SIEMENS 6ES5465-4UA11 Analog Input Module: Advanced Control Solution

Type:Analog Input Module

Model Number:6ES5465-4UA11

Manufacturer:SIEMENS

Number of Inputs:16

Isolated:Non-isolated

Dimensions:21,10 x 26,40 x 3,50 mm

Weight:0.46 kg

Operating Voltage:U 16 inputs

Measuring Range:Customizable

Communication Interface:Built-in PLC function

EMI Filter:Inbuilt (230V 1 phase / 460V 3 phase)

    The SIEMENS 6ES5465-4UA11 Analog Input Module is engineered with precision to deliver accurate and reliable analog signal readings, essential for monitoring and controlling industrial processes. Its modular and compact design ensures it fits seamlessly into any existing or new control system architecture, enhancing efficiency without compromising on space.

    Equipped with built-in PLC functionality, this module allows for direct implementation of complex control algorithms, streamlining system operations and reducing the need for external programming devices. This feature significantly simplifies system setup and maintenance, saving valuable time and resources.

    Featuring an integrated EMI filter, the module is designed to withstand harsh industrial environments by minimizing electromagnetic interference, ensuring uninterrupted operation even under noisy conditions. This robust design guarantees stable performance across various applications.

    With support for multiple fieldbus protocols such as DeviceNet, Profibus, LonWorks, and CANopen, the SIEMENS 6ES5465-4UA11 Analog Input Module facilitates seamless communication with other industrial components, enhancing system interoperability and scalability.

    Equipped with an RFI-switch for mains, the module provides additional electrical protection, safeguarding against voltage fluctuations and transient disturbances. This feature ensures the module’s durability and reliability, contributing to a longer operational lifespan.

    Flexible DC BUS sharing capability enables the module to efficiently manage power resources within the system, optimizing energy consumption and enhancing system stability. This feature is particularly advantageous in complex industrial setups requiring efficient power management.