Siemens ET 200SP 6ES7 134-6JD00-0CA1 Analog Input Module

Type:Analog Input Module

Sub-Type:ET 200SP

Module Number:6ES7 134-6JD00-0CA1

Channel Count:4

Temperature Range:-200°C to +850°C

Precision:+/- 0.1%

Wiring Options:2-, 3-, 4-wire

Color Code Compatibility:A0, A1, CC00

Bit Resolution:16-bit

Communication Protocol:Integrated

Fault Diagnosis:On-board

Operating Voltage:10VDC

Current Consumption:Max. 20mA

Operating Temperature:-25°C to +60°C

Storage Temperature:-40°C to +85°C

Mounting Style:Panel

Weight:Approx. 0.037 kg

Dimensions:15mm width x 70mm height x 25mm depth

    The Siemens SIMATIC ET 200SP Analog Input Module, model 6ES7 134-6JD00-0CA1, is a high-performance solution designed for industrial automation environments. It seamlessly integrates into Siemens‘ comprehensive range of automation products, ensuring compatibility and ease of integration.

    With its 4-channel capability for RTD and thermocouple measurements, this module offers unparalleled precision, enabling accurate temperature monitoring across various industrial processes. Its high feature set includes channel diagnostics, which provides users with detailed insights into the operational status of each channel, enhancing system reliability.

    Featuring a compact design, the module is equipped with an internal EMI filter, specifically tailored for 230V 1 phase and 460V 3 phase applications. This ensures robust performance even in challenging electrical environments, further contributing to its reliability in diverse industrial settings.

    Suitable for a wide range of industries, this module supports multiple fieldbus protocols through optional modules, including DeviceNet, Profibus, LonWorks, and CANopen. This flexibility allows seamless integration with existing systems, facilitating a modular approach to automation infrastructure development.

    The inclusion of an RFI-switch for mains ensures protection against electromagnetic interference, safeguarding critical data integrity and system stability. Moreover, the ability to share a common DC bus enhances efficiency by reducing the need for redundant power supplies, leading to cost savings and streamlined system management.