Parker 940802 Hydraulic Filter Element 4.5 Inch Od

Product Description

The PARKER 940802 is a synthetic hydraulic filter element designed to remove oil contaminants from hydraulic fluid circuits. Built with a polyester filter media, this element provides reliable filtration performance in demanding hydraulic systems. At 4.5 inches outside diameter, it is sized for direct installation into compatible filter housings. Licensed hydraulic and fluid power technicians install this element as part of routine filter service to maintain system cleanliness and protect downstream components such as pumps, valves, and actuators. At 2.5 pounds, it is a manageable single-person replacement part.

This filter element is suited for hydraulic systems in industrial, mobile, and stationary equipment applications where oil removal is the primary filtration requirement. It is a direct-fit element replacement for systems that specify a 4.5-inch OD synthetic element. Typical install scenarios include scheduled maintenance intervals on hydraulic power units, construction equipment, and manufacturing machinery.

Key Features

• Synthetic polyester filter media for effective oil removal from hydraulic fluid
• 4.5 inch outside diameter for use in compatible filter housings
• Element-style filter for easy drop-in housing installation
• Lightweight at 2.5 pounds for single-technician handling
• Packaged as an individual element for precise quantity ordering

Compatibility

Designed as an OEM-style replacement element for hydraulic filter housings requiring a 4.5-inch outside diameter synthetic filter element for oil removal service.

Installation Notes

Hydraulic filter element replacement should be performed by a qualified fluid power or hydraulic technician. Always depressurize the hydraulic system and relieve all stored pressure before opening the filter housing. Dispose of used elements and residual hydraulic fluid in accordance with applicable local environmental regulations. Inspect the housing seals and o-rings at each element change interval and replace as needed to prevent bypass leakage.