Quick view Woodward TG17 Screw SS, 2400 rpm (9904-801) Similar to the above, this model ensures effective management of turbine operations at 2400 rpm. View Details
Quick view Woodward TG17 Screw SS, 2400 rpm (9904-800) Stainless steel screw-style governor for precise speed control at 2400 rpm, offering enhanced durability and reliability. View Details
Quick view Woodward TG13 Screw, 4000 rpm (9904-828) Woodward, TG13 GOV, 4000 RPM ATEX COMPLIANT This governor is designed to manage turbine speeds efficiently at 4000 rpm with a screw mechanism. MSRP: Was: Now: $14,393.90 Pre-Order Now
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 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 Lever SS, 2400 rpm (9904-824) Combines the leverage control mechanism with stainless steel construction for operations at 2400 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 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, 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, 4000 rpm (9904-820) Screw-style governor in stainless steel, tailored for 4000 rpm operations in harsh environments. View Details
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