Product Description
We are committed in providing a vast variety of Medical Control Signal and Instrumentation Cable. It is used as shielding for wires and cables. This range is designed to carry signals and to connect instruments where process control is required. Medical Control Signal and Instrumentation Cable is mainly function for various processing applications. It is applicable for multiple conductor cables that convey low energy electrical signals. Offered cable is designed in a tough and resistant to abrasion material.
Flame Retardant AssuranceTested and certified to IEC 60332-1, these cables demonstrate high flame retardancy, reducing the risk of fire spread in sensitive medical and industrial environments. Their PVC outer jackets are not only abrasion-resistant but also UV stabilized, extending service life and ensuring long-term operational safety.
Superior Noise Attenuation and ShieldingEquipped with a minimum 80% coverage tinned copper braid shield, these cables ensure low noise and effective electromagnetic interference protection. This makes them especially suitable for applications where signal integrity is paramount, such as in diagnostic or monitoring equipment.
Designed for Medical and Industrial ApplicationsTailored for signal transmission in medical control panels and instrumentation, these flexible cables can be installed in both fixed systems and dynamic setups. Their resistance to oil, UV, and abrasion, as well as optional cleanroom suitability, makes them adaptable for various installation environments.
FAQ's of Medical Control Signal and Instrumentation Cable:
Q: How do these cables ensure low noise performance in sensitive electronics?
A: These cables employ a tinned copper braid shielding with at least 80% coverage, which minimizes electromagnetic interference and crosstalk, resulting in optimal low noise performance suitable for sensitive medical and instrumentation applications.
Q: What benefits does passing the IEC 60332-1 flame test provide?
A: Passing the IEC 60332-1 flame test means the cables are flame retardant, reducing the risk of fire propagation and ensuring enhanced safety in environments like hospitals, laboratories, and industrial control rooms.
Q: Where can these medical control cables be installed?
A: They are designed for various indoor installations, including medical equipment rooms, control panels, and cleanrooms-provided the jacket material meets cleanroom requirements. Their robust construction allows both fixed and flexible usage.
Q: What process is involved in selecting the suitable cable for cleanroom use?
A: To ensure compatibility for cleanroom installation, select a cable variant with a jacket material approved for cleanroom applications, as not all PVC jackets automatically meet these stringent cleanliness standards.
Q: When is this cable most beneficial to use?
A: This cable is most beneficial when reliable, uninterrupted signal transmission is essential, such as in medical instrumentation, data processing, and any application requiring high EMI shielding and flame retardant properties.
Q: How flexible are these cables for complex routing installations?
A: Thanks to stranded tinned copper conductors and a smooth, abrasion-resistant PVC jacket, these cables offer high flexibility, supporting minimum bending radii (10x outer diameter) without performance degradation.
Q: What configurations and specifications are available for customization?
A: Cables are available in 2 to 24 core configurations, with sizes ranging from 0.5mm2 to 2.5mm2 per core. Length, core count, and diameter can be customized to meet specific project requirements.