Fleetguard's ST1939 Hydraulic Filter is crafted to offer top-notch filtration performance in hydraulic systems. With its cutting-edge filtration technology, this filter eliminates contaminants that could potentially harm system components, ensuring enduring protection and operational efficiency. Its robust design focuses on reliability and long lifespan, making it invaluable for maintaining smooth hydraulic performance and mitigating risks of system failures. As a cornerstone of hydraulic maintenance, it guarantees enhanced protection and extended service for hydraulic equipment.
Part Number: ST1939; Type: Hydraulic Filter; Filtration Technology: Advanced; Function: Contaminant removal; Material: High-durability.
Recommended for use in hydraulic systems requiring high-efficiency filtration. Ensure regular inspection and replacement as part of system maintenance to optimize performance.
Protects hydraulic systems from contaminants; Reduces risk of damage; Extends component life; Enhances system efficiency; Reliable and durable construction.
To correctly install the ST1939 Hydraulic Filter, ensure that hydraulic systems are depressurized before starting. Replace the existing filter with the ST1939 model and secure it tightly in place according to the system's guidelines. Restart the system to check for any leaks or installation issues.
Suitable for use in a wide range of hydraulic systems requiring efficient filtration to maintain system integrity and performance.
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ST1939-RA, ST1939-RK
The ST1939 Hydraulic Filter by Fleetguard is engineered to provide superior protection for hydraulic systems through its advanced filtration technology. This filter effectively removes harmful contaminants, thus safeguarding critical components from damage and extending their service lifecycle. Its design prioritizes reliability and durability, making it an essential component in maintaining efficient hydraulic operations and preventing system failures. The robust build ensures long-term usage in various applications, affirming its role in optimally supporting hydraulic functions and enhancing equipment longevity.
