SIEMENS SIMATIC 6ES7134-6GD01-0BA1 Analog Input Module

Frequency Range:0.1~600Hz

Modular & Compact Design:Compact yet versatile, this module fits seamlessly into a variety of industrial settings.

Built-in PLC Function:Integrated PLC capabilities for enhanced system functionality and efficiency.

Built-in EMI Filter:Ensures uninterrupted operation by mitigating electromagnetic interference.

Optional Fieldbus Modules:Supports various fieldbus protocols for enhanced connectivity and flexibility.

RFI-Switch for Mains:Facilitates easy mains switching to minimize power disruptions.

Easy DC BUS Sharing:Allows for efficient power distribution across multiple modules.

Flexible Extension:Expandable to accommodate growing system needs without downtime.

Complete Protection:Robust protection against environmental factors and operational risks.

Nominal Input VAC:Operates on 208;240 Volts AC, ensuring compatibility with global electrical standards.

    Engineered for efficiency and reliability, the SIEMENS SIMATIC 6ES7134-6GD01-0BA1 Analog Input Module offers a versatile solution for industrial automation needs. Its modular and compact design ensures minimal space consumption while providing flexibility for future expansions.

    Equipped with an integrated PLC function, this module simplifies the integration of control logic directly within the system, reducing complexity and improving operational efficiency.

    With an in-built EMI filter, it ensures robust performance even in environments with high electromagnetic interference, guaranteeing stable signal transmission and processing.

    The optional fieldbus modules enable seamless communication with other devices on the factory floor, facilitating a comprehensive control network that streamlines data exchange and enhances system interoperability.

    The RFI-switch feature protects the module from mains-related disruptions, ensuring uninterrupted operation under varying electrical conditions. This makes it particularly suitable for demanding industrial settings.

    The ability to share DC buses allows for optimized power management, reducing costs and enhancing system resilience. The complete protection mechanisms safeguard against common electrical hazards, ensuring the longevity and reliability of the module.