Brand: Allen Bradley Description: ControlLogix 2-Slot Chassis Condition: New Certificate:COO TEST REPORT WARRANTY LETTER Warranty: 1 year Inventory Qty: 12 Payment term: T/T Shipping Port: ShenZhen Allen Bradley 1756-N2 is a slot filling module in the ControlLogix series, used to protect the exposed circuits of the vacant slots in the ControlLogix chassis, each set contains two passive modules without electronic circuits.
Manufacture |
Allen Bradley |
Model Number |
1756-N2 |
Ordering Number |
1756-N2 |
Catalog |
- |
Country Of Origin |
United States |
HS CODE |
8537.10.10.00 |
Dimension |
26.5*7.6*19.3cm |
Packing Dimension |
29*9*23cm |
Weight |
1.1kg |
Technical Parameters
Compatibility: 24 VDC power supply is widely used in industrial operations, making this configuration easy to use and convenient. This supports compatibility with a variety of other devices and systems.
Communication: Modules with Ethernet/IP ports that transmit data up to 100Mbps Allen Bradley 1756-N2 can significantly enhance communication within automation systems.
Functional Features
Information Transmission: Allen Bradley 1756-N2 is designed to provide reliable communication for industrial applications. It relies on advanced network protocols and error detection/correction mechanisms to ensure that the transmitted data is accurately entered into the system. This is very important for applications that require precise and real-time information transmission.
Communication: It supports multiple communication topologies, such as linear (also known as chain), star, and ring configurations. Engineers have the flexibility to design a network architecture that best suits their industrial system needs. Taking a more specific approach, such as in a large industrial plant, a ring topology may be more appropriate, as this type of topology guarantees high redundancy and fault tolerance, making maintenance easier and allowing the plant to operate normally even if a cable breaks or a node fails.
Configuration and setup: Users can easily define network parameters, set IP addresses, and configure communication channels through intuitive software tools. It minimizes the time and manpower required for system commissioning and simplifies future changes or enhancements.
Compatibility: With this module, it can be integrated into an existing ControlLogix system, enabling it to share data and operations with other modules such as controllers, I/O cards, and HMIs. System design and maintenance are easier because all elements are coordinated in one ecosystem.
Environmental factors
Withstand harsh conditions: such as vibration, extreme temperatures, and electromagnetic interference. With its design and industrial-grade components, it is less likely to fail, reducing production downtime, increasing productivity, and maintaining production schedules. The Allen Bradley 1756-N2 module also benefits from Allen Bradley's excellent technical support and extensive resources covering its products.
Application: The module plays a key role in connecting equipment on automotive assembly lines. Specifically, the Allen Bradley 1756-N2 connects robotic arms, conveyor systems, and quality control sensors. It allows coordinated assembly of various components, ensuring the correct fit and smooth operation of the production process.
Process Control
He plays a vital role, connecting temperature sensors and actuators to their control systems. It communicates data about temperature, pressure, viscosity, and other process variables, allowing operators to adjust the process in real time. The consistent communication provided by the Allen Bradley 1756-N2 ensures the safety and durability of the process.
Processing Environment
Food and Beverage Industry: For packaging machines, filling systems, and conveyor belt networking. The Allen Bradley 1756-N2 ensures that products are packaged and moved quickly and efficiently, and also helps to immediately detect and solve any problems, such as machine blockages or inconsistent filling levels. The maintenance-free module meets hygienic design requirements and is therefore also suitable for food processing environments.