Description
The Zinga SS10000 is a high-quality submerged suction strainer from the Zinga SS Series, engineered to provide dependable first-stage contamination control at the hydraulic pump inlet. Designed for in-tank installation, this suction strainer serves as a critical line of defense against large particulate contamination, helping protect pumps and downstream hydraulic components from debris that can cause premature wear, reduced efficiency, and costly equipment failures.
Featuring a 1-inch NPTF outlet connection, the SS10000 is designed for seamless integration into hydraulic reservoir suction circuits. It utilizes durable 100-mesh stainless steel filtration media to capture large particles, metal fragments, scale, and other contaminants before they enter the pump. By filtering contaminants at the source, the strainer helps maintain cleaner hydraulic fluid and supports improved system reliability throughout the hydraulic circuit.
Engineered without a bypass valve, the SS10000 provides direct suction-side filtration while maintaining unrestricted fluid flow to the pump. Its coarse filtration design is optimized to balance effective contaminant removal with minimal flow restriction, helping ensure adequate pump inlet conditions while reducing the risk of cavitation and other performance-related issues. This approach makes it particularly valuable in systems where dependable fluid delivery and pump protection are essential.
Ideal for hydraulic power units, industrial machinery, mobile equipment, agricultural systems, construction equipment, material handling equipment, and other fluid power applications, the SS10000 provides an effective solution for protecting hydraulic pumps from large contaminants before they can enter the system. By reducing the introduction of harmful debris into the hydraulic circuit, it helps extend pump life, lower maintenance costs, minimize downtime, and improve overall hydraulic system performance.
Manufactured to Zinga Filtration quality standards, the SS10000 delivers durable, reliable performance and dependable contamination control in applications where effective inlet-side filtration is essential to maximizing equipment longevity and maintaining consistent hydraulic operation.

