Introducing the Spectrocem Line Pressure Regulator LE 61, an industry-leading solution to best regulate corrosive gases. Comprehensively built for 6.0 corrosive gases and mixtures, this single-stage pressure regulator is enhanced with a sleek laboratory-style design for easy usage. It promises optimal control accuracy for consistent output and features a unique metal-to-metal seal for secure operation. The simple and efficient outlet pressure limitation is maneuvered by a handwheel. It owes its durability to a powder-coated bonnet and offers piston type regulators for line pressure values beyond 20 bars. Perfect for environments requiring precise regulation of corrosive gases.
The Spectrocem Line Pressure Regulator LE 61 is an advanced device designed to provide seamless regulation of highly corrosive grade 6.0 gases and gas mixtures. The single-stage pressure regulator is intended to guarantee reliable output and unmatched control accuracy, primarily suited for Electron Capture Detector (ECD) applications.
Constructed with ergonomic precision, the Spectrocem LE 61 regulates pressure with maximal ease, owing to its user-friendly layout. Its superior design incorporates an inlet filter, enhancing the device's high performance while ensuring safety with a protective metal-to-metal seal against atmospheric conditions.
Equipped with an integrated relief valve for added flexibility, the pressure regulator features outlet pressure limitations regulated by a handwheel, allowing effortless adaptability based on varying requirements. Thanks to its superior design, the device assures optimal functionality while dealing with caustic gases or gas mixtures.
The Spectrocem LE 61 ensures utmost durability with the incorporation of a powder-coated bonnet. For line pressure values over 20 bar, the device offers robust piston type regulators, promising a longer service life with efficient performance.
With the Spectrocem Line Pressure Regulator LE 61, embrace superior management and regulation of corrosive gases, enjoying exceptional performance and reliability.