Norgren T74T-3GA-P1N Valve - Excelon 3/2, G3/8

Excelon 3/2 modular system design enables both in-line installation and modular integration with other Excelon products, reducing installation time and integration risk. This approach simplifies panel plumbing, aligns valve actuation across a product family, and minimizes rework during line upgrades. In practice, engineers deploy the same valve platform on conveyors, pick-and-place cells, and packaging stations, delivering consistent performance while accelerating commissioning and reducing spare-parts inventory. The G3/8 port size and the compact 74 mm height with 70 mm width and length support tight panel layouts and streamlined exhaust routing through the 1/8 inch threaded port. This geometry enables quicker positioning and easier mounting in crowded control cabinets, lowering installation labor and simplifying service access for maintenance and future expansions. Low stiction operation means rapid, reliable actuation with minimal pilot effort. That reduces cycle times and wear on upstream and downstream components, delivering measurable efficiency gains in high-cycle systems such as bottling lines and automated assembly. For engineers, this translates to lower energy consumption and less downtime, even when switching between different product lines. Lockable in the 'closed' position enhances safety and prevents unintended actuation during setup, testing, or maintenance. This is particularly valuable in multi-valve manifolds where cross-communication can cause unsafe states. The design supports safer changeovers and greater process control, helping meet operational safety practices while preserving quick access to the valve for service. Durable construction combines a zinc body with nitrile elastomer seals to resist wear, corrosion, and small leaks in compressed air circuits. The operating range of -34 to 65 °C, plus a maximum inlet pressure of 17 bar, ensures reliable performance across typical plant environments. With a 3/2 valve operation and 116 dm3/sec flow, it delivers predictable actuation for medium- to high-demand applications in manufacturing. This combination supports engineering teams seeking reliable, cost-effective control across multiple lines.