Parker 932662Q Filter Element

Description

Parker 932662Q Filter Element – 80CN Series Medium Pressure Filter, Nitrile Seal & 02Q Microglass Media

## Product Basic Information
– **Model**: 932662Q
– **Product Series**: Parker CN Series Replacement Filter Elements
– **Compatible Housing**: 80CN Filter Housing
– **Length Specification**: Length 2 (Long Size)
– **Filter Element Type**: 02Q Microglass (Ultra-Precision Glass Fiber Media Conventional Filter Cartridge)
– **Sealing Material**: Nitrile
– **Micron Rating**: 2 µm

## Core Product Advantages

### 1. Genuine 02Q Microglass Ultra-Precision Media + Long-Size Design, Balancing Micron-Level Filtration & Long-Term Dirt-Holding
As an authentic filter element from Parker’s Hydraulic & Industrial Process Filtration Division EMEA, the 932662Q integrates 02Q Microglass ultra-precision glass fiber media with the Length 2 long-size specification. It delivers core performance of “deep interception of micron-level impurities + 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—including 2-3 µm metal particles from hydraulic servo valve core wear, 1-2 µm colloidal impurities from long-term hydraulic oil oxidation, and 2-4 µm metal dust remaining from precision equipment assembly. This prevents “progressive abrasive wear” and “spool jamming” to high-precision hydraulic components such as servo valves and precision piston pumps.

The long-size design increases the media’s effective filtration area by 60% compared to the Length 1 short size, with dirt-holding capacity significantly enhanced (90% higher than ordinary short-size ultra-precision filters). It meets long-term filtration needs in high-cleanliness-required conditions, solving the pain point of “ultra-precision filters clogging easily and requiring frequent replacement”—achieving dual optimization of “extreme cleanliness protection” and “long-term operation & maintenance”.

### 2. 2 µm Ultra-Precision Filtration Accuracy, Covering High-Flow Medium-Pressure High-End Precision Hydraulic Scenarios
A 2 µm micron rating is the core choice for high-flow hydraulic systems that “pursue top-tier cleanliness,” and it widely adapts to the medium-pressure working conditions of the 80CN housing:
– In the hydraulic circuit of automotive engine block precision machining machines, it filters guide rail wear particles to maintain the machine tool’s positioning accuracy at ±0.001mm, meeting the micron-level machining tolerance requirements of engine blocks.
– In the hydraulic control system of semiconductor wafer dicing equipment, it intercepts tiny metal debris to prevent wafer edge chipping caused by dicing blade jamming, increasing wafer yield to over 99.8%.
– In the hydraulic system of aerospace component precision forging equipment, it filters tiny forging oxide scale particles to ensure the forging’s surface roughness reaches Ra ≤ 0.4μm, complying with aerospace-grade component quality standards.

Compared to 5 µm filter elements, the 932662Q improves filtration efficiency by 65% and stabilizes oil cleanliness at NAS Class 6, meeting the high-level cleanliness standards of the ISO 4413 hydraulic system. Although its oil flow resistance is slightly higher than that of coarse-precision filters, the optimized flow channel structure of the long-size design still enables it to adapt to a high-flow range of 0-600 L/min (matching the flow requirements of the 80CN housing), avoiding excessive system pressure loss. It is the “core filter element for high-flow medium-pressure high-end precision hydraulic scenarios”.

### 3. Nitrile Rubber Seal for Conventional Precision Conditions, Balancing Precision & Economy
The seal is made of Nitrile (nitrile rubber), which offers excellent mineral oil resistance and elasticity. It maintains a tight seal within a temperature range of -40 to 100°C (-40 to 212°F) and supports a maximum working pressure of 70 bar (1015 psi), making it fully compatible with the working conditions of most conventional precision equipment:
– In precision machine tools and semiconductor equipment using mineral oil, nitrile rubber seals exhibit stable oil swelling resistance, with a service life of over 1,800 hours.
– In constant-temperature workshops or outdoor non-extreme environments (e.g., electronic factory production in spring, aerospace component processing in autumn), it retains good elasticity and zero leakage risk.
– Compared to fluoroelastomer seals, nitrile rubber has lower procurement costs and requires no additional investment for extreme temperature compatibility. It provides an “ultra-precision protection + economical and reliable” sealing solution for high-flow medium-pressure high-end precision hydraulic systems, especially suitable for high-end manufacturing enterprises that require strict filtration accuracy but have controlled budgets.

### 4. Long-Size Design Compatible with 80CN Housing, No Equipment Modification Needed
The Length 2 long-size specification is precisely engineered to match the interface of the 80CN filter housing. It can be directly installed into the 80CN housing’s standard slot—no equipment pipeline modifications, hydraulic module layout adjustments, or housing replacements are required. This design easily adapts to diverse setups: main circuits of large high-end hydraulic stations, integrated hydraulic units of precision equipment, and continuous-operation systems with high dirt-holding requirements.

The installation process aligns with that of conventional long-size filters, allowing maintenance staff to perform quick replacements after basic training. Enterprises can upgrade to ultra-precision filtration without incurring extra equipment modification costs. Additionally, the long-size design, combined with the uniform fiber distribution of 02Q Microglass media, ensures even oil distribution inside the filter, eliminating sudden drops in filtration efficiency caused by local impurity accumulation. Its filtration stability is 40% higher than that of ordinary long-size ultra-precision filters, balancing “installation convenience” and “filtration reliability” while reducing the maintenance difficulty of high-end precision equipment.

### 5. Controllable Full-Cycle Maintenance Costs, Reducing Burden on High-Flow Precision Equipment
The 932662Q reduces maintenance costs for enterprises’ high-flow medium-pressure high-end precision hydraulic systems through multiple advantages:
– **Fluid Compatibility**: It works with mineral oils, vegetable oils, and some synthetic oils, eliminating the need to stock separate filters for different oil types and reducing inventory categories and capital occupancy.
– **Multi-Equipment Adaptability**: Its 2 µm ultra-precision covers the filtration needs of multiple high-end precision devices (e.g., engine machining tools, semiconductor dicing equipment, aerospace forging machines), reducing the variety of filters purchased.
– **Extended Replacement Cycles**: The high dirt-holding capacity of 02Q Microglass media combined with the long-size design extends the replacement cycle by 50% compared to short-size filters of the same precision. This reduces 4-5 annual maintenance shutdowns and lowers labor costs and downtime losses of high-end equipment (single downtime loss of high-end equipment can reach tens of thousands of yuan).
– **Economical Sealing**: The cost-effectiveness and conventional-condition adaptability of nitrile rubber further control the overall filter usage cost.

Moreover, its original Parker quality avoids the “precision component scrapping-equipment overhaul” cycle caused by non-genuine ultra-precision filters (e.g., substandard precision, media shedding), cutting maintenance costs for core components like servo valves and precision piston pumps (single maintenance cost savings can reach hundreds of thousands of yuan). It is a “cost-effective ultra-precision filtration choice” for high-flow medium-pressure precision hydraulic systems of high-end manufacturing enterprises.

## Application Scenarios & Industries

### Core Application Fields
– **Hydraulic Circuits of Automotive Engine Block Precision Machining Machines**: Suitable for hydraulic feed systems of CNC machining centers for automotive engine blocks. It filters 2 µm+ guide rail wear particles and metal dust to maintain the machine tool’s positioning accuracy at ±0.001mm, meeting the ±0.005mm machining tolerance requirement of engine blocks and increasing the block machining qualification rate to over 99.9%.
– **Hydraulic Control Systems of Semiconductor Wafer Dicing Equipment**: Used in hydraulic drive circuits of 8-12 inch semiconductor wafer dicing equipment. It intercepts 2 µm+ metal debris and dicing dust to prevent wafer edge chipping caused by dicing blade jamming, increasing wafer dicing yield to over 99.8% and reducing semiconductor chip production losses.
– **Hydraulic Systems of Aerospace Component Precision Forging Equipment**: In the hydraulic systems of precision forging equipment for aerospace engine blades and airframe structural parts, it filters 2 µm+ tiny forging oxide scale particles and mold wear impurities to ensure the forging’s surface roughness reaches Ra ≤ 0.4μm, complying with aerospace-grade component surface quality standards and reducing subsequent polishing process costs.
– **Main Circuits of Large High-End Hydraulic Stations**: As a supporting filter for the 80CN housing, it provides filtration for main oil circuits of large high-end hydraulic stations (e.g., hydraulic stations for aerospace component processing). It maintains oil cleanliness at NAS Class 6, prevents cross-contamination between multiple precision devices, and extends hydraulic system failure intervals to over 8,000 hours.
– **Precision Hydraulic Equipment Units for Continuous Operation**: Adapted to precision hydraulic units of equipment requiring 24/7 continuous operation (e.g., medical imaging equipment, electronic component packaging equipment). The long-size high dirt-holding design reduces shutdown and replacement times, while 2 µm ultra-precision filtration ensures stable equipment operation, meeting the “high production capacity, zero failure” production needs of high-end manufacturing.

### Covered Industries
– **Automotive Manufacturing (High-End Sector)**: Precision machining equipment for engine blocks and gearboxes—adapting to high-flow medium-pressure ultra-precision hydraulic needs and ensuring micron-level machining accuracy of core automotive components.
– **Semiconductor & Electronics**: Wafer dicing and chip packaging equipment—intercepting tiny impurities, ensuring precision manufacturing of semiconductor components, and reducing product scrap rates.
– **Aerospace**: Precision forging equipment for aerospace engine blades and airframe structural parts—meeting high-cleanliness machining requirements of aerospace-grade components and improving product quality.
– **Precision Machinery**: High-end CNC machining centers and coordinate grinding machines—protecting hydraulic feed and positioning systems, ensuring machining accuracy of precision parts (e.g., mold cores, medical device accessories).
– **Medical Devices**: Hydraulic systems of high-end medical imaging equipment and surgical robots—adapting to continuous operation and precision control needs, ensuring stable and reliable equipment performance (failure downtime rate ≤ 0.1%).

## Product Technical Parameters
– **Model**: 932662Q
– **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 Filter Cartridge with Glass Fiber Media)
– **Sealing Material**: Nitrile
– **Micron Rating**: 2 µm
– **Maximum Working Pressure**: 70 bar (1015 psi)
– **Operating Temperature Range**: -40 to 100°C (-40 to 212°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-precision filtration media, 2 µm extreme protection precision, nitrile rubber seal for conventional conditions, long-size high dirt-holding design