HENGST
1015797B
$1,528.00 USD
Tags:
- HENGST
- Material:1015797B
- Model:R928053937
- 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 10.2600LA PWR6-A00-0-V SO3000 (1015797B) is a hydraulic filter element designed to deliver efficient filtration performance in various hydraulic systems. This component plays a vital role in maintaining system cleanliness by removing contaminants from hydraulic fluids, thereby extending the life of the equipment and enhancing operational reliability. The filter element is constructed with a multilayer glass fiber material, designated as PWR, which optimizes retention capacity and dirt holding capability while minimizing pressure loss. It features dimensions of 920 mm in length, an outer diameter of 143.5 mm, and an inner diameter of 96.5 mm, making it suitable for specific installation requirements. The design classifies under the series 10 with a nominal size of 2600LA and utilizes FKM seals (seal code V) known for their excellent chemical resistance and durability under high temperatures. Its collapse pressure rating stands at 30 bar, ensuring robustness under demanding conditions without compromising structural integrity. The support cage material is standard, negating the need for additional support cages during installation. This filter element is not compatible with HFC or HFA fluids and does not adhere to DIN24550 standards; however, its design ensures reliable performance in environments where these specifications are not mandatory. The legacy code R928053937 may be used for reference or cross-referencing within inventory systems or technical documentation. Overall, this Hengst filter element is engineered to provide superior filtration efficiency and reliability in applicable hydraulic systems requiring high-performance components for optimal operation.
The Hengst 10.2600LA PWR6-A00-0-V SO3000 (1015797B) is a hydraulic filter element designed to deliver efficient filtration performance in various hydraulic systems. This component plays a vital role in maintaining system cleanliness by removing contaminants from hydraulic fluids, thereby extending the life of the equipment and enhancing operational reliability. The filter element is constructed with a multilayer glass fiber material, designated as PWR, which optimizes retention capacity and dirt holding capability while minimizing pressure loss. It features dimensions of 920 mm in length, an outer diameter of 143.5 mm, and an inner diameter of 96.5 mm, making it suitable for specific installation requirements. The design classifies under the series 10 with a nominal size of 2600LA and utilizes FKM seals (seal code V) known for their excellent chemical resistance and durability under high temperatures. Its collapse pressure rating stands at 30 bar, ensuring robustness under demanding conditions without compromising structural integrity. The support cage material is standard, negating the need for additional support cages during installation. This filter element is not compatible with HFC or HFA fluids and does not adhere to DIN24550 standards; however, its design ensures reliable performance in environments where these specifications are not mandatory. The legacy code R928053937 may be used for reference or cross-referencing within inventory systems or technical documentation. Overall, this Hengst filter element is engineered to provide superior filtration efficiency and reliability in applicable hydraulic systems requiring high-performance components for optimal operation.
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.