Mannesmann Rexroth 2FRM 16‑32/100 LB Flow Control Valve is a precision-engineered hydraulic component designed for accurate regulation of fluid flow in demanding mobile and industrial systems. As a new, factory-calibrated unit featuring the full 2FRM16/32/100LB designation, this valve ensures reliable traceability, consistency, and compatibility with OEM and retrofit installations.
Crafted with a hardened steel spool and precision-machined body, the 2FRM 16‑32/100 LB valve provides stable flow control up to 100 bar, maintaining consistent output even under varying inlet pressures. The LB coding indicates a low-bypass spool option, minimizing internal leakage and maximizing volumetric efficiency—ideal for applications like hydraulic motors, actuators, and cylinder speed control where precise meter-in regulation is required. The 16–32 l/min flow capacity supports robust performance in mid-range hydraulic circuits, offering versatility across mobile equipment, material handling, and industrial automation platforms.
Installation and integration are simplified by the valve’s standardized subplate or manifold mounting format, enabling quick system assembly and reduced piping complexity. The valve includes adjustable flow settings secured by a locking mechanism to prevent drift during operation. Its compact form factor conserves space without compromising functionality, making it suitable for tight-engineered layouts or modular systems.
Built with durability and longevity in mind, the 2FRM 16‑32/100 LB valve features resilient seals and corrosion-resistant coatings, ensuring dependable operation in harsh environments or under heavy-duty cycles. Its low-hysteresis spool design delivers consistent response characteristics and smooth actuator motion, while low leakage prolongs component life and conserves hydraulic fluid.
Overall, the Mannesmann Rexroth 2FRM 16‑32/100 LB Flow Control Valve offers high-precision flow regulation, robust construction, and reliable OEM-grade performance, making it an essential element in hydraulic circuits requiring accurate control, smooth operation, and long-term stability.
