Norgren PRA/882040/MIR/M4/200 IVAC Cleanline Cylinder - IP67

Feature: glandless spool valve design reduces internal wear and seal leakage, delivering a noticeably longer service life in high-cycle applications. The business impact is lower maintenance costs and fewer unplanned outages, which translates into improved overall equipment effectiveness (OEE) and predictable production schedules. In typical pick-and-place and packaging lines, this geometry minimizes stiction and contamination, extending intervals between service events and simplifying spare-part planning. Feature: integrated M/50 switches and a single air and electrical connection streamline installation, wiring, and field diagnostics. The business impact is faster commissioning, reduced panel wiring complexity, and easier fault isolation during routine maintenance or line changes. In practice, automation teams appreciate the immediate visibility of status signals, enabling proactive process adjustments without extensive downtime. Feature: ISO 15552 compatibility for mounting and actuation dimensions, with some outside-dimension differences accounted for by the Cleanline profile. The business impact is straightforward substitution into existing frames, saving retrofit time and minimizing mechanical rework. This makes retrofits viable on legacy lines where downtime must be minimized and equipment uptime maintained during modernization projects. Feature: adjustable cushioning provides controlled deceleration and vibration damping for smoother operation and reduced shock on actuated systems. The business impact includes longer life for adjacent mechanicals, quieter operation, and lower maintenance costs due to reduced impact wear. Applications include clamping, pressing, and delicate part handling where repeatability and gentle contact matter. Feature: energy-efficient operation with potential air consumption reductions up to 50% versus conventional systems, driven by optimized flow regulation and efficient actuation. The business impact is lower pneumatic energy costs, decreased compressor duty cycles, and improved sustainability metrics for the facility. This is particularly advantageous in continuous-cycle or high-volume automation environments where every cycle contributes to operating expense savings.