Quick view WOODWARD TG13 Lever SS, 4000 rpm (9904-819) A stainless steel lever-style governor designed for 4000 rpm, combining high-speed capability with corrosion resistance. View Details
Quick view WOODWARD TG13 Lever SS, 6000 rpm (9904-826) Stainless steel, lever-operated governor for high-speed applications, ensuring durability at 6000 rpm. View Details
Quick view WOODWARD TG13 Lever, 6000 rpm (9904-825) A high-performance lever governor built to handle speeds up to 6000 rpm. View Details
Quick view WOODWARD TG13 Screw SS, 2400 rpm (9904-814) A stainless steel screw-style governor optimized for operation at 2400 rpm, ensuring precise speed regulation and durability. View Details
Quick view WOODWARD TG13 Screw SS, 2400 rpm (9904-815) Similar to the previous, this model provides reliable control for turbines operating at 2400 rpm with robust stainless steel construction. View Details
Quick view WOODWARD TG13 Screw SS, 2400 rpm (9904-816) Designed for the same operational speed, offering consistent performance and long-term reliability in industrial settings. View Details
Quick view WOODWARD TG13 Screw SS, 4000 rpm (9904-820) Screw-style governor in stainless steel, tailored for 4000 rpm operations in harsh environments. View Details
Quick view WOODWARD TG13 Screw SS, 4000 rpm (9904-821) Offers precise control and durability, ideal for demanding industrial applications at 4000 rpm. View Details
Quick view WOODWARD TG13 Screw SS, 6000 rpm (9904-822) High-speed stainless steel screw governor designed for operational efficiency at 6000 rpm. View Details
Quick view WOODWARD TG13 Screw SS, 6000 rpm (9904-823) Provides reliable high-speed performance, essential for advanced turbine systems. View Details
Quick view WOODWARD TG13 Screw, 2400 rpm (9904-827) A screw-style governor designed for precise control at 2400 rpm, suitable for various industrial applications. View Details
Quick view WOODWARD TG13 Screw, 4000 rpm (9904-828) This governor is designed to manage turbine speeds efficiently at 4000 rpm with a screw mechanism. View Details
