ENPULSION NANO
ENPULSION
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The ENPULSION NANO IR3 is the next-generation FEEP system based on the flight-proven success story that is the ENPULSION NANO (formerly: IFM Nano Thruster). Incorporation of lessons learned from a large number of acceptance test campaigns and in-orbit performance verifications led into an updated electronics design, thermostructural concept, and software functionality. The resulting product – the ENPULSION NANO IR3 – features increased reliability, radiation tolerance, and environmental resilience, and is configured to enable higher-thrust operating points.
| Parameter | Value |
|---|---|
| Type | Electric Propulsion |
| Nominal Thrust | 500 µN |
| Dynamic Thrust Range | 10 to 500 µN |
| Total Impulse | >4,000 Ns |
| Maximum Power Consumption | 45 W |
| Dimensions | 98 x 99 x 95.3 mm |
| Dry Mass | 1200 g |
| Wet Mass | 1420 g |
| Propellant Mass | 220 g |
| Operating Temperature | -20C to 40C |
| Survival Temperature | -40C to 95C |
| Supply Voltage | 12 V |
| Supply Voltage | 28 V |
| Interface | RS422 |
| Interface | RS485 |
The ENPULSION NANO IR3 is the next-generation FEEP system based on the flight-proven success story that is the ENPULSION NANO (formerly: IFM Nano Thruster). Incorporation of lessons learned from a large number of acceptance test campaigns and in-orbit performance verifications led into an updated electronics design, thermostructural concept, and software functionality. The resulting product – the ENPULSION NANO IR3 – features increased reliability, radiation tolerance, and environmental resilience, and is configured to enable higher-thrust operating points.
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