Parker 933212Q Hydraulic Filter Element 10 Micron Microglass

Product Description

The PARKER 933212Q is a hydraulic filter element rated at 10 microns, designed to remove particulate contamination from hydraulic fluid circuits. Constructed from microglass media, it delivers consistent filtration efficiency across a wide range of hydraulic fluids and operating conditions. With an inside diameter of 2.18 inches and an outside diameter of 3.79 inches, this element fits standard housing configurations used in industrial and mobile hydraulic systems. Installation is performed by hydraulic system technicians during scheduled maintenance intervals or in response to differential pressure indicators. The element weighs 3.6 pounds.

This filter element is suited for use in industrial hydraulic power units, mobile equipment hydraulic systems, and machine tool circuits where particulate contamination control is critical to component longevity. It serves as a direct replacement for OEM elements from Hydac, Hycon, Pall, Donaldson, Stauff, and Vickers, making it a practical cross-reference option when servicing equipment that originally specified those brands. Typical applications include return-line and pressure-line filtration in systems requiring 10-micron particle retention.

Key Features

• 10-micron filtration rating for effective particulate removal in hydraulic circuits
• Microglass media construction for high dirt-holding capacity and consistent efficiency
• 2.18-inch inside diameter and 3.79-inch outside diameter for standard housing fit
• Direct cross-reference replacement for Hydac, Hycon, Pall, Donaldson, Stauff, and Vickers OEM elements
• Single-unit packaging with no minimum order requirement beyond one unit

Compatibility

Direct replacement for Hydac part H8900/16-010BN, Hycon part H8900/16-010BN, Pall part HC8900FKS16H, Donaldson part P167943, Stauff part SP160E10B, and Vickers part V2691V5V10.

Installation Notes

Hydraulic filter elements are replaced by qualified hydraulic technicians or maintenance personnel. Before servicing, depressurize the hydraulic system fully and allow fluid to cool to a safe handling temperature. Use appropriate fluid containment equipment to capture residual hydraulic fluid during element removal. Follow the equipment manufacturer's torque and reassembly procedures for the filter housing to prevent bypass or leakage after service.