Nominal Supply Voltage:24 V DC
Supply Voltage Range:19.2 V DC … 30 V DC
Max. Current Consumption:76 mA
Number of Channels:1
Connection Method:Screw connection
Width:6.2 mm
Height:93.1 mm
Depth:101.2 mm
Input Type:Extended
Output Type:Power Supply & Input Isolation
Experience unparalleled precision in your industrial automation projects with the Phoenix MCR-EX-SL2NAM-R-UP Isolation Amplifier. Designed for environments where signal integrity is critical, this amplifier ensures that your systems operate smoothly even under fluctuating power conditions. With its compact size and robust construction, it’s an ideal solution for space-constrained applications requiring high reliability and performance.
Featuring a wide input voltage range and a versatile output configuration, the MCR-EX-SL2NAM-R-UP guarantees compatibility with a broad spectrum of equipment and sensors. Its efficient power supply and low current consumption make it energy-efficient, reducing operational costs and environmental impact.
The screw connection design simplifies installation and maintenance, while the high-quality materials ensure durability and longevity. This amplifier is not only suitable for control loops requiring isolated inputs but also enhances safety standards in hazardous or explosive environments by eliminating the risk of electrical arcs.
Utilizing advanced isolation technology, the Phoenix MCR-EX-SL2NAM-R-UP minimizes interference and noise, providing accurate data transmission that’s crucial for complex process control systems. Its compatibility with various protocols and interfaces makes integration into existing systems seamless, streamlining your project setup and reducing downtime.
Backed by Phoenix Contact’s commitment to quality and innovation, this isolation amplifier comes with comprehensive documentation and support. It’s engineered to withstand harsh industrial conditions, ensuring reliable performance over extended periods. Upgrade your system today with the Phoenix MCR-EX-SL2NAM-R-UP, and experience the difference in precision and reliability.
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