Terminal Torque | 0.6 Nm (5 lb-in) |
| Vibration | 5 g @ 10–500 Hz |
| Shock | 30 g op., 50 g non-op. |
Within the Allen Bradley Flex I/O 1794 lineup is the terminal base model 1794-TB62DS. This terminal base features a 62-pin D-shell connector designed for secure and effective linking within automation systems. It attaches easily to a DIN rail, specifically sized at 35 × 7.5 mm, allowing for streamlined installation in control panels or other equipment housing.
Designed as an open-style enclosure, the 1794-TB62DS ensures straightforward access for wiring and modification needs. An integrated FlexBus backplane is included, enhancing data exchange and connectivity within the system. The terminal base is capable of dual power zones, identified as V1 and V2, accommodating diverse operational requirements.
Rated for a nominal voltage of 24 V DC, this unit can manage robust current demands with a maximum capacity of 10 Amps, distributing up to 5 Amps per pin. Electrical isolation is available but is module-dependent, which must be considered based on application. It supports wiring sizes up to 12 AWG (4 mm²), facilitating connections across various devices.
The mechanical specifications include a terminal torque rating of 0.6 Nm (5 lb-in), ensuring secure connections between wires and terminals. Additionally, the terminal base is designed to endure vibrations of up to 5 g between 10 and 500 Hz and can withstand shock forces of 30 g while in operation, and 50 g when not operational.