Distr. board IP65 with term., 1 x 6 mod. (KV 9106)

This component functions as a pressure regulating valve within hydraulic systems. Its primary task is to control fluid pressure and maintain stability in equipment, preventing damage from overpressure conditions or sudden spikes. It ensures consistent operation by limiting maximum pressures while accommodating variable input flow demands. ### Pressure Regulation Specifications Operating Pressure: Designed for systems with a max working capacity of up to 250 bar, adaptable to varying ranges based on surrounding system dynamics. Relief settings are pre-calibrated but may require tuning during installation depending on application parameters. Flow Capacity: Supports steady and controlled regulation for flow rates up to 50 liters per minute under standard operational conditions; performance can vary slightly due to temperature fluctuations or fluid properties. Material Composition: Constructed from high-strength stainless steel housing resistant to corrosion; internal components include precision-machined brass adjustments and polymer seals rated for industrial-grade durability. ### Installation Requirements Interface Type: Threaded BSP connections mandatory – compatible threading must be verified prior installation, ideally checked against manufacturer standards. Ensures leak-free interfacing throughout system operation. Auxiliary Clearances: Requires minimum clearance space around the mounting area due to its physical dimensions (L x W x H ~120 mm x 60 mm x 40 mm). System layouts constricted in design need evaluation before it gets integrated in tight spaces. Environmental Considerations: Not designed for continuous submersion environments—adequate shielding from excessive moisture or chemical exposure recommended during deployment phases. Operates best within standard humidity/temperature constraints outlined per guidelines (0°C–70°C). #### Technical Notes / Limitations: - Tuning required upon commissioning—relief setting variance up ±3%. - Not suitable for direct use with non-hydraulic fluids (e.g., acids, oils outside specification). - Temperature tolerance decreases near freezing points—system heating advised for colder climates. - Seal replacement interval roughly at five years of normal operations depending usage intensity.