HENGST
1010877B

***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 7 SL 130 H10XL-S00-01C-R0M00 (1010877B) is a hydraulic complete spin-on filter designed for direct installation in pipelines. This model is engineered to protect downstream components and systems from wear by effectively filtering out contaminants. The filter features a multilayer glass fiber material (H10XL) that provides a filtration grade of 10, ensuring high performance in maintaining fluid cleanliness. It is constructed with a combination of carbon steel and aluminum, offering durability and reliability under various operating conditions. The filter supports a nominal size of 130 and is equipped with an NBR seal designation, ensuring compatibility with specific applications. The Hengst 7 SL series spin-on cartridge filter incorporates a standard support cage material and has a bypass cracking pressure of 0.3 bar, which helps maintain optimal flow even when the filter reaches its capacity. It does not include features such as a check valve or cyclone effect but comes with an indicator designation in the form of a vacuum gauge to monitor the filter's status. The port configuration includes G1 1/4 horizontal ports adhering to ISO228-1 standards, allowing for straightforward integration into existing systems. With both maximum working pressure and nominal pressure rated at 7 bar, this product is suitable for applications where maintaining system integrity under moderate pressure conditions is crucial. While it does not accommodate HFC/HFA suitability or DIN24550 compliance, its design focuses on providing effective filtration without additional complexities like lid lifting devices or two-parted bowls. Overall, the Hengst 7 SL 130 H10XL-S00-01C-R0M00 offers reliable performance in protecting hydraulic systems from wear through efficient contaminant removal.