Menú principal

Tension Link to Protect Ocean Monitoring Plaforms

Real-Time Monitoring of Offshore Mooring Cables

An ocean monitoring organization set out to understand how wind and waves impact the mooring cables that secure their offshore platforms. During extreme weather, the stress on these cables is invisible. If the mooring system fails, the entire suite of monitoring equipment and sensors could be lost. ANYLOAD’s 110BH Tension Link Load Cell was customized to provide the durability and accuracy needed to monitor the cable tension in this harsh marine environment.

Desafío

  1. Harsh Underwater Conditions: At 30 m depth underwater (approx. 42 psi / 3.8 bar), the sensors must withstand constant pressure, low temperatures, and long‑term exposure to seawater without leakage or performance degradation.
  2. Corrosion and Fatigue: Standard metallic materials are vulnerable to stress‑corrosion cracking when subjected to prolonged seawater immersion and continuous dynamic loading.
  3. Underwater Communication: Wireless communication is unreliable due to signal loss and wave interference, making it difficult to transmit stable, real‑time data from offshore platforms.

Solución

  1. Vacuum-Sealed Electronics: The sensor’s internal cavity is vacuum‑treated to prevent condensation, ensuring stable readings in cold, high‑pressure environments. Customized seals rated for 30 m depths provide long‑term protection against leakage.
  2. 17-4PH Stainless Steel Construction: Precipitation‑hardened 17‑4PH stainless steel was used, providing high yield strength and superior corrosion resistance for long‑term submerged performance. The sensors demonstrated exceptional linearity and data stability under prolonged dynamic loading.
  3. Wired Real-Time Transmission: Specialized watertight signal cables delivered continuous, interference‑free data directly to the platform’s monitoring system.
  4. Physical Verification Testing: In-house water pressure chamber at ANYLOAD facility simulated 3.8 bar underwater to validate performance at rated depth.
ENVIAR CONSULTA

Conclusión

Leveraging ANYLOAD’s high‑performance 17‑4PH tension links, a real-time system was developed to monitor the mooring cable conditions. During a severe hurricane event, the system successfully alerted operators to rising cable loads, allowing them to take corrective action before damage occurred. Continuous monitoring also enabled a shift from scheduled cable replacement to condition‑based maintenance, significantly reducing operational risk and extending system life.

Buoy-Float-Tension-Load-Cell
Buoy-Tension-Load-Cell

Palabras clave:
Deep‑Sea Sensing, High-Pressure Aquatic Environments, Low-Temperature Tolerance, Ocean, Real‑Time Monitoring, 17‑4PH, Data Buoy

Productos destacados

CUSTOM 110BH
Célula de carga de tensores
Véase la versión estándar.

  • Material: Acero de aleación
  • Rated Capacities: 1t, 2t, 5t, 10t, 20t, 30t, 50t, 75t, 100t, 120t
  • Clasificación IP: IP67
  • NTEP 1:3000 Class III, Single Cell certified from 1t-2t
  • NTEP 1:5000 Class III, Multiple Cell certified from 1t-2t
  • NTEP 1:3000, hasta 1:6000 Clase III, certificado para células múltiples y células individuales de 5t-50t
  • OIML MAA C3, Y=15 000 certificado de 1t-10t
  • OIML MAA C3, hasta C6, Y=13 5000 certificados de 10t-50t
  • Certificado CE y RoHS

Explorar casos prácticos

Un carro de fertilizantes utilizando la célula de carga de viga de un solo extremo 563YS de Anyload.

Soluciones de pesaje agrícola

Cómo utiliza la industria agrícola nuestra célula de carga para carros y equipos móviles para obtener un resultado óptimo

Aumentar la vida útil de la turbina

Solución gravimétrica de garantía de calidad para estudios de palas de aerogeneradores

Células de carga para máquinas llenadoras de bolsas

Sistema de pesaje y control del llenado de bolsas y otros procesos para lograr la máxima eficacia

Ir arriba