Allen Bradley 1756-TBNH TERMINAL BLOCK
Key SpecificationsVogi
Input voltage: 380V AC ±10%
Main power supply: 24V DC (±5%), rated current 10A (maximum 240W)
Auxiliary power supply: Optional 5V DC (±10%), rated current 2A (for low-power devices)
Bus power supply: Supports 24V DC backplane power supply for I/O modules (total load ≤60A)
Efficiency: ≥93%
Peak current: 30A
Thermal shutdown mechanism (cut off output when temperature > 75°C)
Protocol compatibility: Modbus TCP/IP
Protection rating: IP60 (dustproof)
Operating temperature: -20°C ~ 60°C
Vibration resistance: 5-500 Hz, 3.5g
EMC compatibility: IEC 61000-4 compliant
Freight Estimation(Part Of The Area)Vogi
Destination |
Freight |
Middle East |
$35 |
Southeast Asia |
$15 |
South Asia |
$45 |
South Africa |
$37 |
Europe and USA |
$24 |
Russia |
$42 |
FeaturesVogi
1. Communication Interface: The Allen Bradley 1756-TBNH is an important communication interface module. It facilitates the connection and communication between different devices and systems in industrial control architectures. It is able to connect with various Allen Bradley controllers and other network devices to transmit critical control and status information. For example, it can transmit sensor signals from field devices to controllers for processing and vice versa: relaying commands to actuators.
2. Network Topology Support: This module will support multiple network topologies such as star and ring topologies. This means that different types of configurations will provide flexibility to adapt to industrial layouts and requirements. In a star topology, it can act as a central node connecting many peripheral devices: industrial aerodynamic structures are often interconnected from water to satellite components. In a ring topology, this module ensures data resilience even in the presence of a single point of failure, as data transmission occurs in two opposite directions around the ring, thus generally improving the resilience of the entire network.
3. Error Detection and Correction: It uses advanced error detection and correction algorithms. It can detect errors that occur during data transmission, such as bit errors or packet loss, and take corrective action. This can be achieved by requesting retransmission of erroneous data or repairing data on the fly using error correction codes. As a result, data between different communicating devices on the network becomes more reliable and provides higher integrity, providing a service that reduces errors that may occur due to outdated data giving responses during control operations.
applicationsVogi
1. Manufacturing: Connect sensors and actuators for production line equipment (such as motor start and stop signals, cylinder position feedback), support high-speed digital signal processing, and ensure real-time control and fault diagnosis of production lines.
2. Energy industry: Adapt to analog quantity acquisition (such as temperature and pressure transmitters) of power plants and substations, combined with the redundant architecture of ControlLogix, to ensure the stability of energy monitoring systems.
Chemical / Water Treatment:
Connect the switch quantity and analog quantity signals of valves and pump equipment, support closed-loop control of complex processes (such as PID adjustment), and meet the needs of explosion-proof and corrosion-resistant environments.
3. Transportation and Municipal: Distributed I/O stations used for rail transit signal systems and sewage treatment plants, realize multi-controller data sharing through producer-consumer technology, and optimize system response speed.