HENGST
1015612B
$856.00 USD
Tags:
- HENGST
- Material:1015612B
- Model:R928053694
- Summary:Hydraulic-Filter Element
Quantity in stock: 0
***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Hengst directly.***
The Hengst 16.9650/U PWR10-E0Z-0-M (1015612B) is a high-performance hydraulic filter element designed to optimize filtration in various hydraulic systems. This filter element serves as the core component within a filter assembly, where it plays a crucial role in determining key filtration parameters such as retention capacity, dirt holding capacity, and pressure loss. The filter media utilized in this model is a multilayer glass fiber material, designated as PWR10, which ensures efficient filtration performance and durability. With dimensions of 430 mm in length, an outer diameter of 79 mm, and an inner diameter of 43.1 mm, this filter element is engineered for precise fitment and effective operation within compatible systems. The design class of the Hengst 16.9650/U PWR10-E0Z-0-M is classified as a filter element with a nominal size of 9650 and features an NBR seal coded 'M' for reliable sealing performance under various operating conditions. The support cage material is standard, contributing to the structural integrity of the element without compromising its functionality. This model has a collapse pressure rating of 20 bar, indicating its robustness in maintaining performance even under challenging pressure conditions. While the Hengst 16.9650/U PWR10-E0Z-0-M does not possess suitability for HFC or HFA applications and does not conform to DIN24550 standards, it remains an excellent choice for applications demanding high-quality hydraulic filtration with its advanced glass fiber media technology. It's important to note that this model does not include a support cage but maintains its effectiveness through its design specifications tailored for specific hydraulic environments.
The Hengst 16.9650/U PWR10-E0Z-0-M (1015612B) is a high-performance hydraulic filter element designed to optimize filtration in various hydraulic systems. This filter element serves as the core component within a filter assembly, where it plays a crucial role in determining key filtration parameters such as retention capacity, dirt holding capacity, and pressure loss. The filter media utilized in this model is a multilayer glass fiber material, designated as PWR10, which ensures efficient filtration performance and durability. With dimensions of 430 mm in length, an outer diameter of 79 mm, and an inner diameter of 43.1 mm, this filter element is engineered for precise fitment and effective operation within compatible systems. The design class of the Hengst 16.9650/U PWR10-E0Z-0-M is classified as a filter element with a nominal size of 9650 and features an NBR seal coded 'M' for reliable sealing performance under various operating conditions. The support cage material is standard, contributing to the structural integrity of the element without compromising its functionality. This model has a collapse pressure rating of 20 bar, indicating its robustness in maintaining performance even under challenging pressure conditions. While the Hengst 16.9650/U PWR10-E0Z-0-M does not possess suitability for HFC or HFA applications and does not conform to DIN24550 standards, it remains an excellent choice for applications demanding high-quality hydraulic filtration with its advanced glass fiber media technology. It's important to note that this model does not include a support cage but maintains its effectiveness through its design specifications tailored for specific hydraulic environments.
The Filter Element is the central component in a filter, where the actual filtration takes place. The key filter parameters such as retention capacity, dirt holding capacity and pressure loss are determined by the Filter Element and the filter media used.