WAGO 750-552 I/O MODULE 2 ANALOG 0-24V

Number of Analog Channels:2

Signal Range:0-24V DC

Input Impedance:1 kΩ

Operating Temperature Range:-25°C to +85°C

Storage Temperature Range:-40°C to +85°C

Relative Humidity (No Condensation):95%

Mounting:DIN Rail compatible

Power Consumption:≤50mA

Connection Technology:CAGE CLAMP®

Material:Polycarbonate, Polyamide 6.6

Color:Light Gray

Dimensions (WxHxD):12mm x 69.8mm x 100mm

Weight:32.298g

Compliance Markings:CE

    Engineered with precision and durability, the Wago 750-552 I/O Module 2 Analog 0-24V is a cornerstone for advanced automation solutions. Its dual-channel design supports the seamless transmission of analog signals across 0-24V, making it an indispensable component for industries requiring high accuracy and reliability.

    Featuring a robust CAGE CLAMP® connection technology, this module ensures secure and reliable electrical connections, even under harsh conditions. Its compatibility with a wide range of input voltages and operating temperatures makes it suitable for diverse industrial applications, from manufacturing floors to process control centers.

    Crafted from high-quality polycarbonate and polyamide 6.6, the housing not only offers superior mechanical strength but also ensures a long service life in demanding environments. The light gray color complements various industrial setups, enhancing aesthetic harmony without compromising functionality.

    With its compact dimensions (12mm width, 69.8mm height, 100mm depth), the module optimizes space utilization on DIN rail installations, enabling efficient layout and management of control systems. Its lightweight (32.298g) ensures ease of installation and maintenance, reducing the overall system footprint.

    Backed by comprehensive environmental requirements, including operating and storage temperature ranges (-40°C to 85°C), and a high relative humidity tolerance of 95% (non-condensing), the Wago 750-552 I/O Module 2 Analog 0-24V guarantees continuous performance in a wide variety of operational scenarios, ensuring reliability and longevity in critical industrial operations.