Product Description

The WU10-V-S-05 is a high-performance analytical sensor cable developed by Yokogawa Electric Corporation for precision signal transmission in liquid analysis systems.

It features the specialized Variopin (VP) connector system, widely recognized for providing waterproof, noise-shielded connections between analytical sensors and transmitters. The WU10-V-S-05 adopts a single coaxial (S-type) structure, specifically engineered for high-impedance signals from pH, ORP, and ion-selective electrodes, ensuring stable measurement without signal loss or external interference.

Manufactured with high-grade insulation and shielding materials, this cable maintains signal integrity in humid, chemically aggressive, and industrial environments. The 5-meter length offers flexible installation between submerged or flow-through sensor assemblies and wall- or panel-mounted analyzers.

Technical Specifications

Application Context

The WU10-V-S-05 is commonly used in:

• Industrial water and wastewater treatment

• Chemical processing plants

• Pharmaceutical production facilities

• Food & beverage hygienic applications

It is typically paired with analyzers such as FLXA202, FLXA21, or PH450G, providing a reliable interface between Variopin-type sensors and control systems for continuous process monitoring.

Professional FAQ

What is the advantage of the Variopin connector compared to fixed-head cables?
The Variopin system allows the sensor to be detached from the cable without twisting or rotating the cable body, reducing mechanical stress and simplifying maintenance.

Can the WU10-V-S-05 be used for redundant pH measurements?
This model uses a single coax design and is suitable for standard high-impedance signal loops. For sensors requiring dual-coax or multi-core connections (such as some 4-in-1 sensor designs), verify whether a “D-type” cable variant is required.

Is this cable suitable for high-temperature sterilization?
Yes. The Variopin connector head is designed to withstand standard CIP (Clean-in-Place) and SIP (Steam-in-Place) conditions typical in hygienic and pharmaceutical applications.