Electrical Performance & Core Function

Adopts double-layer overall shielding structure to restrain EMI interference from field inverters, high-power pumps and power distribution cabinets, avoiding echo signal distortion and measurement data fluctuation. Impedance parameters are precisely calibrated to match the piezoelectric transducer electrical characteristics of 868 series flowmeters. Both ends adopt locking anti-drop integrated connectors to eliminate poor contact caused by pipeline vibration and long-term pulling. Each cable undergoes continuity, shielding efficiency and impedance consistency testing before delivery, maintaining high-fidelity signal transmission during long-term continuous field measurement.

Structural Design & Environmental Adaptability

The outer sheath is made of wear-resistant, oil-resistant, water-proof and low-temperature resistant elastomer material, adapting to damp, dusty and mildly corrosive environments such as petrochemical flare pipelines, thermal power circulating water pipelines and outdoor instrument areas. The cable root is equipped with reinforced tension relief structure to reduce wire breakage risk from long-term bending construction. The whole cable conforms to industrial EMC specifications, with sealed joint structure preventing moisture and corrosive gas from invading internal conductors.

Matched Equipment & Application Scenarios

Compatible with XMT868/XMT868i liquid ultrasonic flow transmitters, GF868 flare gas ultrasonic flow meters and their matched insertion transducers. Widely applied to petrochemical medium metering, refinery flare gas emission measurement, power plant water system flow monitoring and coal chemical pipeline flow statistics. It serves as standard replacement consumable when original cables have sheath damage, inner core breakage or shielding failure.

Stability & Maintenance Advantages

All finished cables pass air tightness inspection and signal transmission performance aging test before shipment to ensure uniform batch quality. Standard dedicated interfaces support plug-and-play replacement without modifying instrument internal parameters, effectively shortening equipment downtime and maintenance labor costs. Original GE cables prevent flow measurement drift and host signal circuit abnormal damage caused by inferior substitute cables. Shockproof sealed packaging meets long-term spare parts storage requirements, and transmission performance keeps stable under dry constant-temperature storage environments.