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Key highlights

The Manastu Space Dual Coil Solenoid Valve is engineered for reliable and precise control within next-generation propulsion systems, offering robust performance for a wide range of satellite applications.

Key Features:

1. Propellant Versatility:
Fully compatible with major green propellants (HTP, HAN, ADN), as well as Hydrazine, catering to diverse mission requirements.

2. Mission Critical Reliability:
Solenoid-operated, dual-coil design provides inherent redundancy
Inline dual FKM seats ensure secure sealing and robust operation
Built for 1,00,000+ actuation cycles and 1,00,000+ seconds cumulative on-time

3.Optimized Performance:
Rapid 15 ms response time at 30 bar Supports mass flow rates up to 18 g/s at 30 bar, with less than 1 bar pressure drop.

4. Efficient Design:
Compact volume (30 mm x 60 mm) and lightweight (310 g)
Low power consumption: 14 W (strike), 6 W (hold) at 28 VDC Proven

5.Heritage:
TRL 7 (Technology Readiness Level 7), indicating system prototype demonstration in a space environment.

Key features

Our Dual Coil Solenoid Valve is engineered for the demands of next-generation propulsion systems, delivering unmatched performance and reliability for your most critical space missions.

1. Uncompromising Material Compatibility Aerospace-Grade Construction:

Built with premium aerospace-grade materials to ensure durability and performance in the space environment
FKM Seats: Features FKM (Fluoroelastomer) seats for exceptional sealing and long-term integrity
Green Propellant Ready: Fully compatible with major green propellants, streamlining your system design and enhancing sustainability.

2. Mission-Critical Reliability & Redundancy Dual Coil Design:

Offers inherent redundancy, increasing system reliability and mission success probability.
Operational Flexibility: Supports both continuous and pulse mode operations, providing versatile control for various mission phases.
Dual Seat Mechanism: Ensures secure sealing and enhances overall valve integrity.

3. Long-Life Endurance for Extended Missions Extensive Cycle Life:

Designed for over 100,000 actuation cycles, significantly exceeding typical mission requirements.
High Cumulative On-Time: Proven for more than 100,000 seconds of cumulative on-time, ideal for missions requiring prolonged operational periods.
Robust Durability: Built to maintain performance throughout extended satellite mission lifetimes

4. Lightweight & Compact Design for Seamless Integration Optimized Mass:

Weighs ≤ 310 grams, minimizing payload mass and maximizing fuel efficiency
Streamlined Envelope: Features a compact form factor for easy inline mounting and efficient integration into complex propulsion systems
Integration-Friendly: Designed to simplify the overall assembly and reduce development time

5. Wide Thermal & Environmental Endurance Broad Operational Range:

Reliably operates across a wide temperature spectrum, from -10 °C to +120 °C
Space-Validated Durability: Rigorously tested against space standards, including extensive vibration, shock, and thermal cycling.
Robust for Harsh Environments: Ensures consistent and reliable performance even under the most demanding orbital conditions.

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Last updated: 2025-11-14