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The 1774-LP3 from Allen Bradley serves as a reliable processor module designed for compatibility with the 1774 series of PLCs and modules. It offers a robust I/O capacity of up to 896 points, ensuring flexibility in various automation tasks.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Processor Module |
| Product Line | 1774 PLCs and Modules |
| Part Number | 1774-LP3 |
| Weight | 48.00 lbs (21.77 kg) |
| I/O Capacity | Up to 896 I/O points |
| Memory Technology | CMOS |
| Memory Capacity | 256 words |
| Power Requirement | 120/240V AC |
| Operating Mode | Run, Test, Program |
| Communication Network | Data Highway |
| Status Indication | Processor Fault LED |
| Chassis Type | Local and remote |
| Companion Modules | Scanners and interface modules |
| Programming Language | Ladder Logic |
| Cooling Method | Passive convection |
| Form Factor | Modular, rack-mounted |
The 1774-LP3 processor module by Allen Bradley is an integral component of the 1774 series PLCs and modules. With the ability to handle up to 896 I/O points, it effectively supports extensive automation systems and complex applications. This processor is equipped with 256 words of CMOS memory, allowing for efficient data storage and quick access. The power requirement for this module is 120/240V AC, suitable for various installation conditions.
Operable in three distinct modes—run, test, and program—the 1774-LP3 provides flexibility for developers during the programming and troubleshooting of control systems. It utilizes a Data Highway communication network to seamlessly connect with various devices, enhancing operational efficiency in automation tasks. Status indication is available via a processor fault LED, alerting users to any operational anomalies.
The chassis of this processor module is versatile, supporting both local and remote configurations to meet specific application needs. It can work in tandem with companion modules like scanners and interface modules, broadening its functional capacity. Ladder Logic is the programming language employed for this module, making it accessible for engineers familiar with the syntax.
Cooling of the unit is achieved through passive convection, ensuring effective thermal management without the need for active cooling methods. The modular, rack-mounted form factor allows for easy integration into existing PLC configurations, providing effective solutions for various automation system requirements.