Medium

1000kg. (vertical and horizontal)

Tilting and Rotation Axis, electric driving

electronic controlled Scaffolding

The Saw RIG will be used to perform two phases of the solar array wings:

• Integration: the Saw Rig will have a central frame with hoisting winch.
• Deployment: solar wings test up to 4 panels (upgradable to reach Conf.3).
• Two system are independently and can be used in parallel on the same line (integration and deployment together – TBD the total SAW Rig length)

The deployment Saw RIG rails are composed by two rails in stainless steel with 5 longitudinal linear bearing for lateral displacement and each system is equipped with a carriage item with panel’s interface.

Elital is one of European manufacturer of Satellite Transport Containers.

The technology proposed is at the State of the Art.

ISO8: Class 100.000 (for flight hardware)
ISO5: Class 100 (for optical modules)/li>
ISO7 HC: Planetary Protection (DHMR) compliant for Space Science Missions

High Precision Flight Hardware Interfaces
Dumper systems,
Military temperature range -40°C/+55°C,
Inspection Windows,
Air conditioning (redundant as option),
High Performance Insulation,
15/25mbar compliant,
Breathing System,
Purging Piping,
Nitrogen Plant on board,
Helium compliant for Half Life test for Propulsion Modules leak tests,
Molecolar Filter System,
Hatch Valve,
Hydraulic Braking System (option),
Pivoting Wheels -40°C compliant,
Stock Pile,
Rain Proof,
Tarpaulin,
Painting mil compliant
Air Cargo compliant
Maritime transportation compliant
Train or Truck compliant
Designed and manufactured with Elital qualified subsystems

Launch Vehicle Adapter interface,
L-shape interface,
Dimensions: up to L3800 x H4300 x L10500 (mm),
Weight: up to 20.000Kg.
SWL: up to 5.000Kg.
Opens: Lid Type Container or Garage Type
Cleanliness: ISO-8
Transportation with special cargo bays,

This M-GSE is suitable to align on 6DoF and mount the satellite frames. The systems are available manual driving and with motorisation

• Clean Room Compliant,
• Mechanical Interface with other MGSE,
• High Stability,
• Pivoting Wheels for handling,
• Stabilisation by Screw Jacks,

Vibration Adapters to mount the space items on the test shakers facility. The system is designed and mathematical simulated.

• Aluminium Alloy frame,
• High Stiffness structure,
• Grounding points,
• Dedicated interfaces for flight hardware

• ISO5: Class 100 (for optical modules)
• ISO7 HC: Planetary Protection (DHMR) compliant for Space Science Missions

• Micro positioning devies
• High Precision Flatness,
• ISO5 Compliant material,
• Air pads,
• Isostatic system,

This MGSE is specifically designed to perform the Near Filed measuring of the SAR antenna panels, in Anechoic Chamber, during the Thermal Test. A dedicated Thermal Chamber is used in Anechoic Chamber.

The MGSE is radio frequency transparent

The Mechanical stability is studied to compensate the thermal behaviour of the materials.

The machine showed below, delivered in Argentina for SaoCom mission, has:

• 6000 mm height,
• 5 Degrees of Freedom,
• 0,005° of accuracy,
• Working Temperature -70 to +70 °C,
• Fully integrated with Thermal Chamber by ATT (Angelantoni Company),

• Solid structure,
• Roller guide,
• Counterweights for balancing,
• Ergonomic usability,
• Handwheels in stainless steel,
• Turn Counters on the handwheels,
• No Lubricant construction,
• Screw Jacks in Stainless Steel,
• Graduate scale,
• ATEX Compliant,
• LD Frame
• Wire Ropes
• Storage and Transport Wood Case
• Stainless Steel Turnbuckles
• Ancillaries