Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

Adjustments are made through a non-rising stem, available with an attractive knob, plain to allow installation of OEM knobs, or flush for “back panel” applications. A typical application would be the use of a unit between a small compressor and a load to prevent the compressor from “loading up” when dead-ended.

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?

In addition, the LES series is available in an optional symmetric style *.In-line motor type , Reduced cycle time - 5,000 mm/s? max. acceleration, 400 mm/s max. speed , Positioning repeatability: within ?