This revised B version cable assembly is customized matching wiring for GE standard clamp ultrasonic probes used in industrial flow measurement systems. The inner conductor adopts high-purity oxygen-free copper material with low impedance characteristics, minimizing attenuation of weak ultrasonic echo signals during long-distance laying along pipe racks, cable trenches and factory workshops, and preserving complete waveform information required for flow velocity calculation by the host transmitter. The cable is constructed with dual-layer shielding composed of metal braided mesh and conductive wrapping layer, which effectively filters electromagnetic noise generated by on-site inverters, large water pumps, welding equipment and high-voltage distribution facilities, eliminating flow data jump and waveform distortion during long-term system operation.

The outer protective sheath is made of high-performance oil-resistant, wear-resistant and anti-aging polymer material, adapting to complex environments including damp chemical workshops, power plant oil mist areas and open-air pipe galleries. Its operating temperature ranges from -20°C to 70°C, maintaining stable insulation and conductive properties under 95% non-condensing humidity for long-term bundled or exposed laying conditions. Both terminals adopt integrated injection molded connectors with accurate pin definition standards, enabling plug-and-play docking with transducer sockets and transmitter terminals without on-site manual wiring modification. Internal tensile buffer structure prevents internal wire core fracture triggered by long-term equipment vibration and external pulling force.

Every batch of 703-1326 710-1326 Rev.B passes continuity test, insulation resistance detection, sealing inspection and cyclic tensile fatigue testing before factory delivery to guarantee long-term transmission stability. Common defects such as sheath cracking, shielding layer failure and internal wire breakage on aging cables will directly reduce overall measurement precision and interfere with factory material balance statistics and environmental emission data filing. Replacement with genuine revised cables can rapidly restore normal operation of the metering system and shorten instrument maintenance downtime.

New cable assemblies are delivered together with complete flow measurement equipment for newly built industrial metering projects, while calibrated spare cables are widely applied in routine maintenance and fault replacement of online flow monitoring devices. This matched cable ensures sustained accurate operation of pipeline fluid and gas metering links, lowers the failure probability of flow monitoring hardware, and cuts the comprehensive operation and maintenance cost of industrial metering systems under long-term continuous industrial production modes.