WOODWARD TecJet TM 50 Plus N13246

The WOODWARD TecJet TM 50 Plus N13246 is a highly sophisticated gas metering valve engineered to deliver precise fuel control for industrial gas engines and gas turbines. Designed for use in stationary applications, the TecJet series is known for its exceptional accuracy, response time, and reliability, even under challenging operating conditions.

With the WOODWARD TecJet TM 50 Plus N13246, you get a compact, electronically actuated valve capable of handling high gas flow rates with minimal pressure loss. This model supports stoichiometric and lean-burn operation, and it is compatible with a wide range of gaseous fuels including natural gas, biogas, and hydrogen blends. Whether used in CHP systems, generator sets, or industrial engines, it provides excellent control, resulting in better combustion efficiency, lower emissions, and optimal engine performance.

The WOODWARD TecJet TM 50 Plus N13246 features integrated pressure and temperature sensors that provide real-time feedback to the engine controller. This enables dynamic adjustment of gas flow in response to load and environmental conditions. The unit supports CAN-based communication for seamless integration with Woodward or third-party controllers, and its rugged construction ensures durability in harsh industrial environments.

Installation is straightforward thanks to its compact footprint and pre-configured settings. It supports both single-point and multipoint fuel injection systems, offering high flexibility for engine manufacturers and retrofit projects alike.

Engineered in compliance with stringent international safety and emission standards, the WOODWARD TecJet TM 50 Plus N13246 also features diagnostic capabilities that help maintenance teams monitor performance and schedule service with minimal downtime.

In conclusion, the WOODWARD TecJet TM 50 Plus N13246 stands out as a premium solution for gas flow metering and control. Its advanced design, combined with precision electronics and field-proven durability, makes it the go-to choice for OEMs and operators seeking to optimize gas engine performance across a broad range of industrial applications.