6ES7193-6BP00-0ВA0 SIEMENS Filter Module

Description

6ES7193-6BP00-0ВA0 SIEMENS Filter Module

Product Dimensions：

Product Description

Siemens filter modules are high-quality suppression components used to stabilize voltage and eliminate electromagnetic interference (EMI) within a control cabinet. In industrial environments, large motors, frequency converters, and switching power supplies can generate significant electrical noise and voltage peaks. The filter module is designed to attenuate these disturbances, preventing them from reaching the PLC, communication modules, or sensitive analog sensors. These units are typically installed upstream of the power supply or integrated directly into the modular rack system to ensure that the internal electronics operate on a “clean” electrical foundation.

Product Parameters

The technical specifications of filter modules focus on their ability to handle current and suppress specific frequency ranges. Key parameters include:

• Rated Voltage: Compatibility with standard industrial power levels, such as 24V DC or various AC ranges.

• Rated Current: The maximum continuous current the module can pass through while maintaining effective filtration.

• Attenuation Characteristics: The degree to which the module can reduce noise across different frequency spectrums (measured in decibels).

• Surge Protection Levels: The maximum peak voltage or energy pulse the module can absorb to protect downstream hardware.

• Leakage Current: The amount of electrical current that flows from the protective circuit to the ground.

• Clamping Voltage: The specific voltage level at which the module begins to actively suppress a voltage spike.

Product Advantages

Integrating filter modules into an automation architecture provides several layers of system security.

• Increased System Availability: By preventing random CPU restarts or signal errors caused by electrical noise, these modules significantly reduce unexplained downtime.

• Extended Hardware Lifespan: Protecting sensitive semiconductors from repetitive micro-surges prevents premature aging of the PLC and I/O modules.

• Improved Signal Accuracy: Filters ensure that analog measurements remain stable and are not distorted by high-frequency interference from nearby power cables.

• Compliance with EMC Standards: Helps the overall control cabinet meet strict international electromagnetic compatibility requirements for industrial exports.

• Compact Design: Engineered to match the form factor of the PLC family, allowing for neat and space-efficient installation on a standard rail.

Safety and Maintenance Precautions

To ensure the filter module functions effectively as a protective device, the following guidelines must be observed:

• Proper Grounding: The effectiveness of a filter module is almost entirely dependent on a low-impedance connection to the functional earth; ensure grounding straps are short and thick.

• Input/Output Separation: Physical separation must be maintained between the “dirty” input wires and the “clean” filtered output wires to prevent noise from jumping across via induction.

• Correct Sizing: The filter must be rated for the total current consumption of all connected downstream devices to avoid overheating or voltage drops.

• Periodic Inspection: Visually inspect the module for signs of thermal stress or discoloration, especially after a significant electrical event or lightning strike in the area.

• Placement Strategy: For maximum effectiveness, the filter should be installed as close as possible to the entry point of the power source or the specific device being protected.

Product Applications

Filter modules are utilized in environments where electrical “noise” is a constant factor or where data precision is non-negotiable.

• Heavy Machinery Control: Protecting controllers in cabinets shared with high-power contactors and large motor starters.

• Frequency Converter Systems: Suppressing the high-frequency harmonics generated by variable speed drives that could otherwise disrupt network communication.

• Precision Weighing and Sensing: Ensuring clean power for high-resolution analog-to-digital converters used in laboratories or chemical dosing.

• Communication Hubs: Protecting interface modules and network switches from power-line disturbances to maintain data link stability.

• Unstable Power Grids: Acting as a first line of defense in regions or facilities where the incoming utility power is subject to frequent voltage spikes and noise.

Shipping Port: Xiamen, China

Payment: Bank of Chicago, Bank of Singapore

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