86466-80R RELIANCE

Reliance 86466-80R Filter Modules

Brand：RELIANCE Model number：86466-80R

Country of origin: United States Product weight：0.55kg

HS code：9032899099

Product Details：

Product Dimensions：

RELIANCE filter modules, depending on the specific product line, are designed to purify fluids (liquids or gases) by removing contaminants, or to condition electrical power by filtering out unwanted noise. Given the varied applications of the "RELIANCE" brand, we'll cover both industrial fluid filtration and electrical mains filtration.

Product Details (General)

For Fluid Filtration (e.g., Clark-Reliance):

Functionality: These modules are engineered to remove particulate matter, dissolved gases, moisture, and other impurities from various fluids like lubrication oils, hydraulic oils, natural gas, steam, and water. They protect downstream equipment from damage, extend fluid life, and maintain system efficiency.
Types:

Cartridge Filter Elements: Replaceable elements with specific micron ratings designed for precise contaminant removal.
Mechanical Separators (e.g., Vane, Centrifugal): Utilize physical principles (like changes in flow direction and velocity) to remove liquids and solids from gases or steam.
Filter Vessels/Systems: Complete units housing filter elements, often including control systems for automated operation.
Specialized Systems: Such as transformer oil purification systems, SF6 gas reclamation, and moisture removal systems.

Key Features:

High filtration efficiency (often down to sub-micron levels).
Robust construction (e.g., stainless steel, ASME code compliance).
Various media types to suit different fluids and contaminant sizes.
Low differential pressure (for mechanical separators).
Easy maintenance (for cartridge elements, often with twist-and-lock designs).

For Electrical Mains Filtration (e.g., historical Reliance Electric):

Functionality: These modules are designed to suppress electrical noise and interference (EMI/RFI) on incoming AC power lines. They protect sensitive electronic equipment, such as industrial drives and control systems, from disturbances that can cause malfunctions or damage.
Types: Typically passive filters containing capacitors and inductors.
Key Features:

Noise attenuation over a wide frequency range.
Compact design for integration into control panels or enclosures.
Protection against common mode and differential mode noise.
Often designed for specific voltage and current ratings of connected equipment.

Product Parameters

For Fluid Filtration:

Flow Rate: Max volume of fluid that can be processed per unit time (e.g., GPM for liquids, CFM for gases).
Pressure Rating: Maximum operating pressure (e.g., PSI).
Temperature Rating: Operating temperature range.
Micron Rating: The smallest particle size the filter can effectively remove (e.g., 3 micron, 0.5 micron absolute).
Material of Construction: Stainless steel, carbon steel, specific plastics, etc., depending on fluid compatibility and application.
Connection Sizes: NPT, flange, etc.
Dirt Holding Capacity: Amount of contaminant the filter can hold before needing replacement or cleaning.
ASME Code Compliance: For pressure vessels.

For Electrical Mains Filtration:

Voltage Rating: Max AC input voltage (e.g., 120VAC, 240VAC, 480VAC, 500VAC).
Current Rating: Max continuous current (e.g., amps, or associated with HP ratings for motor drives).
Frequency: 50/60 Hz.
Phases: Single-phase or three-phase.
Attenuation: Measured in dB across a frequency range.
Enclosure Type: Often NEMA or IP rated for environmental protection.
Weight and Dimensions: Physical size and mass.

Product Advantages

For Fluid Filtration:

Extended Equipment Life: By removing harmful contaminants, they protect rotating machinery, hydraulic components, and process equipment.
Reduced Downtime: Cleaner fluids mean fewer failures and less need for maintenance.
Improved Product Quality: Ensures the purity of fluids used in manufacturing processes.
Environmental Benefits: Can reduce waste by extending the life of oils and other process fluids.
Operational Efficiency: Maintains system performance by preventing fouling and wear.
Customization: Often available with various media and configurations to meet specific industrial demands.

For Electrical Mains Filtration:

Enhanced Equipment Reliability: Protects sensitive electronics from power line disturbances, preventing malfunctions and extending lifespan.
Compliance: Helps systems meet electromagnetic compatibility (EMC) regulations.
Reduced Interference: Minimizes noise that can affect other equipment or communication lines.
Improved Performance: Ensures stable power delivery for optimal operation of connected devices like AC drives.

Important Considerations

For Fluid Filtration:

Fluid Compatibility: Ensure the filter module's materials are compatible with the fluid being filtered (e.g., chemical resistance).
Operating Conditions: Verify that the pressure, temperature, and flow rate are within the module's specifications.
Micron Rating vs. Application: Select the appropriate micron rating based on the required cleanliness level and the type of contaminants.
Maintenance Schedule: Plan for regular filter element replacement or cleaning to maintain efficiency.
Differential Pressure Monitoring: Implement pressure gauges or sensors to indicate when filters need servicing.
System Integration: Consider how the filter module will integrate into the existing piping and control system.

For Electrical Mains Filtration:

Voltage and Current Matching: Select a filter module with ratings that match or exceed those of the equipment it will protect.
Frequency Range: Ensure the filter is effective across the operating frequency range of the electrical system.
Grounding: Proper grounding is critical for effective noise suppression and safety.
Installation Location: Install the filter as close as possible to the equipment it's protecting for optimal performance.
Thermal Management: Ensure adequate ventilation if the filter generates heat.

Product Applications

For Fluid Filtration:

Power Generation: Turbine lube oil filtration, boiler feedwater purification, generator cooling.
Oil & Gas: Natural gas conditioning, fuel gas filtration, pipeline integrity.
Manufacturing: Hydraulic system filtration, cutting fluid purification, industrial water treatment.
Chemical Processing: Filtration of various process fluids and solvents.
Food & Beverage: Water treatment, product filtration (though "Reliance" here might refer to other brands in F&B).
Healthcare (e.g., STERIS RELIANCE): HEPA air filtration in endoscope drying/storage cabinets to prevent contamination.

For Electrical Mains Filtration:

Industrial Automation: Protecting PLCs, AC drives, servo systems, and HMI panels from electrical noise.
Machine Tools: Ensuring stable power for precision machinery.
Robotics: Safeguarding robotic control units.
Medical Equipment: Providing clean power for sensitive diagnostic and treatment devices.
Commercial HVAC: Protecting control electronics in large HVAC systems.

86466-80R RELIANCE

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