SIEMENS ET200S 6ES7134-4JB51-0AB0 High-Speed Analog Input Module

Model Type:Electronics module for ET 200S

Manufacturer:SIEMENS

Model Number:6ES7134-4JB51-0AB0

Dimensions (LxWxH):6,20 x 9,10 x 2,00 cm

Weight:0.043 kg

Analog Input Channels:2

Resolution:15 bit+sign

Cycle Time:0.1 ms

Accuracy:Pt100 STD; Pt100 KL; NI100 STD; NI100 KL

Supported Sensors:RTD

Temperature Range:-20°C to +85°C

EMI Filtering:Built-in EMI filter (230V 1 phase / 460V 3 phase)

    Experience unparalleled precision and reliability in your industrial automation systems with the advanced electronics module by SIEMENS, specifically designed for the ET 200S control system. This module is equipped with state-of-the-art technology that ensures accurate temperature measurements and controls, making it an indispensable part of any complex industrial setup.

    Featuring a compact 15 mm width, this module is built to seamlessly integrate into your existing infrastructure without compromising on functionality or performance. The use of SIMATIC DP ensures compatibility and efficient data exchange within your network.

    With a high-speed cycle time of 110 milliseconds per channel and an SF LED indicator for group faults, this module guarantees real-time monitoring and quick response to system anomalies, enhancing operational efficiency and reducing downtime.

    Designed with a focus on versatility, the module supports various sensor configurations including 2-, 3-, and 4-wire connections, ensuring compatibility with a wide range of industrial applications. The inclusion of an internal compensation feature for line resistance further optimizes its performance under different conditions.

    Backed by SIEMENS’ reputation for quality and innovation, this module offers not just technical superiority but also peace of mind with robust construction and comprehensive protection measures. It’s engineered to withstand demanding industrial environments, making it a trusted choice for manufacturers and engineers seeking unparalleled reliability and efficiency.