EHON Link, offers a reliable and efficient solution for monitoring and improving fuel cleanliness, ensuring the optimal performance and longevity of HPCR diesel engines

EHON LINK – FC Fluid Cleanliness is a comprehensive fuel cleanliness monitoring system designed to ensure optimal performance and longevity of High-Pressure Common diesel engines. The system is specifically engineered to address the challenges posed by tight tolerances and high-pressure fuel systems in modern diesel engines, providing real-time data on fuel cleanliness levels.

To achieve peak performance in generators, vehicles, and equipment, it’s crucial to prioritise high-quality fuel. Contaminants can compromise stored fuel, underscoring the need for additives, stabilisers, and proper storage techniques.

EHON Link FC Features:

The Fuel Standard (Automotive Diesel) Determination 2001 sets compliance requirements. The globally recognized ISO 4406 cleanliness code is crucial for assessing hydraulic fluid cleanliness, ensuring optimal function, and extending longevity. Understanding particle origins, including airborne particles from pollen, dust, and moisture, is essential to prevent microbial growth, corrosion, and degradation. Invisible particles below 40 µm and those below 10 µm require a microscope. To improve fuel rating, implement a proactive fuel quality management plan, including regular water inspections, remediation, and a 10 µm (or smaller) micro-glass media filter to maintain particle counts below the 18/16/13 rating.

ISO 4406 Fuel Cleanliness Monitoring:
– Utilizes the ISO 4406 standard to quantify and report particulate contamination levels in liquid fuels.
– Three-number coding system (e.g., ISO 18/16/13) indicating maximum particle counts in >4 µm, >6 µm, and >14 µm size ranges.

Particle Count Metrics:
– ISO 18/16/13 rating ensures a maximum count of 2,500 particles >4 µm, 640 particles >6 µm, and 80 particles >14 µm per ml of fuel.

Proactive Fuel Quality Management:
– Recommends a proactive fuel quality management program involving diligent water inspections and remediation.
– Advocates the use of proper filtration, such as a 10 µm (or smaller) microglass media filter, to maintain fuel cleanliness within acceptable limits.

Particle Source Identification:
– Highlights sources of particles, including airborne contaminants like pollen, dust, smoke, and equipment exhaust.
– Addresses moisture-related issues, which lead to microbial growth, corrosion, and fuel degradation.

Fuel Cleanliness Improvement Strategies:
– Regular inspections
– Conduct thorough inspections to identify water contamination and take corrective measures promptly.

Filtration Solutions:
– Install a 10 µm (or smaller) microglass media filter to effectively reduce particle counts in dispensed fuel.

Full integration into the VMI Dashboard:
– Automatically integrate and manage your data in the VMI Dashboard which will transform how organizations handle information. By consolidating multiple site data into a single, centralized database, this powerful solution sets a new standard for efficiency and comprehensive management.

Compatibility and Integrations:

– GPS Location: Enables tracking of the system’s geographical location.
– Optimized Reports: Provides detailed reports on fuel cleanliness metrics and system performance.
– Mobile Data: Supports seamless data connectivity for remote monitoring and management.
– Ethernet Port: Allows integration with network systems for data transmission and analysis.
– Tank Gaug Compatibility: Compatible with PIUSI OCIO, OLE, Franklin Gueling EVO, Gilbarco TLS or any device supporting the Veeder-root protocol.

Recommended System Components

– Implement a tank gauging system compatible with PIUSI OCIO, OLE, Franklin Gueling EVO, Gilbarco TLS or any device supporting Veeder-root protocol.