SCHNEIDER KREUZNACH PNEUMATIC SERVOVALVES PVM

SCHNEIDER KREUZNACH PNEUMATIC SERVOVALVES PVM

The electropneumatic servovalves with adaptable displacement transducers and pressure controllers for position and continuous pressure control are predestined for a wide range of application areas such as:

- Packaging machines

- Pneumatic brakes

- Compressors

- Auto-pilots

- Gas quantity metering

Outstanding features

- High operating reliability

- Simple to service

- Robust versions

- High dynamism

- Limitless characteristics

PVM 025: Single-stage, electropneumatic servovalve with special mounting pattern

PVM 02: Single-stage, electropneumatic servovalve with mounting pattern NG 10/CETOP 05

PVM 030: Single-stage, electropneumatic servovalve with special mounting pattern

PVM 03: Single-stage, mechanical servovalve with connection thread M5

PVM 064: Single-stage, electropneumatic servovalve, connection similar to DIN ISO 5599

PVM 065: Single-stage, electropneumatic servovalve with connection thread R 1/2

PVM 067: Single-stage, electropneumatic servovalve with mounting pattern NG 10/CETOP 05

SCHNEIDER KREUZNACH PNEUMATIC SERVOVALVES PVM

PVM 025: Single-stage, electropneumatic servovalve with special mounting pattern

Rated flow rate Δp1: 1,2 - 20Nm³/h

Rated pressure: 10 bar

Maximum pressure: 450 bar

Current: ± 300/650 mA

Actuating time: 6 ms

Hysterisis: < 2%

Operating temperature: 253 … 353 K

PVM 02: Single-stage, electropneumatic servovalve with mounting pattern NG 10/CETOP 05

Rated flow rate Δp1: 1,2 - 20Nm³/h

Rated pressure: 10 bar

Maximum pressure: 450 bar

Current: ± 300/650 mA

Actuating time: 6 ms

Hysterisis: < 2%

Operating temperature: 253 … 353 K

PVM 030: Single-stage, electropneumatic servovalve with special mounting pattern

Rated flow rate Δp1: 12,5 Nm³/h

Rated pressure: 6 bar

Maximum pressure: 30 bar

Current: ± 200 mA

Actuating time: 10 ms

Hysterisis: < 4%

Operating temperature: 253 … 353 K

PVM 03: Single-stage, mechanical servovalve with connection thread M5

Rated flow rate Δp1: 12,5 Nm³/h

Rated pressure： 6 bar

Maximum pressure： 30 bar

Current： ± 200 mA

Actuating time： 10 ms

Hysterisis： < 4%

Operating temperature： 253 … 353 K

PVM 064: Single-stage, electropneumatic servovalve, connection similar to DIN ISO 5599

Rated flow rate Δp1： 80 Nm³/h

Rated pressure： 6 bar

Maximum pressure： 10 bar

Current： ± 400/800 mA

Actuating time： 10 ms

Hysterisis： < 4%

Operating temperature： 253 … 353 K

PVM 065: Single-stage, electropneumatic servovalve with connection thread R 1/2

Rated flow rate Δp1： 80Nm³/h

Rated pressure： 6 bar

Maximum pressure： 10 bar

Current： ± 400/800 mA

Actuating time： 10 ms

Hysterisis： < 4%

Operating temperature： 253 … 353 K

PVM 067: Single-stage, electropneumatic servovalve with mounting pattern NG 10/CETOP 05

Rated flow rate Δp1： 80Nm³/h

Rated pressure： 0 … 315 bar

Maximum pressure： 450 bar

Current： ± 300/650 mA

Actuating time： 10 ms

Hysterisis： < 2%

Operating temperature： 253 … 353 K

HYDRAULIC SERVOVALVES PNEUMATIC SERVOVALVES Application as:

Energy

Our compact products and engineering help to make optimal use of raw materials, irrespective of whether for wind, gas or other power plants.

Steel

High precision coupled with dynamism lend our products the necessary power density to ensure the variety of possible applications.

Entertainment

Not only technical applications for the manufacture of goods rely on the speed of our servovalves – we also provide holistic solutions for leisure and entertainment applications.

Oil and gas offshore

In extreme conditions, whether in wind, rain, heat or frost, our robust systems work steadily and reliably.

Machinery

Holistic solutions and the use of our dynamic products help to gain a technical lead for machines and systems, e.g. wood-/metal-working machines and machine tools.

Testing and inspection applications

With repeat accuracy, reliability and stability for both low and high flow rates, our products provide extremely high reliability in individually adapted solutions.

Aerospace

People entrust their ideas and visions to us in order to secure joint technical success for the future.