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Load Cell Cables: Precision Signal Integrity for Industrial Weighing

Agilon Load Cell Cables are engineered for high-accuracy weight and force measurement applications where signal stability is paramount. Designed to handle the millivolt-level signals characteristic of strain gauge sensors, these cables utilize high-purity oxygen-free copper and low-capacitance insulation to prevent signal attenuation. To ensure laboratory-grade precision in noisy industrial environments, our cables feature 6-wire and 4-wire configurations with specialized shielding that eliminates the effects of RFI and EMI Whether integrated into batching systems, silo weighing, or platform scales, Agilon cables guarantee consistent, drift-free data transmission for mission-critical process control

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Ultra-Low Signal Distortion Precision-balanced cores ensure that minute voltage changes are transmitted accurately without loss or noise interference.
Comprehensive Noise Immunity High-density tinned copper braiding and Al-Mylar foil provide 100% coverage against electromagnetic interference.
6-Wire Sensing Capability Supports "Sense" lines to automatically compensate for voltage drops over long cable runs, ensuring weighing accuracy.
Mechanical Stability Engineered with non-hygroscopic fillers and rugged jackets to maintain electrical parameters even under vibration or tension
Environmental Protection Chemical, moisture, and UV-resistant jacketing ensures long-term reliability in washdown areas and outdoor weighing installations.
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Agilon pursues publishing accurate data,unpredictable variables may result in inadvertent inaccuracies and incompleteness. The details presented herein, though reasonably verified, remain susceptible to unintentional typos or information gaps. Further, product specifications tend to frequently evolve based on ongoing research and feedback. They are subject
to modifications without explicit advance intimations or obligations Also note that Drawings/Images are intended for illustration purposes only and actual product may be vary.