Technical Specifications

FAQ

1. What is the primary function of the 141709-0010-02 cable?
The 141709-0010-02 cable is designed to transmit condition monitoring and sensor signals between field devices and monitoring systems. It ensures stable and accurate data transfer in machinery protection applications, supporting vibration analysis, displacement measurement, and other critical monitoring functions used for equipment health assessment.

2. Where is this cable typically used?
This cable is commonly used in industrial condition monitoring systems for rotating machinery such as turbines, compressors, pumps, and motors. It is widely applied in industries like power generation, oil and gas, petrochemical processing, and heavy industrial manufacturing, where reliable signal transmission is essential for safe operation.

3. What should be checked if signal quality becomes unstable?
If signal instability occurs, technicians should first inspect all connectors for secure attachment, corrosion, or contamination. Cable routing should be reviewed to ensure it is not placed near high-voltage power lines or strong electromagnetic interference sources. Physical damage such as crushing, sharp bending, or insulation wear should also be checked, along with grounding and shielding continuity.

4. How does the cable maintain signal integrity in industrial environments?
The cable uses industrial-grade shielding to reduce electromagnetic and radio-frequency interference, ensuring that low-level monitoring signals remain stable and accurate. Its multi-core design helps minimize signal crosstalk, while durable insulation materials protect against mechanical stress, vibration, and environmental exposure.

5. What installation practices should be followed?
The cable should be installed with proper routing away from high-power electrical equipment to minimize interference. Excessive bending, stretching, or mechanical stress should be avoided during installation. All connectors must be fully tightened and properly seated, and grounding should be implemented according to system requirements. Cable trays or protective conduits are recommended in harsh environments.

6. What are common causes of signal degradation?
Signal degradation is often caused by damaged shielding, loose or oxidized connectors, improper grounding, or incorrect cable routing near electrical noise sources. Long-term exposure to vibration, mechanical wear, or environmental stress can also affect insulation and conductor integrity, leading to reduced signal quality.

7. Does this cable require regular maintenance?
Yes, periodic inspection is recommended to ensure long-term reliability. Maintenance typically includes checking connector tightness, verifying shielding continuity, inspecting the cable jacket for wear or damage, and ensuring proper routing away from interference sources. Regular maintenance helps prevent unexpected signal failures in critical monitoring systems.

8. Is recalibration required after replacing the cable?
In most cases, replacing the cable does not require system recalibration, as the monitoring configuration remains unchanged. However, it is recommended to perform a full system verification test after replacement to confirm signal integrity, noise levels, and correct data transmission, ensuring the system continues to operate reliably.