2FRM6B76-3X/10QRV

***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 Bosch Rexroth directly.***
The Bosch Rexroth 2FRM6B76-3X/10QRV (R900209927) is a meticulously engineered flow control valve designed to ensure a consistent flow rate, irrespective of fluctuations in pressure and temperature. This model is part of the FRM series and is characterized by its robust construction, which includes a durable housing, a rotary knob for adjustments, an orifice bush, and an integrated pressure compensator. Additionally, this variant does not include an external closing mechanism or check valve. The primary function of the 2FRM6B76-3X/10QRV is to regulate the flow from channel A to channel B by throttling at a designated point. The throttle cross-section can be precisely adjusted using the rotary knob. The downstream pressure compensator plays a crucial role in maintaining a constant flow in channel B by balancing forces within the system as pressures change. When there's no fluid movement, a compression spring ensures that the pressure compensator remains open. For applications requiring bidirectional flow control, this valve can be paired with a rectifier sandwich plate type ZS. This model follows the DIN form A porting pattern and can be ordered with optional features such as a check valve and different types of adjustment knobs – either standard or lockable with scale. The 2FRM6B76-3X/10QRV boasts impressive technical specifications with its component series X indicating modern design standards. It operates effectively at maximum pressures up to bar levels and can handle maximum flow rates measured in liters per minute. It's important to note that subplates for this model are available through separate orders. This Bosch Rexroth flow control valve is particularly suitable for hydraulic systems where precise flow regulation is critical for optimal performance and reliability. Its design ensures longevity and consistent operation even under varying hydraulic conditions, making it an essential component for sophisticated fluid power applications.