1N Monopropellant Hydrazine Thruster

Vendor profile

Overview

The 1N thruster is a monopropellant hydrazine thruster suitable for maneuvering the satellite and is qualified for the Israeli MOD programs.

The thruster consists of a Flow Control Valve (FCV) that is operated by solenoid and a Thrust Chamber Assembly (TCA). The TCA has a bell-shaped nozzle with an expansion ratio of 130 welded to the decomposition chamber.

Perforated Hayness-alloy tubular element acts as a thermal barrier between the FCV and TCA. The FCV has an inlet port, springs, valve body; coils, plungers, seats and a mounting flange.

For repeatable and long duration operation, the required initial thermal condition was provided by electric catalyst bed heater (CBH) with two resistance coils.

MS 33656-4 threaded connector is used for the connection of the thruster inlet to the system tubing which complies with the screwed connection requirement.

The thruster has a flight heritage and is free of any ITAR restrictions.

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Overview

Name: 1N Monopropellant Hydrazine Thruster
Vendor: Rafael Advanced Defense Systems
Subsystem: Propulsion Subsystem
Component Type: Monopropellant Thruster
Form Factor: All
Heritage: Yes

Vendor Details

Name: Rafael Advanced Defense Systems
Website: https://www.rafael.co.il/
Founded: 1948
Summary: Rafael Space Propulsion Product Line "SPPL" has more than 40 years' experience in this area, our systems and components are over 100 satellites. We cover both Monopropellant Hydrazine Propulsion Systems and Electric Propulsion Systems. Our advanced engineering, technological expertise and proven end-to-end solutions can take you to new heights. So when you're ready to reach farther, you can trust Rafael’s heritage in space. Our unique differentiators are: ● All-in-one source for propulsion systems and components. ● Implementing Monopropellant Hydrazine PS, Electrical Propulsion Systems, Cold Gas and Hybrid systems solutions. ● Variety state of the art propulsion systems as a Turn Key project Using adaptable architecture to ensure compatibility to mission requirements. ● Complete support to the satellite provider from early design stages through the launch activity and during orbit operation. ● Cutting edge Design and Development of space propulsion Systems and Components. ● Implementing mature Manufacturing Assembly Integration and Testing Infrastructure.