Parker 930367Q Filter Element

Description

Parker 930367Q Filter Element – 15CN Series Medium Pressure Filter, Nitrile Seal & Microglass Media

## Product Basic Information
– **Model**: 930367Q
– **Product Series**: Parker CN Series Replacement Filter Elements
– **Compatible Housing**: 15CN Filter Housing
– **Length Specification**: Length 1 (Short Size)
– **Filter Element Type**: 20Q Microglass (High-performance Glass Fiber Media Conventional Filter Cartridge)
– **Sealing Material**: Nitrile (Nitrile Rubber)
– **Micron Rating**: 20 µm

## Core Product Advantages

### 1. Genuine Microglass Media + Precise Compatibility, Long-term Protection for Heavy-duty Scenarios
As an authentic filter element manufactured by Parker’s Hydraulic & Industrial Process Filtration Division EMEA, the 930367Q adopts high-performance Microglass glass fiber media and is specifically engineered for the 15CN filter housing, achieving “dimensionally precise matching and factory-synchronized performance”. Its 20 µm filtration accuracy focuses on capturing large harmful particles of 20 µm and above in hydraulic oil—such as 20-30 µm metal debris from severe hydraulic pump gear wear, 25-35 µm rust chunks from pipeline corrosion, and 30-40 µm sand particles introduced during outdoor heavy-duty equipment operation. This effectively prevents “rigid scratches” on hydraulic valve cores and cylinder piston seals caused by large particles. Meanwhile, the high-strength fiber structure of Microglass media maintains exceptional impact resistance and dirt-holding capacity at 20 µm precision: compared to ordinary 20 µm filter elements, its dirt-holding capacity is increased by 50%, and the replacement cycle is extended by 70%. Even under heavy-duty, high-impurity working conditions, it remains stable in filtration performance, providing “wear resistance and failure prevention” long-term protection for small and medium-sized medium-pressure hydraulic systems.

### 2. 20 µm High-flow Precision, Adaptable to High-flow & Heavy-pollution Conditions
A 20 µm micron rating is a core choice for hydraulic systems requiring “high-flow demand + heavy-pollution protection”, especially suitable for scenarios with high impurity content and stable flow requirements:
– In the main hydraulic circuits of heavy construction machinery (e.g., small loaders, excavators), it filters large amounts of outdoor sand and wear particles, while its low flow resistance ensures sufficient main circuit flow to avoid slow equipment movement.
– In industrial compressor lube oil circuits, it traps large particles from severe bearing wear to protect compressor rotors from impact.
– In hydraulic systems of mining auxiliary equipment, it copes with oil contamination in high-dust environments, reducing sudden failures of hydraulic components.

Compared to filter elements with 10 µm or finer precision, the 930367Q reduces oil flow resistance by 30% and adapts to a high-flow range of 0-600 L/min. Compared to 30 µm and coarser filter elements, it offers superior filtration performance, meeting NAS Class 9 oil cleanliness standards. It is a highly reliable filter element “preferred for heavy-pollution and high-flow scenarios”.

### 3. Short-size Design for Compact Spaces, Easy Installation Without Modification
The Length 1 short-size reduces the 930367Q’s volume by 40% compared to the Length 2 long-size, significantly lowering installation space requirements. It is particularly suitable for small and medium-sized hydraulic systems paired with the 15CN housing—such as main circuits of small hydraulic stations, compact hydraulic compartments of mobile equipment, and local auxiliary oil circuits of heavy-duty machine tools with limited space. The filter element can be directly inserted into the 15CN housing without modifying equipment pipelines or adjusting installation layouts, reducing installation time by 60% compared to long-size filter elements. Meanwhile, the short-size design, combined with the low flow resistance advantage of Microglass media, improves oil flow efficiency by 25% at 20 µm precision compared to ordinary short-size filter elements, ensuring stable system flow and avoiding hydraulic power attenuation caused by filter throttling—perfectly balancing “space compatibility” and “high-flow demand”.

### 4. Nitrile Rubber Seal for Conventional Working Conditions, Dual Advantages of Cost-effectiveness & Stability
The sealing material is Nitrile (nitrile rubber), which offers excellent mineral oil resistance, anti-aging properties, and adaptability to normal temperatures. It maintains tight sealing within a temperature range of -40 to 100°C (-40 to 212°F) and supports a maximum working pressure of 70 bar (1015 psi), fully adapting to most industrial conventional scenarios:
– In heavy-duty hydraulic systems using mineral oil, nitrile rubber exhibits stable oil swelling resistance, with a sealing life 1.8 times that of ordinary rubber.
– In normal to medium-temperature workshop environments (e.g., auto parts forging workshops, construction machinery maintenance stations), there is no need to worry about temperature fluctuations affecting the seal, avoiding oil leakage or unfiltered oil bypass due to seal failure.

Compared to fluoroelastomer seals, nitrile rubber reduces procurement costs by 40% in conventional working conditions, significantly improving filtration cost-effectiveness for enterprises in heavy-pollution and high-flow scenarios.

### 5. Controllable Full-cycle Maintenance Costs, Reducing Burden on Heavy-duty Systems
The 930367Q’s features reduce maintenance costs of enterprises’ heavy-duty 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 short-size design enables easy installation, shortening replacement time by 60% compared to long-size filter elements and lowering labor maintenance costs.
– The high stability of Microglass media avoids the “filtration failure-equipment overhaul” vicious cycle caused by non-genuine filter elements (e.g., media rupture, substandard precision), reducing maintenance costs for core components such as hydraulic pumps and main valve cores (single maintenance costs can be reduced by thousands of yuan).

Additionally, the 20 µm high-flow precision covers the filtration needs of multiple heavy-duty equipment, reducing the types of filter elements purchased and further lowering overall costs—making it ideal for small and medium-sized mining, construction machinery enterprises, or heavy-duty production lines.

## Application Scenarios & Industries

### Core Application Fields
– **Heavy Construction Machinery Hydraulic Circuits**: Suitable for main hydraulic circuits or auxiliary oil circuits of outdoor construction machinery (e.g., small excavators, loaders, bulldozers), it filters 20 µm+ sand and metal debris to avoid hydraulic valve jamming and cylinder seal scratches caused by large particles, extending the equipment’s trouble-free operation time.
– **Industrial Compressor Lube Oil Filtration**: Used in lube oil circuits of small and medium-sized air compressors and refrigeration compressors, it traps 20 µm+ bearing wear particles to protect compressor rotors and cylinder walls, avoiding compressor noise or shutdown caused by particle impact.
– **Mining Auxiliary Equipment Hydraulic Systems**: In hydraulic circuits of mining crushers and conveying equipment, it copes with high-dust, high-impurity environments, filtering 20 µm+ dust and ore debris to prevent accelerated wear of hydraulic components and reduce equipment maintenance frequency.
– **Heavy-duty Machine Tool Auxiliary Oil Circuits**: Adapts to auxiliary hydraulic oil circuits (e.g., fixture clamping oil circuits) of auto parts forging machines and large casting machining tools, filtering large metal debris generated during processing to ensure stable operation of auxiliary mechanisms and avoid machining deviations caused by fixture loosening.
– **Main Filtration for Small Hydraulic Stations**: Serves as the main filter element for small hydraulic stations paired with the 15CN housing (e.g., heavy equipment test benches, production line hydraulic power units), stabilizing oil cleanliness to NAS Class 9 and avoiding impact wear of large particles on core system components.

### Covered Industries
– **Construction Machinery**: Mining machinery (small crushers, conveying equipment), construction machinery (small excavators, loaders), agricultural machinery (large tractor hydraulic systems)—adapting to outdoor heavy-pollution and heavy-duty working conditions.
– **Industrial Manufacturing**: Heavy machinery manufacturing (forging machines, large machining centers), automotive manufacturing (engine block forging equipment)—meeting filtration needs of heavy-duty processing scenarios.
– **Energy & Mining**: Small mining auxiliary equipment, coal conveying hydraulic systems—withstanding high-dust and high-impurity environments.
– **Transportation**: Heavy truck hydraulic steering systems, railway maintenance small hydraulic equipment—adapting to high-flow and impact resistance requirements.
– **General Industry**: Small and medium-sized compressor stations, heavy-duty hydraulic test platforms—balancing high-flow and heavy-pollution protection.

## Product Technical Parameters
– **Model**: 930367Q
– **Product Series**: Replacement Elements – CN Series
– **Filter Type**: Medium Pressure Inline Filter
– **Compatible Housing**: 15CN Filter Housing
– **Length**: Length 1
– **Filter Element Type**: 20Q Microglass (Conventional Filter Cartridge with Glass Fiber Media)
– **Sealing Material**: Nitrile (Nitrile Rubber)
– **Micron Rating**: 20 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 15CN housing)
– **Core Features**: High-performance Microglass media, 20 µm high-flow precision, nitrile rubber seal for conventional conditions, short compact design