Siemens ET200S Electronics Module 6ES7134-4NB51-0AB0: Precision Control for Modern Factories

Model Type:ET 200S

Model Number:6ES7134-4NB51-0AB0

Manufacturer:SIEMENS

Estimated Shipping Size:Dimensions: 6,20 x 9,10 x 2,00″

Weight:0.043 KG

Features:[“Built-in PLC function”,”Built-in EMI filter”,”Optional Fieldbus Modules (DeviceNet, Profibus, LonWorks, CANopen)”,”RFI-switch for mains”,”Easy DC BUS sharing”,”Flexible extension”,”Complete Protection”]

Nominal Input VAC:208;240 Volts AC

Amps (CT):4.2 Amps

Max. Frequency:600 Hertz

    Integrating advanced technology from SIEMENS, the ET 200S 2AI RTD High Speed Analog Input Module is engineered to meet the stringent requirements of industrial automation environments. Its modular design ensures seamless integration into complex control systems, while its compact size minimizes installation space without compromising performance.

    The built-in PLC function allows for direct execution of control algorithms within the module itself, significantly reducing the need for external programming resources. This feature enhances system reliability and simplifies maintenance.

    With an integrated EMI filter, the module provides enhanced immunity against electromagnetic interference, ensuring stable operation even in challenging electrical environments. This is particularly beneficial in industries where noise levels are high or where sensitive electronic components are present.

    The inclusion of optional fieldbus modules supports a wide range of communication protocols, including DeviceNet, Profibus, LonWorks, and CANopen. This flexibility enables seamless integration with existing and future systems, promoting interoperability and scalability.

    The RFI-switch for mains further bolsters the module’s robustness, protecting against common electrical disturbances. This feature is essential for maintaining optimal performance in industrial settings where electrical fluctuations are common.

    Designed with efficiency in mind, the ET 200S module features easy DC BUS sharing, allowing for efficient power distribution among interconnected devices. This capability not only optimizes energy usage but also enhances system reliability by providing a fail-safe power supply mechanism.