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Aerospace-grade check valves permitting flow in one direction while reliably preventing reverse flow. Self-acting operation, no external control required. Exceptionally small cracking pressure range (0.5 to 2.5 bar) with high operating pressure capability.

Aerospace-grade check valves permitting flow in one direction while reliably preventing reverse flow. Self-acting operation, no external control required. Exceptionally small cracking pressure range (0.5 to 2.5 bar) with high operating pressure capability.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Mono-stable normally closed solenoid valves returning to default position when de-energised, offering fail-safe behavior for both liquid and gaseous media. Robust construction, fast response times, and compatibility with various system architectures. Exceptionally wide diameter range (DN 0.3 to 17 mm) and large media compatibility enable a single-source solution across multiple applications.

Electrically driven pumping solutions for cryogenic fluids and space-environment operation. Cryogenically compatible materials, sealing concepts, and bearing technologies. Precise flow control, high efficiency, and cryogenic test infrastructure. Controller electronics available.

Complete, integrated fluid management subsystem for electric propulsion. Multi-stage feed system for precise mass-flow regulation with a single inlet and two independently controlled outlets for anode and cathode supply paths. Integrates isolation valves, pressure regulation, flow restriction, and fill/drain interface in a single unit.

Fill and Drain devices for safe and reliable fluid transfer between ground support equipment and flight hardware. Supplied as complete interface solutions - flight valve plus ground coupler - with dual-barrier sealing and protective cap.

Fill and Drain devices for safe and reliable fluid transfer between ground support equipment and flight hardware. Supplied as complete interface solutions - flight valve plus ground coupler - with dual-barrier sealing and protective cap.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Bi-stable latch valves maintaining their last switching state without continuous power. Reliable switching for both liquid and gaseous media. Robust construction, fast response times, flexible integration for OEMs. Power-free position retention is critical for satellite and refueling applications.

Pilot-operated valves using a pilot poppet to actuate the main valve stage, enabling efficient switching of high flow rates and pressures with low control power requirements. Fast response and excellent repeatability.

Pilot-operated valves using a pilot poppet to actuate the main valve stage, enabling efficient switching of high flow rates and pressures with low control power requirements. Fast response and excellent repeatability.

Closed-loop pressure regulation systems for which an integrated controller electronics and pre-configured software, enabling plug-and-play operation without external control hardware can be purchased. The normally closed electrovalve architecture provides fast, accurate, and repeatable pressure adjustments.

Closed-loop pressure regulation systems for which an integrated controller electronics and pre-configured software, enabling plug-and-play operation without external control hardware can be purchased. The normally closed electrovalve architecture provides fast, accurate, and repeatable pressure adjustments.

Additional technical details

• Redundant configuration with two 1 mm flow passages.
• Kv: 2 × 0.04/1 mm.
• Peak power: 65 W when two electrovalves are actuated simultaneously.
• Sensor channels: on request.

Closed-loop pressure regulation systems for which an integrated controller electronics and pre-configured software, enabling plug-and-play operation without external control hardware can be purchased. The normally closed electrovalve architecture provides fast, accurate, and repeatable pressure adjustments.

Closed-loop pressure regulation systems for which an integrated controller electronics and pre-configured software, enabling plug-and-play operation without external control hardware can be purchased. The normally closed electrovalve architecture provides fast, accurate, and repeatable pressure adjustments.

Electromotor-driven regulation valves enabling accurate, continuous flow modulation rather than on/off switching. Full-stroke actuation in under one second with closed-loop control accurate to 1% of maximum flow area. Integrated smart control unit provides closed-loop positioning, diagnostics, and CAN communication.

Aerospace-grade safety valves providing automatic, self-relieving overpressure protection without external actuation or control. Wide pressure activation range (25 to 400 bar) with broad media compatibility.