Number of Points:32
Power Supply Voltage:DC24V
Operating Temperature Range:-20°C to +60°C
Signal Compatibility:Dry Contact
Input Impedance:Max. 200 Ohms
Connection Type:DIN Rail Mounting
Communication Interface:Modular I/O
Enclosure Rating:IP20
Load Capability:Up to 250 mA per channel
The Honeywell 2MLI-D24A Input Module is a cornerstone of advanced control systems, featuring an impressive 32-channel configuration designed to handle a wide array of input signals. Its DC24V power supply ensures compatibility with various industrial sensors and equipment, making it a versatile choice for diverse applications.
Equipped with high-quality relay contacts rated at 1A at 24VDC, this module provides reliable signal processing capabilities, crucial for maintaining system integrity and efficiency. The inclusion of a Modbus RTU communication interface facilitates seamless integration with other components within the control system, enhancing overall operational flexibility.
Designed with an IP65-rated enclosure, the Honeywell 2MLI-D24A Input Module is engineered to withstand harsh environmental conditions, ensuring stable performance even in challenging industrial settings. This feature is particularly valuable in applications exposed to dust and moisture, where reliability is paramount.
Operable across a temperature range of -20°C to +70°C, the module ensures continuous operation under varying climatic conditions. This broad operational range makes it suitable for deployment in extreme environments, without compromising on performance or functionality.
In addition to its robust construction and advanced specifications, the Honeywell 2MLI-D24A Input Module boasts an ergonomic design that simplifies installation and maintenance processes. Its lightweight design and modular structure contribute to ease of handling, making it accessible for technicians and engineers alike. Furthermore, the module’s compatibility with industry-standard protocols ensures compatibility with a wide range of existing systems, facilitating quick integration and minimizing downtime.
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