Mitsubishi AL2-24MR-D

Product Description: Mitsubishi AL2-24MR-D

The Mitsubishi AL2-24MR-D is a compact and versatile simple application controller, part of the ALPHA2 series. It's designed for small-scale automation tasks in various environments, offering a cost-effective solution for applications that don't require the complexity of a full-fledged PLC.

Product Specifications

• Model: AL2-24MR-D

• Power Supply: 24V DC

• I/O:

• Inputs: 15 digital inputs (24V DC, sink/source type)

• Outputs: 9 digital relay outputs (NO contacts, rated for 250V AC / 30V DC)

• Analog Inputs: 8 analog inputs (0-10V DC, 9-bit conversion)

• Memory: 200 function blocks (5 KBytes) (EEPROM)

• Connections: Screw-clamp terminals for I/O

• Processing Time: 1ms + 20μs per simple logic instruction

• Operating Temperature: -10°C to +55°C (14°F to 136°F)

Key Advantages

• Cost-Effective: As a simple application controller, it provides an economical solution for basic automation tasks, making it a great choice for smaller projects and machines.

• Compact Size: The controller has a small footprint, saving valuable space in control panels and enclosures.

• Integrated I/O: The unit comes with a good number of built-in digital and analog I/O points, reducing the need for additional expansion modules in many applications.

• Ease of Use: It's designed for simple programming and operation, often featuring intuitive software that makes it accessible for users with less extensive programming experience.

• Versatile: The combination of digital and analog I/O allows it to handle a wide range of control functions, from simple on/off logic to more complex tasks involving sensor readings.

Typical Applications

The AL2-24MR-D is well-suited for a variety of small-scale automation and control tasks, including:

• Building Automation: Control of lighting systems, air conditioning, and ventilation.

• Security Systems: Managing access control and simple alarm systems.

• Small Machines: Automation of gate controls, watering systems, and various small-scale machinery.

• Energy Management: Simple control logic for optimizing energy usage in commercial or residential settings.

• Process Control: Applications in greenhouses, stockyards, and other areas requiring basic monitoring and control.