Products

Turner ECS supplies Woodward electronic gas valves for single point injection. Its integrated sensors and electronics provide the correct gas flow under all specified conditions, enabling the engine to run very lean with low emissions.Woodward's gas valves ability to be used with a wide range of gas qualities—from methane to landfill gas to coal gas—places it among the most flexible and accurate gas metering devices on the market.

ProAct™ ITB Integrated Actuator and Throttle Body for Large Bores (85 mm to 180 mm)

P-series

The ProAct™ Integrated Throttle Bodies (ProAct ITBs) are butterfly valves electrically actuated by ProAct actuators to control flow output. With bore sizes ranging from 85 mm to 180 mm, these ProAct ITBs are designed for use with engines in the 1 MW to 2 MW range. This is an electromagnetic actuator with 75 degrees of travel, which alleviates the problems associated with linkages on gas engines (such as setup, non-linearity, and wear).

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Application
The ProAct ITB integrated actuator and throttle body is designed to throttle air or air/fuel for gaseous engines. This system is designed for direct replacement of traditional throttle valves, and requires no linkage between valve and actuator. The three sizes are designed to cover a wide range of engines and should be selected using the sizing procedure described inside this specification.

  • No linkage or couplings
  • Cost effective and highly efficient
  • Low maintenance
  • Requires no hydraulics, pneumatics, or governor gear train
  • Long lasting, easy to install throttle option
  • Some may be configured as an integrated speed controller or a positioner
TecJet 110

Efficiency, performance, and emissions. In today's marketplace, these factors play a key role in gas engine development. As engine performance advances are made, gas metering devices should be more flexible and accurate, and be used for a wide range of gas qualities from butane down to landfill gas.

The TecJet is an electronic gas metering valve for single-point injection. It has integrated sensors and electronics, which provide the correct gas flow under all specified conditions. In general, a separate engine control system, like the EGS-02 control or LECM, calculates the desired gas flow from the different engine and gas parameters. This desired gas flow is transmitted through a CAN link to the TecJet valve(s).

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The TecJet valve ensures that the desired gas flow is attained, automatically compensating for changes in gas pressure and gas temperature. The TecJet 110 gas control valve is used for stationary applications within a power range of 650–2000 kW for low-BTU specialty gas and 1300–3000 kW for pipeline-quality natural gas.

The E3, E6 or 733(CAT-MHI) Full Authority control always works in combination with one or more TecJet controls. In general, the EGS calculates the desired gas flow from the different engine and gas parameters. This gas flow is transmitted through a CAN link to the TecJet control(s). The TecJet control ensures that proper gas flow is maintained, regardless of gas pressure and temperature.

TecJet 50 Plus

Efficiency, performance, and emissions. In today's marketplace, these factors play a key role in gas engine development. As engine performance advances are made, gas metering devices should be more flexible and accurate, and be used for a wide range of gas qualities from butane down to landfill gas.

The TecJet is an electronic gas metering valve for single-point injection. It has integrated sensors and electronics, which provide the correct gas flow under all specified conditions. In general, a separate engine control system, like the EGS-02 control or LECM, calculates the desired gas flow from the different engine and gas parameters. This desired gas flow is transmitted through a CAN link to the TecJet valve(s).

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The TecJet™ valve, together with an engine control system, forms an ideal combination for operating gas engines with a gas specific gravity from 0.4 to 1.6. The TecJet 50 Plus Precision Flow gas control valve is applicable for stationary applications within a power range of 50 to 250 kW for pipeline-quality natural gas, or 50 to 380 kW for propane. Flow range is also dependent on other factors such as fuel pressure, fuel differential pressure across the valve, fuel temperature, etc. Consult the applicable TecJet Installation and Operation manual or a Woodward application engineer for actual sizing of a valve.

The E3, E6 or 733(CAT-MHI) Full Authority control always works in combination with one or more TecJet controls/valves. In general, the control calculates the desired gas flow from the different engine and gas parameters. This gas flow is transmitted through a CAN link to the TecJet control(s). The TecJet control ensures that proper gas flow is maintained, regardless of gas pressure and temperature.

TecJet 52

Efficiency, performance, and emissions. In today's marketplace, these factors play a key role in gas engine development. As engine performance advances are made, gas metering devices should be more flexible and accurate, and be used for a wide range of gas qualities from butane down to landfill gas.

The TecJet is an electronic gas metering valve for single-point injection. It has integrated sensors and electronics, which provide the correct gas flow under all specified conditions. In general, a separate engine control system, like the EGS-02 control or LECM, calculates the desired gas flow from the different engine and gas parameters. This desired gas flow is transmitted through a CAN link to the TecJet valve(s).

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The TecJet™ valve, together with an engine control system, form an ideal combinatin for operating gas engines with a gas specific gravity from 0.4 to 2.0. The TecJet 52 gas control valve is applicable for stationary applications within a power range of 210–800 kW for low-BTU specialty gas and 500–1500 kW for pipeline-quality natural gas. This range is also dependant on other factors such as fuel pressure, fuel differential pressure across the valve, fuel temperature, etc.

The E3, E6 or 733(CAT-MHI) Full Authority control always works in combination with one or more TecJet controls/valves. In general, the control calculates the desired gas flow from the different engine and gas parameters. This gas flow is transmitted through a CAN link to the TecJet control(s). The TecJet control ensures that proper gas flow is maintained, regardless of gas pressure and temperature.

TecJet 85

Efficiency, performance, and emissions. In today's marketplace, these factors play a key role in gas engine development. As engine performance advances are made, gas metering devices should be more flexible and accurate, and be used for a wide range of gas qualities from butane down to landfill gas.

The TecJet is an electronic gas metering valve for single-point injection. It has integrated sensors and electronics, which provide the correct gas flow under all specified conditions. In general, a separate engine control system, like the EGS-02 control or LECM, calculates the desired gas flow from the different engine and gas parameters. This desired gas flow is transmitted through a CAN link to the TecJet valve(s).

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The TecJet valve, together with an engine control system, form an ideal combination for operating gas engines with a gas specific gravity from 0.4 to 2.0. The TecJet 85 gas control valve is applicable for stationary applications within a power range of 400–1220 kW for low-BTU specialty gas and 800–1830 kW for pipeline-quality natural gas. These ranges are also dependent on other factors such as fuel pressure, fuel differential pressure across the valve, fuel temperature, etc.

The E3, E6 or 733(CAT-MHI) Full Authority control always works in combination with one or more TecJet controls. In general, the EGS calculates the desired gas flow from the different engine and gas parameters. This gas flow is transmitted through a CAN link to the TecJet control(s). The TecJet control ensures that proper gas flow is maintained, regardless of gas pressure and temperature.

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