Safran DSI - EPS®5000 Hall-Thruster Satellite Propulsion
- Designed for Orbit-Topping and Station Keeping
- 40% Weight Saving Convention Propulsion
- Excellent Thrust-to-Electrical Power Ratio
Our Hall-Thruster Satellite Propulsion, EPS®5000, is purposely designed for “all-electric” satellites. It can operate in high-thrust or high specific impulse mode and offers an operating lifespan of about 20,000 hours. This means the EPS®5000 can handle orbital positioning and station-keeping duties for a wide range of telecom and navigation satellites, as well as exploration spacecraft. The EPS®5000 was fully qualified in 2021.
Very High Performance
The major advantage of our Hall-Thruster Satellite Propulsion, EPS®5000, is of course its very high specific impulse, which allows significant weight savings versus platforms using conventional chemical propulsion.
It also offers an excellent thrust – to-electrical power ratio, which enables reducing operating time or the number of thrusters needed. It can be delivered as part of an electric propulsion subsystem, including all thermal control functions.
More Product Information
- Wide Range Power: 400 to 1,000 W
- Fuel Compatibility: Xenon (also compatible with Krypton)
- High Total Impulsive and Reliability Level
- Hardware Agnostic: Digitizer COTS Server
- LAN/WAN Resilient: Lossless transmission protocol network bandwidth reduction
- Multi-Mission: Radio validation, RF compatibility, in-orbit operations in LEO, MEO, GEO
- Cortex Hereitage, Cortex ICD and configuration management (CTX and MCS files)
- Global Telemetry Control: One Solution for the global Telemetry Control: Antennas, Receivers, Recorders, Boresights…
- User-Customizable GUI: Build your own User Interface, thanks to Sizeable Widgets and Multi-Session Screens
- Multi-Station Control: Control of Multiple Stations from a Single Place, Extending the Range Covered by the Mission
- Scalable & Evolutive: Any new equipment can be added to the System
- Remote Station: Take Control of a Far-Off Station without the Need to Travel, including for a Shipborne Station
- Best-in-Class Servo Controls: User Selectable Servo Controls
- Modular L, S or C Band: Simple Add-On Upgrade without any Structural Change
- Transportable Version: Relocatable skid-mounted or trailer version
- SCM 1000 Hz Scan Rate: Common Design for Main & ACQ-AID Feed
- Dual Drive: Uninterrupted Operations, No Backlash
- Multi-Missions and Applications: Earth Observation (EO), high throughput bi-directional telecommunication, feeder link or Deep Space
- 100% Safran In-House Solution: Compatible with SDA, CCSDS and HPE standards
- Communication Data Rates: 10 to 100 times higher thanks to Cortex Lasercom
- Qualified for Harsh Environments: DO-160, MIL-STD-701, -461, -810
- Designed to Minimize Obsolescence Risk & Management: FPGA-Based Design
- Extremely Low Space Requirements: 5.7 x 2.2 x 1.97' / 1,54 lb
- Remote Control of the Mission Recorder
- Standard Installation - Easy to Handle
- Compatible with the Mission Recorder Series
- Dual, Quad and Recording Option: Full Flexibility of Configurations, including full band visibility and optinal RF recording
- CH. 10 & IRIG218-20 Output: Easy and Modern UDP Data Spreading
- DQM/DQE: Embedded Data Quality Metrics / Encapsulation comptible with Best Source Selector
- 8.4" Screen: Intuitive GUI, Keyboard and touchpad for Full and Easy Direct Control
- EQ+: Adaptive Equalizer for all Modulations, on Video and PCM outputs
- Qualified to ED-122A
- High-Recording Capabilities: More then 25 Hours of Recording in ARINC-717 ; 15 GB
- Optional Underwater Locator Beacon (ULB)
- Interfaces: Ethernet Input/Output
- Compact Size: Ideal for nano and cube satellites in LEO
- High Data Rate: Up to 140 Mbps
- Long Lifetime: 2 years lifetime for LEO missions
- COTS Design: Radiation tested and hardened, ITAR free
Safran DSI
Safran DSI Testing & Telemetry provides complete, end-to-end solutions covering instrumentation, mission systems, onboard recording, and transmission, through to base stations for data monitoring and control. Our solutions are platform-agnostic and adaptable to customer mission needs.