Sauer Danfoss CP200 0‑E‑C Relief Valve – 250 bar – NEW
Sauer Danfoss CP200 0‑E‑C relief valve is a precision-engineered, factory-new safety device designed to protect hydraulic systems by limiting maximum pressure to 250 bar. As a direct-fit OEM component, it ensures full traceability and compatibility within Sauer Danfoss fluid power platforms—making it ideal for use in heavy machinery, mobile hydraulics, industrial power units, and pressurized circuits where overpressure protection is essential for system integrity and safety.
Constructed with hardened steel and corrosion-resistant coatings, the valve features a direct-acting, spring-loaded design that opens sharply once system pressure exceeds its set threshold. This action safely diverts excess flow, shielding pumps, actuators, and piping from damage. The compact cartridge-style package supports integration into standard manifold cavities or inline assemblies, minimizing installation space and simplifying system architecture.
Offering precise adjustability, the CP200 0‑E‑C enables operators to set accurate relief pressure, with a locking mechanism to prevent accidental drift under vibration or cyclical loading. The internal spool and seat are manufactured to tight tolerances, ensuring minimal leakage and reliable response throughout its service life. Rated for continuous duty, this valve maintains consistent performance across variable temperatures and long operating cycles.
Maintenance is streamlined via its cartridge format—replacement or servicing can be completed without altering adjacent hydraulic components, significantly reducing downtime. Sealing surfaces and internal elastomers are selected for durability, resisting wear from fluid contamination and thermal stress, which promotes long maintenance intervals and reliable operation.
In summary, the Sauer Danfoss CP200 0‑E‑C Relief Valve offers dependable, adjustable overpressure protection in a compact, service-friendly package. Its OEM-grade construction, precise calibration, and high-duty reliability make it an essential component for safeguarding modern hydraulic systems.