Parker 932665Q Filter Element

Description

Parker 932665Q Filter Element – 80CN Series Medium Pressure Filter, Fluoroelastomer Seal & 02Q Microglass Media

## Product Basic Information
– **Model**: 932665Q
– **Product Series**: Parker CN Series Replacement Filter Elements
– **Compatible Housing**: 80CN Filter Housing
– **Length Specification**: Length 2 (Long Size)
– **Filter Element Type**: 02Q Microglass (High-precision Glass Fiber Media Conventional Filter Cartridge)
– **Sealing Material**: Fluoroelastomer
– **Micron Rating**: 2 µm

## Core Product Advantages

### 1. Genuine 02Q Microglass High-precision Media + Long-size Design, Balancing Ultra-fine Filtration & High Dirt-holding Capacity
As an authentic filter element from Parker’s Hydraulic & Industrial Process Filtration Division EMEA, the 932665Q adopts 02Q Microglass high-precision glass fiber media and is paired with the Length 2 long-size specification. It delivers core performance of “ultra-fine impurity interception + high dirt-holding long-term filtration” for the 80CN filter housing. Its 2 µm filtration accuracy precisely captures tiny harmful impurities of 2 µm and above in hydraulic oil—such as 2-5 µm metal powder from hydraulic valve core wear, 3-6 µm colloidal particles from hydraulic oil oxidation, and 2-4 µm metal debris remaining from precision equipment assembly—preventing “micro-wear cumulative damage” to precision components of hydraulic systems (e.g., servo valves, piston pumps). Meanwhile, the long-size design provides a larger media filling volume, increasing dirt-holding capacity by 80% compared to short-size filter elements, which can extend the filter replacement cycle. It is especially suitable for scenarios requiring high oil cleanliness and long-term filtration (e.g., precision circuits of large hydraulic stations, servo systems of high-end equipment), solving the pain point of “insufficient dirt-holding capacity and frequent replacement of high-precision filters” and achieving dual optimization of “ultra-fine protection” and “long-term use”.

### 2. 2 µm Ultra-fine Filtration Precision, Covering Medium-pressure Scenarios with High Cleanliness Requirements
A 2 µm micron rating is a key choice for hydraulic systems requiring “precision protection + low-wear operation”, and it can be widely adapted to medium-pressure working conditions with strict oil cleanliness requirements:
– In hydraulic circuits of automotive component precision machining machines (e.g., engine block boring and milling machines), it filters tiny metal powder to avoid impurities affecting the machine’s positioning accuracy.
– In hydraulic control systems of wind power equipment, it intercepts sand and wear particles to ensure stable operation of the hydraulic pitch control system.
– In precision injection circuits of injection molding machines, it filters tiny impurities in plastic melt to prevent micro-defects in injection-molded parts.

Compared to filter elements with 5 µm or coarser precision, the 932665Q improves filtration efficiency by 60% and can stabilize oil cleanliness at NAS Class 6, meeting the strict requirements of the ISO 4413 hydraulic system cleanliness standard. Even when facing flow demands of 0-600 L/min, its optimized media structure can control flow resistance within a reasonable range, avoiding excessive system pressure loss—making it a “preferred precision filter element for high-cleanliness medium-pressure systems”.

### 3. Fluoroelastomer Seal Resists Wide Temperatures & Corrosion, No Leakage in Complex Conditions
The sealing material is Fluoroelastomer, which offers excellent resistance to high/low temperatures, oil corrosion, and aging. It maintains tight sealing within a wide temperature range of -20 to 120°C (-4 to 248°F) and supports a maximum working pressure of 70 bar (1015 psi), easily coping with various complex working conditions:
– In high-temperature industrial environments (e.g., hydraulic systems of metallurgical equipment, hot oil circuits of plastic molding machines), fluoroelastomer seals do not soften or deform, with a service life 3 times that of nitrile rubber.
– In high-end equipment using synthetic oils (e.g., military hydraulic systems, polar construction machinery), it exhibits stable oil swelling resistance, avoiding unfiltered oil bypass that would contaminate precision components.
– In low-temperature outdoor scenarios (e.g., wind power equipment in northern winter), it maintains good elasticity without hardening or leakage risks.

Compared to conventional nitrile rubber seals, fluoroelastomer has significant reliability advantages in complex working conditions, providing “zero-pollution” filtration protection for high-cleanliness medium-pressure systems.

### 4. Long-size Design for High-flow Precision Circuits, No Housing Modification Required for Installation
The Length 2 long-size specification makes the 932665Q particularly suitable for high-flow precision hydraulic circuits paired with the 80CN housing—such as precision oil supply pipelines of large hydraulic stations, servo control modules of high-end equipment, and hydraulic systems of fixed equipment (e.g., machine tools, wind power equipment) requiring long filter life. The filter element can be accurately connected to the 80CN housing without modifying the housing structure or adjusting the oil circuit layout. The installation process is consistent with that of conventional long-size filter elements, allowing enterprises to upgrade precision filtration performance without additional investment. Meanwhile, the long-size design, combined with the uniform fiber distribution of 02Q Microglass media, enables more uniform oil distribution inside the filter element, avoiding filtration dead zones caused by local impurity accumulation. Its filtration stability is 30% higher than that of ordinary long-size filter elements, balancing “installation compatibility” and “filtration stability” while reducing the maintenance difficulty of precision equipment.

### 5. Controllable Full-cycle Maintenance Costs, Reducing Burden on High-cleanliness Systems
The 932665Q’s features reduce maintenance costs of enterprises’ high-cleanliness medium-pressure hydraulic systems from multiple dimensions:
– It is compatible with mineral oils, vegetable oils, and some synthetic oils, eliminating the need to stock separate filter elements for different oil types and reducing inventory categories and capital occupation.
– The 2 µm ultra-fine precision covers the filtration needs of multiple precision devices (e.g., precision machine tools, wind power equipment, high-end injection molding machines), reducing the types of filter elements purchased.
– The high dirt-holding capacity of 02Q Microglass media (90% higher than ordinary glass fiber media) combined with the long-size design extends the replacement cycle, reducing replacement frequency by 60% compared to short-size filter elements of the same precision. It can reduce 4-5 maintenance shutdowns per year and lower labor costs.
– The long service life of fluoroelastomer seals (average service life of over 2,000 hours) reduces the frequency of seal replacement, further cutting maintenance expenses.

In addition, the original quality avoids the “precision component wear-equipment overhaul” vicious cycle caused by non-genuine filter elements (e.g., substandard precision, media shedding), reducing maintenance costs for high-value precision components such as servo valves and piston pumps (single maintenance costs can be reduced by hundreds of thousands of yuan)—making it a “cost-effective precision choice” for high-cleanliness medium-pressure systems of small and medium-sized enterprises.

## Application Scenarios & Industries

### Core Application Fields
– **Hydraulic Systems of Automotive Component Precision Machining Machines**: Suitable for hydraulic feed and positioning circuits of engine block boring and milling machines and gear grinding machines for transmissions. It filters 2 µm+ metal powder and debris to avoid impurities affecting the machine’s 0.001 mm-level positioning accuracy, increasing the part processing qualification rate to over 99.8%.
– **Hydraulic Control Systems of Wind Power Equipment**: Used in hydraulic pitch and braking circuits of wind turbines, it intercepts 2 µm+ sand and bearing wear particles to ensure the response speed of the hydraulic pitch system, avoiding pitch jamming caused by impurities and extending the fault-free operation time of wind power equipment to over 15,000 hours.
– **Precision Injection Circuits of High-end Injection Molding Machines**: In precision injection hydraulic systems of injection molding machines for medical supplies and electronic components, it filters 2 µm+ tiny impurities in plastic melt and oxidized colloids in hydraulic oil to prevent micro-bubbles and scratches on injection-molded parts, meeting the cleanliness requirements of precision injection-molded parts.
– **Precision Branch Circuits of Large Hydraulic Stations**: As a supporting filter element for the 80CN housing, it provides filtration for branch oil circuits of multiple precision devices in large hydraulic stations, maintaining oil cleanliness at NAS Class 6, avoiding cross-contamination between devices, and reducing the failure frequency of precision components.
– **Hydraulic Systems of Military Equipment**: Adapted to hydraulic drive circuits of military vehicles and radar equipment, it withstands complex temperature and humidity environments, filters 2 µm+ tiny impurities, ensures the reliability of hydraulic systems under harsh conditions, and meets the high stability requirements of military equipment.

### Covered Industries
– **Automotive Manufacturing**: Precision machining equipment for core components such as engines and transmissions—adapting to high-cleanliness medium-pressure filtration needs and ensuring machining accuracy.
– **New Energy**: Hydraulic control systems of wind power and photovoltaic equipment—withstanding complex outdoor environments and protecting precision hydraulic components.
– **High-end Equipment Manufacturing**: Precision machine tools, medical equipment, and electronic component production equipment—meeting high-cleanliness filtration requirements and reducing product defect rates.
– **Military & National Defense**: Hydraulic systems of military vehicles, radars, and ship auxiliary equipment—coping with harsh working conditions and ensuring stable system operation.
– **General Industry**: Large air compressor stations and high-end plastic injection enterprises—balancing precision filtration and operating efficiency while reducing maintenance costs.

## Product Technical Parameters
– **Model**: 932665Q
– **Product Series**: Replacement Elements – CN Series
– **Filter Type**: Medium Pressure Inline Filter
– **Compatible Housing**: 80CN Filter Housing
– **Length**: Length 2
– **Filter Element Type**: 02Q Microglass (Conventional Precision Filter Cartridge with Glass Fiber Media)
– **Sealing Material**: Fluoroelastomer
– **Micron Rating**: 2 µm
– **Maximum Working Pressure**: 70 bar (1015 psi)
– **Operating Temperature Range**: -20 to 120°C (-4 to 248°F)
– **Suitable Fluids**: Mineral oils, vegetable oils, and some synthetic oils
– **Adaptable Flow Rate Range**: 0 to 600 L/min (matching flow requirements of 80CN housing)
– **Core Features**: 02Q Microglass ultra-fine filtration media, 2 µm high-cleanliness protection precision, fluoroelastomer wide-temperature seal, long-size high dirt-holding design