EPFR16-S35T-0-N-90 PILOTED ELEMENT
Manufacturer: Hydraforce
Material #: 5281150
Model : EPFR16-S35T-0-N-90 PILOTED ELEMENT
***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 Hydraforce directly.***
The Hydraforce 5281150 (5281150) is a high-performance, screw-in, cartridge-style bypass type pressure compensating element, specifically designed for applications requiring a consistent flow rate despite changes in load pressure. The EPFR16S35 model is engineered to work with either fixed or variable orifices remotely, ensuring optimal flow control in various hydraulic systems. This valve features a spring-biased spool mechanism and includes a small internal orifice between ports 2 and 3. This design allows the valve to bypass all flow to the tank when the bias spring pressure and no-load flow demand pressure rise occur.
The EPFR16S35 is adept at minimizing flow loss through its pressure-compensated orifice during load demands, enhancing system efficiency significantly. It offers multiple functions within a single cavity design, making it versatile for integration into diverse hydraulic setups. The low bleed flow feature across the operating pressure range ensures minimal energy wastage, contributing to overall high system efficiency.
This model also provides flexibility with a range of bias spring options to accommodate different pressure settings; however, it requires a tall adaptor for installation in systems operating at higher pressures. For the highest pressure setting facilitated by the 240 psi bias spring option, an extra tall adaptor is necessary. The industry-common cavity design of this valve promotes compatibility and ease of installation across various hydraulic equipment platforms.
$130.50 USD
Availability: Backordered
Ships from US
Qty:
Delivered as early as October 28, 2026









