Operating Frequency Range:0.1~600Hz
Modular & Compact Design:Ensures easy integration and space-saving installation
Built-in PLC Function:Enhances system functionality and reduces complexity
Built-in EMI Filter:Improves signal integrity and reliability
Optional Fieldbus Modules:Offers flexible connectivity options
RFI-Switch for Mains:Ensures robust performance in noisy environments
Easy DC BUS Sharing:Facilitates efficient power distribution
Flexible Extension:Allows for scalable system expansion
Complete Protection:Ensures operational safety and system longevity
The SIEMENS 6ES5470-4UB12 Analog Output Module is designed to provide unparalleled precision in controlling analog signals within industrial automation systems. This compact and modular component integrates seamlessly into various PLC systems, ensuring reliable performance under diverse operational conditions.
Featuring built-in EMI filters, this module minimizes interference, ensuring stable signal transmission even in environments prone to electrical noise. Its compatibility with multiple fieldbus protocols enhances its flexibility and integration capabilities, making it suitable for complex automation setups.
With an operating frequency range of 0.1 to 600 Hz, this module is versatile enough to cater to a wide array of applications, from low-frequency control tasks to high-speed process monitoring. Its floating design ensures isolation from ground loops, preventing potential errors in signal interpretation.
Engineered with a focus on ease of installation and maintenance, the SIEMENS 6ES5470-4UB12 is equipped with an RFI-switch for mains, providing additional protection against radio frequency interference. This feature contributes to its robustness and reliability, critical attributes for long-term industrial use.
This Analog Output Module boasts complete protection mechanisms, ensuring safety during operation. It supports nominal input voltages of 208 and 240 volts AC, coupled with a maximum current capacity of 4.2 amps, providing a balance between power delivery and system efficiency.
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