HENGST
1014813B
$1,731.00 USD
Tags:
- HENGST
- Material:1014813B
- Model:R928052354
- Summary:Hydraulic-Inline Filter
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 445LEN0160-PWR10B00-V5,0-M-S6-Z1 (1014813B) is a hydraulic-inline filter designed for use in hydraulic systems and lubricating oil systems to effectively filter solids from fluids. This inline filter is intended for installation within pipelines, making it a critical component in maintaining the cleanliness and efficiency of fluid systems. The filter features a multilayer glass fiber material designated as PWR10, providing a filtration grade of 10 to ensure optimal performance. It is built with a robust housing made from nodular cast iron and carbon steel, capable of withstanding high pressures with a maximum working pressure of 450 bar and a nominal pressure of 445 bar. The design includes an NBR seal for reliable sealing and durability under various conditions. The Hengst model boasts several noteworthy features such as its suitability for HFC/HFA applications and compliance with DIN24550 standards. It also includes an optical indicator to provide users with visual confirmation of the filter's status, set at a switching point of 5 bar. The cyclone effect incorporated into the design enhances filtration efficiency by promoting particle separation before reaching the filter media. Additionally, this model is equipped with standard support cage material and adheres to SAE port standards with horizontal port positioning, featuring a port size of 1 1/2\" - 6000 psi. This inline filter does not include a check valve or lid lifting device but offers reliable performance in demanding environments due to its sturdy construction and efficient filtration capabilities. The Hengst 445LEN0160-PWR10B00-V5,0-M-S6-Z1 is ideal for applications requiring robust filtration solutions within hydraulic and lubricating oil systems.
The Hengst 445LEN0160-PWR10B00-V5,0-M-S6-Z1 (1014813B) is a hydraulic-inline filter designed for use in hydraulic systems and lubricating oil systems to effectively filter solids from fluids. This inline filter is intended for installation within pipelines, making it a critical component in maintaining the cleanliness and efficiency of fluid systems. The filter features a multilayer glass fiber material designated as PWR10, providing a filtration grade of 10 to ensure optimal performance. It is built with a robust housing made from nodular cast iron and carbon steel, capable of withstanding high pressures with a maximum working pressure of 450 bar and a nominal pressure of 445 bar. The design includes an NBR seal for reliable sealing and durability under various conditions. The Hengst model boasts several noteworthy features such as its suitability for HFC/HFA applications and compliance with DIN24550 standards. It also includes an optical indicator to provide users with visual confirmation of the filter's status, set at a switching point of 5 bar. The cyclone effect incorporated into the design enhances filtration efficiency by promoting particle separation before reaching the filter media. Additionally, this model is equipped with standard support cage material and adheres to SAE port standards with horizontal port positioning, featuring a port size of 1 1/2\" - 6000 psi. This inline filter does not include a check valve or lid lifting device but offers reliable performance in demanding environments due to its sturdy construction and efficient filtration capabilities. The Hengst 445LEN0160-PWR10B00-V5,0-M-S6-Z1 is ideal for applications requiring robust filtration solutions within hydraulic and lubricating oil systems.
Inline filters are used in hydraulic systems and lubricating oil systems for the filtration of solids from fluids. They are intended for installation in pipelines.