Siemens 39VIMCCN 16171-126/6 APACS+ VIM Voltage Input Module

Module Type:Input Module

Model:39VIMCCN

Series:APACS+

Part Number:16171-126/6

Operating Voltage:DC 24V

Input Current Range:0 to 100 mA

Number of Channels:1

Signal Processing:Voltage Input

Material:High-grade aluminum alloy

Dimensions (W x D x H):95 x 105 x 35 mm

Weight:0.25 kg

Mounting Type:Panel Mount

Temperature Range:-20°C to +60°C

Certification:CE, UL, CSA

    Introducing the Siemens 39VIMCCN 16171-126/6 APACS+ VIM Voltage Input Module, a crucial component for advanced industrial automation systems. This module is meticulously engineered for optimal performance, featuring an enhanced APACS+ system that ensures reliable voltage input management, critical for the smooth operation of modern industrial machinery.

    Featuring 16 channels of precise voltage input capability, this module seamlessly integrates with the APACS+/QUADLOG system, providing unparalleled control and accuracy in industrial settings. With compatibility across various industrial protocols, including Profinet, it ensures interoperability with a wide range of Siemens and third-party equipment.

    Operated within an ambient temperature range of -25°C to +60°C, this module is built for robust performance in diverse industrial environments. Its pluggable design ensures ease of installation and maintenance, allowing for quick setup without compromising on efficiency.

    Efficient power consumption, typically less than 50mA at 24V DC, contributes to energy-saving operations, aligning with sustainable industrial practices. The compact dimensions of 100mm x 100mm x 100mm make it ideal for space-constrained industrial setups, ensuring maximum utilization of available resources.

    Designed with durability and reliability in mind, the Siemens 39VIMCCN 16171-126/6 APACS+ VIM Voltage Input Module is a testament to Siemens’ commitment to delivering high-quality, innovative solutions for industrial automation. Its integration into your system promises to enhance operational efficiency, reduce downtime, and optimize performance.