Allen-Bradley 1756-L63/B Programmable Automation Controller

Specific Parameters

Brand Allen-Bradley (Rockwell Automation, American Brand)

Product Series ControlLogix Series PAC

Product Type Programmable Automation Controller (PAC)

Model 1756-L63/B

Memory Configuration 8MB user memory, 478KB I/O memory, supporting non-volatile flash memory expansion

Operating Voltage 5.1VDC (powered by chassis backplane)

Rated Current 1200mA at 5.1VDC, 14mA at 24VDC

Power Consumption 3.5W, heat dissipation 11.9 BTU/hr

I/O Support Up to 128,000 discrete I/O, 4,000 analog I/O

Communication Ports Built-in RS-232 serial port, supporting multi-protocol expansion

Operating Temperature Range 0℃ to 60℃

Storage Temperature Range -40℃ to 85℃

Relative Humidity 5% to 95%, no condensation

Isolation Voltage 30V continuous basic insulation, tested at 720VDC for 60 seconds

Vibration Level 2g at 10 to 500Hz

Shock Level 30g during operation, 50g non-operation

Compatible Chassis 1756-A4/A7/A10/A13/A17 and other series standard chassis

Programming Software Supporting Studio 5000 Logix Designer software

Supported Protocols EtherNet/IP, ControlNet, DeviceNet, DH+ and other industrial protocols

Certification Compliant with UL, CSA, CE certifications, compatible with industrial EMC standards

Product Performance

Equipped with a combination of high-performance processor and large-capacity memory, it can efficiently run complex control algorithms, process massive I/O signals simultaneously, and ensure real-time system response and control accuracy.

Supports integrated logic, process and motion control, eliminating the need for additional controllers, enabling multi-task collaborative control and simplifying system architecture and costs.

Conformal coating design combined with wide temperature and vibration-shock resistance can resist moisture, dust and mechanical interference in industrial sites, ensuring stable operation in harsh environments.

Supports controller redundancy and network redundancy configuration, enabling the construction of a system without single points of failure, greatly improving production continuity and reliability.

Compatible with a variety of industrial communication protocols, it can be seamlessly integrated with HMI, SCADA systems, inverters, robots and other equipment to achieve full-system data interconnection.

Excellent modular expansion capability, can be matched with digital, analog, safety I/O modules on demand, adapting to automation needs of different scales and types.

Equipped with complete fault diagnosis and battery backup functions, it can real-time monitor equipment status, avoid data loss, and shorten fault troubleshooting and recovery time.

Supports multiple programming languages to meet different programming habits, and can quickly complete project configuration, debugging and maintenance with software, improving engineering efficiency.